! Catalogue of positions of compact radio sources ! =============================================== ! ! Catalogue name: rfc_2024b ! Number of objects: 21909 ! Home page of the catalogue: http://astrogeo.org/vlbi/solutions/rfc_2024b ! Catalogue generated by Leonid Petrov ! File generated on 2024.06.29-12:43:54 ! ! This catalogue contains positions and estimates of flux density of ! 21,907 compact radio sources from reanalysis of 1088 VLBI experiments under ! 68 absolute astrometry and geodesy programs at the VLBA, LBA, EVN, CVN, ! and IVS in 1994-2023, as well as other VLBI experiments under geodesy and ! absolute astrometry since 1980.04.11 through 2024.06.03, in total 19,456 ! experiments. 25 million values of group delays were used in the solution. ! ! ! If you use positions from this catalogue in your work, for example, for ! scheduling phase referencing observations, you are encouraged to include ! in your paper references to original publications: ! ! 1) Beasley, A.J., Gordon, D., Peck, A.B., Petrov, L., MacMillan, D.S., ! Fomalont, E.B., & Ma, C., The VLBA Calibrator Survey - VCS1, 2002, ! Astrophys. J. Sup., 141, 13 ! ! 2) Fomalont, E., Petrov, L., McMillan, D.S., Gordon, D., Ma, C., ! The Second VLBA Calibrator Survery: VCS2, 2003, Astron. J., 126, 2562 ! ! 3) Petrov, L., Kovalev, Yu.Y., Fomalont, E., and Gordon, D., ! The Third VLBA Calibrator Survey -- VCS3, Astron. J., 2005, 129, 1163 ! ! 4) Petrov, L., Kovalev, Yu.Y., Fomalont, E., and Gordon, D., ! The Fourth VLBA Calibrator Survey -- VCS4, Astron. J., 2006, 131, 1872 ! ! 5) Kovalev, Yu.Y., Petrov, L., Fomalont, E., and Gordon, D., ! The Fifth VLBA Calibrator Survey -- VCS5, Astron. J., 2007, 133, 1236 ! ! 6) Petrov, L., Kovalev, Yu.Y., Fomalont, E., and Gordon, D., ! The Sixth VLBA Calibrator Survey -- VCS6, Astron. J., 2008, 136, 580 ! ! 7) Petrov, L., Phillips, C., Bertarini, A., Murphy, T., Sadler, E.M, ! The LBA Calibrator Survey of southern compact extragalactic ! radio sources --- LCS1, Mon. Not. of Roy. Astron. Soc., 414(3), 2528-2539, ! 2011, 414(3), 2528-2539 ! ! 8) Petrov, L., Kovalev, Y.Y., Fomalont, E.B., Gordon, D. "The VLBA Galactic ! Plane Survey --- VGaPS", Astron J, 2011, 142, 35 ! ! 9) Petrov, L., Taylor, G., Precise absolute astrometry from the VLBA ! imaging and polarimetry survey at 5 GHz, Astron. J., 2011, 142, 89 ! ! 10) Petrov, L., The catalogue of positions of optically bright extragalactic ! radio sources OBRS-1, 2011, Astron. J., 142, 105 ! ! 11) Immer, K., Brunthaler, A., Reid, M. J., Bartkiewicz, A., Choi, Y. K., ! Menten, K. M., Moscadelli, L., Sanna, A., Wu, Y. W., Xu, Y., ! Zhang, B., Zheng, X. W., The VLBA Calibrator Search for the BeSSeL ! Survey, ApJS, 2012, vol., 194, 25 ! ! 12) Petrov, L., The EVN Galactic Plane Survey --- EGaPS, ! MNRAS, 2012, 416, 1097-1105 ! ! 13) Petrov, L., The catalogue of positions of optically bright extragalactic ! radio sources OBRS-2, 2013, Astron. J., 146, 5 ! ! 14) Gordon D., C. Jacobs , A. Beasley , A. Peck , R. Gaume , P. Charlot, ! A. Fey, C. Ma, O. Titov, D. Boboltz, "Second epoch VLBA calibrator ! survey observations: VCS-II", 2016, Astron. J., 151--154 ! ! 15) Shu F., Petrov L., Jiang W., Xia B., Chen Zh., Hao L., ! Liu X., Takefuji K., McCallum J., Lovell J., Yi S.-O. , and ! Li J., The VLBI ecliptic plane survey VEPS-1, 2017, ! The Astrophysical Journal Supplement Series, 230:13 (10pp). ! ! 16) Petrov, L., de Witt A., Sadler E. M., Phillips, C., Horiuchi S. ! The Second LBA Calibrator Survey of southern compact ! extragalactic radio sources -- LCS2, 2019, MNRAS, 485(1), 88-101. ! ! 17) Popkov, A.V., Kovalev, Y.Y., Petrov, L., Kovalev, Y.A., "Parsec-scale ! properties of steep and flat spectrum extragalactic radio sources from ! a VLBA survey of a complete north polar cap sample", ! (2021), Astronomical Journal, 161(2), 88 (20pp). ! ! 18) L. Petrov, "The wide-field VLBA calibrator survey -- WFCS", 2021, ! The Astronomical Journal, 898 (1): 51. [10.3847/1538-4357/ab989b] ! ! 19) Condon, J., Darling, J., Kovalev, Y.~Y., Petrov, L., ! VLBA observations of a complete sample of 2MASS galaxies, (2013), ! NARIT Conference Series, NCS Vol 1 Proceedings of APRIM2011. ! ! 20) Fomalont, E.B., Frey, S., Paragi, Z., Gurvits, L.I., Scott, W.K., Taylor, A.R., ! Edwards, P.G., Hirabayashi, H., "The VSOP 5 GHz Continuum Survey: ! The Prelaunch VLBA Observations", J. Supp. Ser., ! 131:1, 95--183. ! ! 21) Linford, J.D., Taylor, G.B., Romani, R.W., Helmboldt, J.F., Readhead, A.C.S., ! Reeves, R., Richards, J.~L., "Contemporaneous VLBA 5 GHz Observations of ! Large Area Telescope Detected Blazars", Astropys. J., (2012), 744:2, 177. ! ! ! 22) Majid, W.A., Fomalont, E.B., Bagri, D.S., ! "Compactness of Weak Radio Sources at High Frequencies", (2009), in ! 'Approaching Micro-Arcsecond Resolution with VSOP-2: Astrophysics and Technologies', ! Astronomical Society of the Pacific Conference Series, 402, 448. ! ! 23) Fey, A.L., Charlot, P., "VLBA Observations of Radio Reference Frame Sources. ! II. Astrometric Suitability Based on Observed Structure", (1997), ! Astrophys. J. Supp. Ser., 111:1, 95-142. ! ! 24) Schinzel, F.K., Petrov, L., Taylor, G.B., Mahony, E.K., Edwards, P.G., Kovalev, Y.Y., ! "New Associations of Gamma-Ray Sources from the Fermi Second Source Catalog", ! (2015), Astrophys. J. Supp. Ser., 217:4, 4. ! ! 25) Schinzel, F.K., Petrov, L., Taylor, Edwards, P.G., ! "Radio Follow-up on All Unassociated Gamma-Ray Sources from the Third Fermi ! Large Area Telescope Source Catalog", (2017), Astrophys. J. 838, 139. ! ! 26) Liuzzo, E., Giovannini, G., Giroletti, M., Taylor, G.B., ! The Bologna complete sample of nearby radio sources. II. Phase referenced ! observations of faint nuclear sources", (2009), Astron. & Astrophys., 505:2, 509-520. ! ! 27) Charlot, P, Fey, A.L., Jacobs, C.S., Ma, C., Sovers, O.J., Baudry, A., ! "Densification of the International Celestial Reference Frame: Results ! of EVN Observations", (2004), In European VLBI Network on New Developments ! in VLBI Science and Technology, 2004, 313--316, astro-ph/0412458. ! ! 28) Ulvestad, J.S., Fomalont, E.B., Kimora, H., ! A VLBA Survey of Flat-Spectrum FIRST Sources", (1999) ! American Astronomical Society Meeting Abstracts #194, ! 50.23. ! ! 29) Britzen, S., Vermeulen, R.C., Taylor, G.B., Campbell, R.M., Pearson, T.J., ! Readhead, A.C.S., Xu, W., Browne, I.W.A., Henstock, D.R., Wilkinson, P., ! "A multi-epoch VLBI survey of the kinematics of CJF sources. ! I. Model-fit parameters and maps", (2007), Astron. & Astrophys., 472:3, 763-771. ! ! 30) de Witt, A., Jacobs, C.S., Gordon, D., Bietenholz, M., Nickola, M., Bertarini, A. ! "The Celestial Reference Frame at K Band: Imaging. I. The First 28 Epochs", ! (2023), Astron. J. 165, 4, 139 ! ! 31) Weston, S., de Witt, A., Krasna, H., Le Bail, K., Hardin, S., Gordon, D., ! Shu Fe., Fey, A., Schartner, M., Basu, S., Titov, O., Behrend, D., ! Jacobs, C. S., Hankey, W., Salguero, F., Reynolds, J. E. "On more than two ! decades of Celestial Reference Frame VLBI observations in the deep south: ! IVS-CRDS (1995-2021)", (2023), Publications of the Astronomical Society ! of Australia, Volume 40, article id. e041 ! ! 32) A. de Witt, C. S. Jacobs, D. Gordon, M. Bietenhol, M. Nickola, A. Bertarini, ! The Celestial Reference Frame at K Band: Imaging. I. The First 28 Epochs, ! The Astronomical Journal, Volume 165, Number 4, DOI 10.3847/1538-3881/aca012 ! ! Acknowledgments: ! ! The use of Very Long Baseline Array (VLBA) data is acknowledged. VLBA is operated ! by the National Radio Astronomy Observatory, which is a facility of the National ! Science Foundation, and operated under cooperative agreement by Associated ! Universities, Inc. The use of the VLBA under the US Naval Observatory's time ! allocation is acknowledged. This work supports USNO's ongoing research into the ! celestial reference frame and geodesy. These data were retrieved from the ! VLBA public archive. ! ! The use of Long Baseline Array (LBA) data is acknowledged. The LBA is a part of the ! Australia Telescope National Facility which is funded by the Commonwealth of Australia ! for operation as a National Facility managed by CSIRO. ! ! The use of European VLBI Network EVN) data is acknowledged. ! The European VLBI Network is a joint facility of independent European, African, ! Asian, and North American radio astronomy institutes. ! ! The use of Korean and VLBI Exploration for Astrometry VLBI Networks ! (KVN and KaVa) data. The KVN and VERA are operated by the the Korea Astronomy ! and Space Science Institute and the National Astronomical Observatory of Japan. ! ! ! Meaning of comment field: ! ! cal -- Calibrator: more than 8 detections at both X and S band, position ! accuracy better than 25 nrad. ! c? -- Reliable detection, but position accuracy is in the range ! [25, 500] nrad. Use with care. ! ??? -- Less than 5 detections at any band. Position is unreliable. ! Not recommended for using as a calibrator without additional information ! ! Flux density records may have negative values. A negative flux density value means ! the upper level of the flux density with thje opposite sign. ! ! NB: formal uncertainties in right ascensions are given in milliarcseconds without ! \cos \delta factor ! ! B1950-name J2000-name ! srccat / source= '2357-006', 'J0000-0022' RA= 00:00:01.659825 DEC= -00:22:10.02434 RAER= 0.94 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.026, 8.4, 0.039, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2357-141', 'J0000-1352' RA= 00:00:03.124348 DEC= -13:52:00.75512 RAER= 1.52 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.009, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2357+080', 'J0000+0816' RA= 00:00:07.031173 DEC= +08:16:45.05288 RAER= 1.05 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2357-379', 'J0000-3738' RA= 00:00:08.414129 DEC= -37:38:20.67178 RAER= 1.57 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2357+025', 'J0000+0248' RA= 00:00:19.282429 DEC= +02:48:14.69040 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '2357+113', 'J0000+1139' RA= 00:00:19.563979 DEC= +11:39:20.72955 RAER= 0.65 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.008, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2357-326', 'J0000-3221' RA= 00:00:20.399971 DEC= -32:21:01.23375 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.581, 0.436, 8.4, 0.278, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '2357+028', 'J0000+0307' RA= 00:00:27.022483 DEC= +03:07:15.64704 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.041, 5.0, 0.080, 0.047, 8.4, 0.075, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '2358+289', 'J0000+2914' RA= 00:00:35.127791 DEC= +29:14:35.83490 RAER= 0.66 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.047, 8.4, 0.028, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2358+390', 'J0000+3918' RA= 00:00:41.527593 DEC= +39:18:04.14825 RAER= 0.39 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.056, 8.4, 0.094, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2358+028', 'J0000+030B' RA= 00:00:44.327696 DEC= +03:07:54.20396 RAER= 0.63 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, n/a, 5.0, 0.078, 0.069, 8.4, 0.062, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2358+516', 'J0000+5157' RA= 00:00:51.385775 DEC= +51:57:19.89405 RAER= 5.45 DECER= 7.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2358+406', 'J0000+4054' RA= 00:00:53.081122 DEC= +40:54:01.80914 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.802, 0.116, 8.4, 0.237, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '2358-161', 'J0001-1551' RA= 00:01:05.328747 DEC= -15:51:07.07581 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.179, 8.4, 0.192, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '2358-179', 'J0001-1741' RA= 00:01:06.263905 DEC= -17:41:26.59831 RAER= 15.23 DECER= 14.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2358+605', 'J0001+6051' RA= 00:01:07.099851 DEC= +60:51:22.79831 RAER= 0.28 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.038, 8.4, 0.142, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '2358-299', 'J0001-2940' RA= 00:01:07.727487 DEC= -29:40:32.99459 RAER= 1.23 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.047, 8.4, 0.048, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2358+240', 'J0001+2420' RA= 00:01:07.869870 DEC= +24:20:11.70881 RAER= 0.56 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.042, 8.4, 0.065, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2358+189', 'J0001+1914' RA= 00:01:08.621569 DEC= +19:14:33.80172 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.195, 5.0, 0.156, 0.127, 8.4, 0.251, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6517 observations" / source= '2358+551', 'J0001+5526' RA= 00:01:08.724035 DEC= +55:26:38.67389 RAER= 7.02 DECER= 6.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2358+024', 'J0001+0243' RA= 00:01:09.535552 DEC= +02:43:09.60137 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, 0.021, 5.0, 0.079, 0.083, 8.4, 0.067, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '2358-006', 'J0001-0020' RA= 00:01:11.196090 DEC= -00:20:11.56773 RAER= 0.67 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2358-351', 'J0001-3451' RA= 00:01:12.442864 DEC= -34:51:52.11658 RAER= 2.53 DECER= 7.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.037, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2358+236', 'J0001+2358' RA= 00:01:14.864560 DEC= +23:58:10.71049 RAER= 0.40 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.038, 8.4, 0.069, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2358-080', 'J0001-0746' RA= 00:01:18.024917 DEC= -07:46:26.92205 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.106, 8.4, 0.175, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 851 observations" / source= '2358+474', 'J0001+4742' RA= 00:01:19.041799 DEC= +47:42:00.72167 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.030, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2358+443', 'J0001+4440' RA= 00:01:21.385316 DEC= +44:40:27.21596 RAER= 0.51 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.057, 8.4, 0.075, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2358-004', 'J0001-0011' RA= 00:01:21.466912 DEC= -00:11:40.31497 RAER= 1.14 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2358+251', 'J0001+2526' RA= 00:01:21.673359 DEC= +25:26:55.46107 RAER= 1.15 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2358-252', 'J0001-2500' RA= 00:01:22.672438 DEC= -25:00:18.84967 RAER= 0.61 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.079, 8.4, 0.053, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2358+062', 'J0001+0632' RA= 00:01:23.694532 DEC= +06:32:30.94646 RAER= 2.55 DECER= 11.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, 0.022, 8.4, 0.018, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2358-072', 'J0001-0656' RA= 00:01:25.586935 DEC= -06:56:24.93246 RAER= 0.39 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044, 8.4, 0.046, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2358-137', 'J0001-1326' RA= 00:01:26.049975 DEC= -13:26:33.14264 RAER= 2.55 DECER= 6.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2358+435', 'J0001+4351' RA= 00:01:29.136342 DEC= +43:51:56.10678 RAER= 1.01 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2358+209', 'J0001+2113' RA= 00:01:32.370494 DEC= +21:13:36.27458 RAER= 0.46 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.066, 8.4, 0.087, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2358-422', 'J0001-4155' RA= 00:01:32.757140 DEC= -41:55:25.33105 RAER= 73.03 DECER= 34.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2358+146', 'J0001+1456' RA= 00:01:32.830692 DEC= +14:56:08.08154 RAER= 0.45 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.028, 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2359+526', 'J0001+5258' RA= 00:01:34.050517 DEC= +52:58:25.00610 RAER= 2.07 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.005, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2359+071', 'J0001+0723' RA= 00:01:34.452192 DEC= +07:23:12.91287 RAER= 0.75 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.037, 8.4, 0.052, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2359+067', 'J0001+0701' RA= 00:01:43.467626 DEC= +07:01:23.55399 RAER= 0.68 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2359+719', 'J0001+7213' RA= 00:01:45.957854 DEC= +72:13:58.35309 RAER= 1.98 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.016, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '2359+548', 'J0002+5510' RA= 00:02:00.529303 DEC= +55:10:38.88182 RAER= 1.51 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2359+606', 'J0002+6058' RA= 00:02:06.696490 DEC= +60:58:29.83902 RAER= 3.39 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2359-221', 'J0002-2153' RA= 00:02:11.981429 DEC= -21:53:09.86546 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.060, 5.0, 0.063, 0.060, 8.4, 0.137, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '2359-677', 'J0002-6726' RA= 00:02:15.188000 DEC= -67:26:53.44742 RAER= 80.68 DECER= 33.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.006, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2359+038', 'J0002+0408' RA= 00:02:17.207564 DEC= +04:08:11.13591 RAER= 3.17 DECER= 7.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2359+140', 'J0002+1420' RA= 00:02:24.133817 DEC= +14:20:43.81680 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.077, 8.4, 0.083, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2359-038', 'J0002-0331' RA= 00:02:30.622664 DEC= -03:31:40.44242 RAER= 0.54 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2359+747', 'J0002+7459' RA= 00:02:31.131631 DEC= +74:59:47.13480 RAER= 1.40 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.088, 8.4, 0.108, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0000+158', 'J0002+1605' RA= 00:02:40.193916 DEC= +16:05:44.61455 RAER= 0.93 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0000-044', 'J0002-0411' RA= 00:02:41.255213 DEC= -04:11:55.30909 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0000+302', 'J0002+3032' RA= 00:02:49.250751 DEC= +30:32:41.59570 RAER= 0.59 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.061, 8.4, 0.071, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0000-215', 'J0002-2114' RA= 00:02:49.766939 DEC= -21:14:20.10656 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.049, 8.4, 0.104, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0000+294', 'J0002+2942' RA= 00:02:52.431440 DEC= +29:42:53.22486 RAER= 0.67 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0000-566', 'J0002-5621' RA= 00:02:53.468281 DEC= -56:21:10.78260 RAER= 10.23 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0000-006', 'J0002-0024' RA= 00:02:57.175310 DEC= -00:24:47.27586 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.027, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '0000+700', 'J0002+7017' RA= 00:02:57.821112 DEC= +70:17:42.48895 RAER= 28.25 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0000+183', 'J0003+1837' RA= 00:03:01.160217 DEC= +18:37:59.01099 RAER= 0.47 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.032, 8.4, 0.053, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0000-067', 'J0003-0626' RA= 00:03:01.831593 DEC= -06:26:59.59109 RAER= 0.45 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.023, 8.4, 0.053, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0000+582', 'J0003+5831' RA= 00:03:08.349285 DEC= +58:31:41.89434 RAER= 36.86 DECER= 14.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0000-550', 'J0003-5444' RA= 00:03:10.630603 DEC= -54:44:55.99209 RAER= 23.43 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0000+162', 'J0003+1629' RA= 00:03:11.864278 DEC= +16:29:03.10962 RAER= 1.01 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0000+274', 'J0003+2740' RA= 00:03:13.087662 DEC= +27:40:44.96929 RAER= 0.33 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.037, 8.4, 0.084, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0000-593', 'J0003-5905' RA= 00:03:13.334354 DEC= -59:05:47.83263 RAER= 30.91 DECER= 11.41 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0000+019', 'J0003+0214' RA= 00:03:14.962863 DEC= +02:14:57.48301 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '0000-199', 'J0003-1941' RA= 00:03:15.949415 DEC= -19:41:50.40236 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.130, 8.4, 0.133, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '0000+247', 'J0003+2459' RA= 00:03:16.312290 DEC= +24:59:38.37851 RAER= 0.52 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.040, 8.4, 0.048, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0000-197', 'J0003-1927' RA= 00:03:18.675015 DEC= -19:27:22.35575 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.063, 8.4, 0.097, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '0000+212', 'J0003+2129' RA= 00:03:19.350005 DEC= +21:29:44.50825 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.147, 5.0, 0.203, 0.150, 8.4, 0.153, 0.115, 15.2, 0.128, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 591 observations" / source= '0000-530', 'J0003-5247' RA= 00:03:19.600064 DEC= -52:47:27.28454 RAER= 21.21 DECER= 8.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0000-177', 'J0003-1727' RA= 00:03:21.954752 DEC= -17:27:11.87502 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.077, 5.0, 0.156, 0.074, 8.4, 0.151, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '0000+070', 'J0003+0717' RA= 00:03:23.241375 DEC= +07:17:13.86177 RAER= 0.45 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.010, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0000+218', 'J0003+2204' RA= 00:03:24.522812 DEC= +22:04:55.74999 RAER= 0.60 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0000-160', 'J0003-1547' RA= 00:03:27.264168 DEC= -15:47:05.45560 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.061, 8.4, 0.086, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0000+121', 'J0003+1227' RA= 00:03:33.592006 DEC= +12:27:48.24745 RAER= 0.90 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.035, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0001+128', 'J0003+1305' RA= 00:03:35.246457 DEC= +13:05:41.78515 RAER= 0.77 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0001+628', 'J0003+6307' RA= 00:03:36.511581 DEC= +63:07:55.87067 RAER= 0.71 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.055, 8.4, 0.077, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0001-114', 'J0003-1108' RA= 00:03:45.234757 DEC= -11:08:18.70790 RAER= 0.73 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0001+478', 'J0003+4807' RA= 00:03:46.041596 DEC= +48:07:04.13551 RAER= 0.29 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.155, 8.4, 0.082, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 590 observations" / source= '0001+158', 'J0003+1605' RA= 00:03:46.095702 DEC= +16:05:47.96041 RAER= 0.58 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.033, 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0001+118', 'J0003+1210' RA= 00:03:53.276435 DEC= +12:10:23.96348 RAER= 0.72 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.038, 8.4, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0001-387', 'J0003-3827' RA= 00:03:53.734367 DEC= -38:27:02.71336 RAER= 6.01 DECER= 23.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0001+375', 'J0003+3747' RA= 00:03:54.116583 DEC= +37:47:48.32120 RAER= 0.78 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.029, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0001+298', 'J0003+3010' RA= 00:03:55.658052 DEC= +30:10:02.59466 RAER= 0.47 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.047, 8.4, 0.049, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0001-111', 'J0003-1053' RA= 00:03:56.331782 DEC= -10:53:01.91929 RAER= 1.39 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0001+324', 'J0003+3241' RA= 00:03:56.338444 DEC= +32:41:57.59679 RAER= 0.57 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.051, 8.4, 0.056, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0001+059', 'J0003+0615' RA= 00:03:57.952180 DEC= +06:15:53.09642 RAER= 0.62 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.045, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0001+084', 'J0003+0841' RA= 00:03:59.230099 DEC= +08:41:38.18584 RAER= 0.57 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0001+360', 'J0004+3617' RA= 00:04:04.212271 DEC= +36:17:20.40779 RAER= 0.95 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.027, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0001-120', 'J0004-1148' RA= 00:04:04.914995 DEC= -11:48:58.38599 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.601, 0.462, 8.4, 0.549, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '0001-440', 'J0004-4345' RA= 00:04:07.257750 DEC= -43:45:10.14487 RAER= 0.54 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.272, 0.231 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0001-235', 'J0004-2318' RA= 00:04:08.948245 DEC= -23:18:40.87997 RAER= 0.90 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.035, 8.4, 0.039, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0001+080', 'J0004+0821' RA= 00:04:10.592908 DEC= +08:21:57.54370 RAER= 0.74 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.015, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0001-531', 'J0004-5254' RA= 00:04:14.013589 DEC= -52:54:58.70519 RAER= 3.82 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0001+459', 'J0004+4615' RA= 00:04:16.127641 DEC= +46:15:17.97078 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.160, 8.4, 0.168, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 824 observations" / source= '0001-083', 'J0004-0802' RA= 00:04:21.768345 DEC= -08:02:35.36479 RAER= 1.89 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0001+263', 'J0004+2637' RA= 00:04:23.776245 DEC= +26:37:52.40023 RAER= 1.31 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.008, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0001+415', 'J0004+4151' RA= 00:04:25.285169 DEC= +41:51:35.22900 RAER= 6.60 DECER= 12.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0002+294', 'J0004+2946' RA= 00:04:34.639716 DEC= +29:46:15.78959 RAER= 1.02 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.003, 8.4, 0.041, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0002-478', 'J0004-4736' RA= 00:04:35.655476 DEC= -47:36:19.60393 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.284, 8.4, 0.251, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '0002+200', 'J0004+2019' RA= 00:04:35.758284 DEC= +20:19:42.31773 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.301, 0.220, 8.4, 0.321, 0.167, 15.2, 0.329, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '0002+609', 'J0004+6115' RA= 00:04:46.125182 DEC= +61:15:22.74877 RAER= 14.83 DECER= 6.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0002+576', 'J0004+5754' RA= 00:04:50.263918 DEC= +57:54:57.76183 RAER= 15.47 DECER= 31.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.046, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0002+569', 'J0004+5710' RA= 00:04:53.409336 DEC= +57:10:51.27752 RAER= 0.65 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0002+541', 'J0005+5428' RA= 00:05:04.363343 DEC= +54:28:24.92445 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.296, 0.211, 8.4, 0.325, 0.159, 22.2, 0.337, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2398 observations" / source= '0002-032', 'J0005-0258' RA= 00:05:05.471317 DEC= -02:58:48.94183 RAER= 2.81 DECER= 5.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0002-350', 'J0005-3445' RA= 00:05:05.925088 DEC= -34:45:49.65523 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.082, 8.4, 0.101, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0002-018', 'J0005-0132' RA= 00:05:07.071823 DEC= -01:32:45.13513 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.023, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0002-170', 'J0005-1648' RA= 00:05:17.933781 DEC= -16:48:04.67853 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.132, 8.4, 0.136, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '0002+051', 'J0005+0524' RA= 00:05:20.215505 DEC= +05:24:10.80307 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.100, 8.4, 0.116, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 864 observations" / source= '0002+691', 'J0005+6923' RA= 00:05:30.470652 DEC= +69:23:59.05394 RAER= 5.11 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.009, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0003+633', 'J0005+6340' RA= 00:05:37.080239 DEC= +63:40:28.58837 RAER= 9.00 DECER= 5.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0003+318', 'J0005+3206' RA= 00:05:40.326109 DEC= +32:06:05.65037 RAER= 2.91 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0003+195', 'J0005+1950' RA= 00:05:40.736872 DEC= +19:50:21.37946 RAER= 0.93 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0003-057', 'J0005-0530' RA= 00:05:42.070970 DEC= -05:30:09.29307 RAER= 0.59 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0003+196', 'J0005+1953' RA= 00:05:48.823620 DEC= +19:53:17.85050 RAER= 1.10 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.028, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0003+040', 'J0005+0418' RA= 00:05:56.850306 DEC= +04:18:54.37583 RAER= 0.41 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.040, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0003+380', 'J0005+3820' RA= 00:05:57.175394 DEC= +38:20:15.14901 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.532, 0.310, 8.4, 0.557, 0.238, 15.2, 0.595, 0.356 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4140 observations" / source= '0003+119', 'J0005+1214' RA= 00:05:57.918199 DEC= +12:14:44.87044 RAER= 0.76 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.036, 8.4, 0.018, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0003-282', 'J0005-2758' RA= 00:05:58.557323 DEC= -27:58:57.65115 RAER= 3.87 DECER= 10.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0003+158', 'J0005+1609' RA= 00:05:59.237773 DEC= +16:09:49.02167 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.086, 8.4, 0.196, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 932 observations" / source= '0003-318', 'J0006-3132' RA= 00:06:00.379993 DEC= -31:32:14.90003 RAER= 1.20 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.039, 8.4, 0.040, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0003-302', 'J0006-2955' RA= 00:06:01.123365 DEC= -29:55:50.09687 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.124, 8.4, 0.105, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 328 observations" / source= '0003-428', 'J0006-4234' RA= 00:06:02.040631 DEC= -42:34:40.12216 RAER= 6.81 DECER= 24.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0003-283', 'J0006-2801' RA= 00:06:03.982775 DEC= -28:01:41.37371 RAER= 1.41 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0003+012', 'J0006+0131' RA= 00:06:06.086018 DEC= +01:31:25.53308 RAER= 0.32 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0003+340', 'J0006+3422' RA= 00:06:07.382567 DEC= +34:22:20.40586 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.062, 8.4, 0.064, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 685 observations" / source= '0003+505', 'J0006+5050' RA= 00:06:08.249770 DEC= +50:50:04.41268 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.157, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '0003+480', 'J0006+4822' RA= 00:06:09.622292 DEC= +48:22:37.70572 RAER= 1.04 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.008, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0003-066', 'J0006-0623' RA= 00:06:13.892888 DEC= -06:23:35.33538 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.118, 0.886, 5.0, 3.400, 2.396, 8.4, 2.458, 1.381, 15.2, 2.210, 0.823 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80023 observations" / source= '0003-430', 'J0006-4245' RA= 00:06:19.736166 DEC= -42:45:18.58123 RAER= 2.75 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0003-003', 'J0006-0004' RA= 00:06:22.605913 DEC= -00:04:24.45615 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.034, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0003+123', 'J0006+1235' RA= 00:06:23.056079 DEC= +12:35:53.09790 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.134, 8.4, 0.279, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 709 observations" / source= '0003+013', 'J0006+0136' RA= 00:06:26.924710 DEC= +01:36:10.38421 RAER= 1.58 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0003+055', 'J0006+0548' RA= 00:06:32.629557 DEC= +05:48:52.64055 RAER= 0.31 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.050, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0004+171', 'J0006+1728' RA= 00:06:47.361451 DEC= +17:28:13.76800 RAER= 0.36 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.056, 8.4, 0.082, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0004+240', 'J0006+2422' RA= 00:06:48.789406 DEC= +24:22:36.39210 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.149, 8.4, 0.240, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 724 observations" / source= '0004+413', 'J0006+4135' RA= 00:06:53.312649 DEC= +41:35:11.45791 RAER= 1.42 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.006, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0004+139', 'J0006+1415' RA= 00:06:57.531268 DEC= +14:15:46.77223 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.087, 5.0, 0.141, 0.080, 8.4, 0.141, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0004+174', 'J0007+1745' RA= 00:07:18.873905 DEC= +17:45:34.56746 RAER= 0.28 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0004+056', 'J0007+0552' RA= 00:07:20.153602 DEC= +05:52:42.76015 RAER= 0.56 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0004-614', 'J0007-6113' RA= 00:07:20.585243 DEC= -61:13:06.99671 RAER= 3.12 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0005+398', 'J0007+4008' RA= 00:07:41.666526 DEC= +40:08:29.93683 RAER= 0.57 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0005+021', 'J0007+0226' RA= 00:07:43.840163 DEC= +02:26:32.24571 RAER= 0.32 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.020, 8.4, 0.024, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '0005+568', 'J0007+5706' RA= 00:07:48.468630 DEC= +57:06:10.43924 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.238, 8.4, 0.206, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 939 observations" / source= '0005+101', 'J0007+1027' RA= 00:07:55.678370 DEC= +10:27:44.29869 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.078, 5.0, 0.255, 0.039, 8.4, 0.141, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '0005+626', 'J0007+6255' RA= 00:07:58.320280 DEC= +62:55:54.88160 RAER= 3.70 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.019, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0005+469', 'J0007+4712' RA= 00:07:59.973261 DEC= +47:12:07.76861 RAER= 0.58 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0005-239', 'J0008-2339' RA= 00:08:00.369612 DEC= -23:39:18.14989 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.465, 0.266, 8.4, 0.293, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '0005+114', 'J0008+1144' RA= 00:08:00.838252 DEC= +11:44:00.77460 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.100, 8.4, 0.135, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0005+024', 'J0008+0243' RA= 00:08:08.602786 DEC= +02:43:56.62363 RAER= 1.48 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0005-400', 'J0008-3945' RA= 00:08:09.202453 DEC= -39:45:22.96618 RAER= 2.45 DECER= 9.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, n/a, 8.4, 0.025, 0.004 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0005+133', 'J0008+1336' RA= 00:08:13.285698 DEC= +13:36:48.49142 RAER= 0.95 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.050, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0005+601', 'J0008+6025' RA= 00:08:19.052722 DEC= +60:25:01.24295 RAER= 0.80 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0005+083', 'J0008+0838' RA= 00:08:19.817961 DEC= +08:38:41.46117 RAER= 9.45 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0005+383', 'J0008+3837' RA= 00:08:22.855875 DEC= +38:37:10.28937 RAER= 0.54 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0005+146', 'J0008+1456' RA= 00:08:25.399838 DEC= +14:56:35.79056 RAER= 0.30 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0005-262', 'J0008-2559' RA= 00:08:26.252492 DEC= -25:59:11.54035 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.094, 8.4, 0.152, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '0005-137', 'J0008-1329' RA= 00:08:28.016821 DEC= -13:29:30.57386 RAER= 0.37 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.074, 8.4, 0.114, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0005+054', 'J0008+0545' RA= 00:08:31.150128 DEC= +05:45:53.94803 RAER= 1.44 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0005+683', 'J0008+6837' RA= 00:08:33.472885 DEC= +68:37:22.04854 RAER= 0.37 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.056, 8.4, 0.267, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 774 observations" / source= '0006-363', 'J0008-3601' RA= 00:08:33.661104 DEC= -36:01:25.03475 RAER= 0.34 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.171, 8.4, 0.084, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0006-239', 'J0008-233A' RA= 00:08:35.399624 DEC= -23:39:28.00853 RAER= 0.56 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0006-466', 'J0008-4619' RA= 00:08:37.545757 DEC= -46:19:40.85343 RAER= 2.88 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0006+014', 'J0008+0143' RA= 00:08:53.197910 DEC= +01:43:15.30726 RAER= 0.72 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0006+061', 'J0009+0628' RA= 00:09:03.931848 DEC= +06:28:21.24005 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.094, 5.0, 0.063, n/a, 8.4, 0.130, 0.093, 15.2, 0.182, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1974 observations" / source= '0006+397', 'J0009+4001' RA= 00:09:04.173581 DEC= +40:01:46.70562 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.184, 8.4, 0.246, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '0006-212', 'J0009-2056' RA= 00:09:05.989329 DEC= -20:56:32.33226 RAER= 2.61 DECER= 7.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0006+06A', 'J0009+0625' RA= 00:09:17.055175 DEC= +06:25:54.74805 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.070, 5.0, 0.152, 0.102, 8.4, 0.086, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '0006-078', 'J0009-0731' RA= 00:09:20.538484 DEC= -07:31:42.86138 RAER= 1.49 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0006+362', 'J0009+3629' RA= 00:09:20.662926 DEC= +36:29:46.42188 RAER= 3.11 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0006+502', 'J0009+5030' RA= 00:09:22.760038 DEC= +50:30:28.83804 RAER= 1.04 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, -0.002, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0006+048', 'J0009+0507' RA= 00:09:24.169709 DEC= +05:07:25.01791 RAER= 0.40 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.043, 8.4, 0.062, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0006-164', 'J0009-1610' RA= 00:09:27.449250 DEC= -16:10:28.77992 RAER= 0.71 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0007+177', 'J0009+1803' RA= 00:09:34.860482 DEC= +18:03:43.01336 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.057, 5.0, 0.147, 0.059, 8.4, 0.147, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '0007-325', 'J0009-3216' RA= 00:09:35.557763 DEC= -32:16:36.92953 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.095, 8.4, 0.142, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0007-642', 'J0009-6357' RA= 00:09:37.508733 DEC= -63:57:33.83295 RAER= 5.55 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0006+771', 'J0009+7724' RA= 00:09:43.092018 DEC= +77:24:42.00470 RAER= 0.76 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.038, 8.4, 0.046, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '0007+149', 'J0009+1513' RA= 00:09:43.468665 DEC= +15:13:37.90610 RAER= 0.22 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.090, 8.4, 0.093, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '0007+757', 'J0009+7603' RA= 00:09:48.234333 DEC= +76:03:18.16442 RAER= 0.83 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.046, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '0007+174', 'J0009+1742' RA= 00:09:51.642167 DEC= +17:42:08.48495 RAER= 1.29 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0007+016', 'J0009+0157' RA= 00:09:58.657716 DEC= +01:57:55.14964 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.041, 8.4, 0.082, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 660 observations" / source= '0007-287', 'J0009-2829' RA= 00:09:58.877834 DEC= -28:29:30.48873 RAER= 0.81 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0007-048', 'J0010-0433' RA= 00:10:00.388658 DEC= -04:33:48.50682 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.332, 5.0, 0.308, 0.272, 8.4, 0.270, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1431 observations" / source= '0007+006', 'J0010+0054' RA= 00:10:09.961309 DEC= +00:54:40.11765 RAER= 0.64 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0007+283', 'J0010+2838' RA= 00:10:11.063443 DEC= +28:38:11.74439 RAER= 0.71 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0007+317', 'J0010+3200' RA= 00:10:14.952159 DEC= +32:00:34.23258 RAER= 1.38 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0007+286', 'J0010+2854' RA= 00:10:27.785343 DEC= +28:54:58.75776 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.077, 8.4, 0.109, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0007+205', 'J0010+2047' RA= 00:10:28.743054 DEC= +20:47:49.78844 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.048, 8.4, 0.078, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0007+439', 'J0010+4412' RA= 00:10:30.046482 DEC= +44:12:42.50493 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.100, 8.4, 0.150, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '0007+106', 'J0010+1058' RA= 00:10:31.005906 DEC= +10:58:29.50430 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.067, 5.0, 0.122, 0.118, 8.4, 0.152, 0.134, 15.2, 0.562, 0.423 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11345 observations" / source= '0007+171', 'J0010+1724' RA= 00:10:33.990642 DEC= +17:24:18.76128 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.014, 0.728, 8.4, 0.586, 0.277 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1819 observations" / source= '0008-311', 'J0010-3054' RA= 00:10:34.909728 DEC= -30:54:15.30003 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.070, 8.4, 0.098, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '0008-307', 'J0010-3027' RA= 00:10:35.742194 DEC= -30:27:47.41839 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.182, 8.4, 0.279, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0008+260', 'J0010+2619' RA= 00:10:36.215137 DEC= +26:19:17.73897 RAER= 0.45 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.041, 8.4, 0.094, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0008-146', 'J0010-1420' RA= 00:10:41.940183 DEC= -14:20:20.33736 RAER= 0.70 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0008+296', 'J0010+2956' RA= 00:10:42.458642 DEC= +29:56:11.91318 RAER= 1.17 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.030, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0008-300', 'J0010-2945' RA= 00:10:45.177359 DEC= -29:45:13.17776 RAER= 0.17 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.516, 0.463, 8.4, 0.199, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '0008-370', 'J0010-3648' RA= 00:10:47.240624 DEC= -36:48:48.43110 RAER= 8.77 DECER= 25.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0008-079', 'J0010-0740' RA= 00:10:50.601299 DEC= -07:40:12.04238 RAER= 0.78 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012, 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0008+265', 'J0010+2650' RA= 00:10:51.225434 DEC= +26:50:25.91606 RAER= 0.29 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.059, 8.4, 0.086, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0008-006', 'J0010-0020' RA= 00:10:52.499963 DEC= -00:20:06.61965 RAER= 0.65 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.014, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0008-421', 'J0010-4153' RA= 00:10:52.517547 DEC= -41:53:10.78056 RAER= 0.44 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.664, 0.354, 8.4, 0.201, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 317 observations" / source= '0008-222', 'J0010-2157' RA= 00:10:53.649983 DEC= -21:57:04.22036 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.200, 8.4, 0.370, 0.266 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 826 observations" / source= '0008-279', 'J0010-2742' RA= 00:10:55.277122 DEC= -27:42:25.01437 RAER= 0.52 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.052, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0008-333', 'J0011-3302' RA= 00:11:00.295874 DEC= -33:02:17.89575 RAER= 1.55 DECER= 5.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044, 8.4, 0.052, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0008-264', 'J0011-2612' RA= 00:11:01.246735 DEC= -26:12:33.37712 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.311, 5.0, 0.329, 0.245, 8.4, 0.405, 0.320 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11698 observations" / source= '0008+161', 'J0011+1624' RA= 00:11:12.456507 DEC= +16:24:29.38663 RAER= 2.75 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0008-033', 'J0011-0304' RA= 00:11:14.547431 DEC= -03:04:21.67391 RAER= 0.66 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0008-366', 'J0011-3620' RA= 00:11:14.568866 DEC= -36:20:38.46199 RAER= 1.65 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.060, 8.4, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0008+344', 'J0011+3443' RA= 00:11:17.013235 DEC= +34:43:33.64157 RAER= 1.12 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.022, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0008+240', 'J0011+2420' RA= 00:11:24.580942 DEC= +24:20:22.31354 RAER= 0.63 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.021, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '0008+006', 'J0011+0057' RA= 00:11:30.403219 DEC= +00:57:51.87684 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.123, 8.4, 0.174, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1217 observations" / source= '0008+704', 'J0011+7045' RA= 00:11:31.902835 DEC= +70:45:31.62576 RAER= 0.39 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.579, 0.235, 8.4, 0.510, 0.265 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 825 observations" / source= '0009+081', 'J0011+0823' RA= 00:11:35.269616 DEC= +08:23:55.58624 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.115, 8.4, 0.284, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2609 observations" / source= '0008+657', 'J0011+6603' RA= 00:11:38.825414 DEC= +66:03:38.51173 RAER= 31.24 DECER= 5.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.052, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0009-148', 'J0011-1434' RA= 00:11:40.455848 DEC= -14:34:04.63490 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.109, 8.4, 0.149, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2125 observations" / source= '0009+217', 'J0011+2159' RA= 00:11:45.519595 DEC= +21:59:11.45457 RAER= 0.47 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0009-850', 'J0011-8443' RA= 00:11:45.904824 DEC= -84:43:20.00947 RAER= 5.50 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.161, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0009+291', 'J0011+2928' RA= 00:11:45.981966 DEC= +29:28:30.60271 RAER= 0.90 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.023, 8.4, 0.052, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0010-873', 'J0011-8706' RA= 00:11:51.476922 DEC= -87:06:25.45183 RAER= 8.42 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0009-413', 'J0011-4105' RA= 00:11:52.403189 DEC= -41:05:45.16330 RAER= 2.29 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.196, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0009+082', 'J0011+0834' RA= 00:11:55.161844 DEC= +08:34:00.34600 RAER= 0.73 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.042, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0009+572', 'J0012+5730' RA= 00:12:07.024300 DEC= +57:30:25.15513 RAER= 2.46 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0009+070', 'J0012+0719' RA= 00:12:08.351308 DEC= +07:19:51.24984 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.068, 5.0, 0.116, 0.091, 8.4, 0.065, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0009-390', 'J0012-3846' RA= 00:12:15.150594 DEC= -38:46:19.27013 RAER= 0.79 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.040, 8.4, 0.043, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0009+467', 'J0012+4704' RA= 00:12:29.302897 DEC= +47:04:34.73789 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.081, 8.4, 0.131, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0009+175', 'J0012+1751' RA= 00:12:31.589775 DEC= +17:51:29.95587 RAER= 0.48 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.057, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0010-167', 'J0012-1628' RA= 00:12:33.873973 DEC= -16:28:07.54665 RAER= 0.81 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0009+655', 'J0012+6551' RA= 00:12:37.671067 DEC= +65:51:10.82297 RAER= 0.57 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.637, 0.043, 8.4, 0.082, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '0010+267', 'J0012+2702' RA= 00:12:38.164339 DEC= +27:02:38.88387 RAER= 0.51 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.017, 8.4, 0.047, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0010-147', 'J0012-1431' RA= 00:12:41.614947 DEC= -14:31:12.08168 RAER= 13.72 DECER= 15.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0010+336', 'J0012+3353' RA= 00:12:47.382167 DEC= +33:53:38.47187 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.057, 8.4, 0.134, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '0010-130', 'J0012-1248' RA= 00:12:48.462847 DEC= -12:48:13.62299 RAER= 0.67 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.027, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0010-401', 'J0012-3954' RA= 00:12:59.909817 DEC= -39:54:26.05556 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.694, 0.596, 8.4, 0.700, 0.456 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2381 observations" / source= '0010+426', 'J0013+4255' RA= 00:13:01.266427 DEC= +42:55:24.53444 RAER= 1.42 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.031, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0010+775', 'J0013+7748' RA= 00:13:11.730368 DEC= +77:48:46.77352 RAER= 2.09 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.681, n/a, 5.0, 0.015, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '0010+463', 'J0013+4636' RA= 00:13:16.488848 DEC= +46:36:08.67052 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.078, 8.4, 0.150, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '0010-155', 'J0013-1513' RA= 00:13:20.701805 DEC= -15:13:47.78518 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.124, 5.0, 0.146, 0.114, 8.4, 0.136, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 679 observations" / source= '0010+405', 'J0013+4051' RA= 00:13:31.130202 DEC= +40:51:37.14413 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.369, 0.318, 5.0, 0.458, 0.380, 8.4, 0.598, 0.419, 15.2, 0.597, 0.392 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8946 observations" / source= '0011-327', 'J0013-3226' RA= 00:13:38.268641 DEC= -32:26:56.23477 RAER= 4.06 DECER= 11.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0011-32B', 'J0013-3227' RA= 00:13:38.271205 DEC= -32:27:49.88275 RAER= 0.78 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0011-258', 'J0013-2537' RA= 00:13:44.111060 DEC= -25:37:12.54628 RAER= 4.60 DECER= 9.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0011+264', 'J0013+2646' RA= 00:13:46.584047 DEC= +26:46:35.83952 RAER= 13.20 DECER= 11.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0011-046', 'J0013-0423' RA= 00:13:54.130979 DEC= -04:23:52.29514 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.301, 8.4, 0.320, 0.270 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0011-191', 'J0013-1854' RA= 00:13:56.043212 DEC= -18:54:06.69747 RAER= 0.50 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0011+189', 'J0013+1910' RA= 00:13:56.376122 DEC= +19:10:41.91563 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.066, 8.4, 0.108, 0.091, 15.2, 0.131, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '0011+513', 'J0014+5135' RA= 00:14:03.890215 DEC= +51:35:24.13533 RAER= 1.37 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0011-506', 'J0014-5022' RA= 00:14:11.461136 DEC= -50:22:34.94631 RAER= 46.77 DECER= 13.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0011+086', 'J0014+0854' RA= 00:14:19.739939 DEC= +08:54:02.04798 RAER= 0.37 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0011-052', 'J0014-0459' RA= 00:14:20.433311 DEC= -04:59:28.82101 RAER= 0.27 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.047, 8.4, 0.036, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '0011+279', 'J0014+2815' RA= 00:14:33.789959 DEC= +28:15:06.69256 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0012-202', 'J0014-2000' RA= 00:14:34.466955 DEC= -20:00:31.88898 RAER= 0.75 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0012-312', 'J0014-3059' RA= 00:14:37.933974 DEC= -30:59:19.37487 RAER= 1.53 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0011+694', 'J0014+6946' RA= 00:14:39.825204 DEC= +69:46:08.49106 RAER= 2.11 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0012+610', 'J0014+6117' RA= 00:14:48.792110 DEC= +61:17:43.54249 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.462, 0.053, 5.0, 0.181, 0.071, 8.4, 0.184, 0.114, 15.2, 0.238, 0.159, 22.2, 0.252, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2235 observations" / source= '0012-184', 'J0015-1812' RA= 00:15:02.492024 DEC= -18:12:50.88320 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.373, 8.4, 0.386, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '0012-008', 'J0015-0034' RA= 00:15:03.396967 DEC= -00:34:59.33854 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.020, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '0012+319', 'J0015+3216' RA= 00:15:06.147421 DEC= +32:16:13.30963 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.099, 8.4, 0.209, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '0012+081', 'J0015+0828' RA= 00:15:08.600611 DEC= +08:28:02.50263 RAER= 0.31 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.077, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0012+077', 'J0015+0802' RA= 00:15:25.853874 DEC= +08:02:04.21072 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.111, 5.0, 0.108, 0.110, 8.4, 0.100, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '0012-308', 'J0015-3036' RA= 00:15:30.992019 DEC= -30:36:08.39953 RAER= 0.80 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0013-184', 'J0015-1807' RA= 00:15:34.324534 DEC= -18:07:25.58630 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.342, 0.136, 8.4, 0.166, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1771 observations" / source= '0012+305', 'J0015+3052' RA= 00:15:36.022241 DEC= +30:52:29.79524 RAER= 2.20 DECER= 7.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0013-622', 'J0015-6157' RA= 00:15:38.733933 DEC= -61:57:02.85900 RAER= 15.17 DECER= 13.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0013+167', 'J0015+1700' RA= 00:15:39.986801 DEC= +17:00:40.60199 RAER= 0.23 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.097, 8.4, 0.138, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '0013+555', 'J0015+5551' RA= 00:15:40.149698 DEC= +55:51:44.67182 RAER= 0.68 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0013+488', 'J0015+4907' RA= 00:15:43.143218 DEC= +49:07:19.46265 RAER= 1.65 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0013-132', 'J0015-1257' RA= 00:15:43.362930 DEC= -12:57:17.49902 RAER= 2.01 DECER= 5.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0013+705', 'J0015+7047' RA= 00:15:51.017232 DEC= +70:47:10.16524 RAER= 1.34 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.087, 8.4, 0.085, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0013+243', 'J0016+2440' RA= 00:16:03.616884 DEC= +24:40:14.69877 RAER= 0.46 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0013-240', 'J0016-2343' RA= 00:16:05.738648 DEC= -23:43:52.19975 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.095, 8.4, 0.072, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0013-340', 'J0016-3346' RA= 00:16:05.949977 DEC= -33:46:15.07739 RAER= 6.72 DECER= 19.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0013-005', 'J0016-0015' RA= 00:16:11.088554 DEC= -00:15:12.44536 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.860, 0.566, 8.4, 0.425, 0.281 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4733 observations" / source= '0013+071', 'J0016+0722' RA= 00:16:14.003715 DEC= +07:22:48.28744 RAER= 2.55 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0013-147', 'J0016-1430' RA= 00:16:19.957711 DEC= -14:30:11.11016 RAER= 0.40 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.068, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0013-144', 'J0016-1410' RA= 00:16:25.739470 DEC= -14:10:31.97771 RAER= 1.47 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.072, 8.4, 0.063, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0014+034', 'J0016+0340' RA= 00:16:36.192372 DEC= +03:40:55.57375 RAER= 0.79 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.008, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0014+248', 'J0016+2510' RA= 00:16:39.801393 DEC= +25:10:29.57801 RAER= 1.21 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.017, 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0014-288', 'J0017-2836' RA= 00:17:02.000398 DEC= -28:36:51.11891 RAER= 1.05 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0014+318', 'J0017+3209' RA= 00:17:02.102141 DEC= +32:09:21.90622 RAER= 1.46 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0014-212', 'J0017-2059' RA= 00:17:03.035525 DEC= -20:59:12.67061 RAER= 12.86 DECER= 11.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0014-299', 'J0017-2942' RA= 00:17:04.526311 DEC= -29:42:18.40171 RAER= 1.11 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0014+675', 'J0017+6751' RA= 00:17:06.374953 DEC= +67:51:31.79034 RAER= 3.71 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0014+813', 'J0017+8135' RA= 00:17:08.474922 DEC= +81:35:08.13646 RAER= 0.68 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.503, 5.0, 1.609, 1.163, 8.4, 1.063, 0.502, 15.2, 1.000, 0.237, 22.2, 0.525, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104211 observations" / source= '0014-071', 'J0017-0650' RA= 00:17:09.376994 DEC= -06:50:33.43488 RAER= 0.40 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.044, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0014+67A', 'J0017+6750' RA= 00:17:11.530393 DEC= +67:50:48.75584 RAER= 3.87 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0014-021', 'J0017-0149' RA= 00:17:32.335506 DEC= -01:49:27.38746 RAER= 0.91 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.024, 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0015-054', 'J0017-0512' RA= 00:17:35.817210 DEC= -05:12:41.76810 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.113, 8.4, 0.198, 0.126, 15.2, 0.266, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '0015+145', 'J0017+1451' RA= 00:17:36.903845 DEC= +14:51:01.87985 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.057, 8.4, 0.069, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 719 observations" / source= '0015+081', 'J0017+0827' RA= 00:17:41.454304 DEC= +08:27:55.68880 RAER= 0.44 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0015+529', 'J0017+5312' RA= 00:17:51.759836 DEC= +53:12:19.12159 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.164, 8.4, 0.521, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 788 observations" / source= '0015-028', 'J0017-0236' RA= 00:17:52.423672 DEC= -02:36:19.21974 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '0015-280', 'J0017-2748' RA= 00:17:59.005944 DEC= -27:48:21.57355 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.045, 8.4, 0.317, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 619 observations" / source= '0015+227', 'J0018+2259' RA= 00:18:07.972515 DEC= +22:59:36.40331 RAER= 0.39 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0015+643', 'J0018+6434' RA= 00:18:08.617255 DEC= +64:34:44.99080 RAER= 12.51 DECER= 5.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0015-289', 'J0018-2842' RA= 00:18:09.720092 DEC= -28:42:21.70992 RAER= 13.50 DECER= 26.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0015+290', 'J0018+2921' RA= 00:18:12.423345 DEC= +29:21:24.19787 RAER= 0.62 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.027, 8.4, 0.071, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0015-038', 'J0018-0336' RA= 00:18:18.153359 DEC= -03:36:44.63075 RAER= 0.55 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0015+295', 'J0018+2947' RA= 00:18:27.789663 DEC= +29:47:31.16454 RAER= 0.32 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0016-067', 'J0018-0628' RA= 00:18:34.106475 DEC= -06:28:34.47117 RAER= 0.54 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0016+039', 'J0018+0415' RA= 00:18:37.698110 DEC= +04:15:44.31000 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.072, 8.4, 0.097, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0016+185', 'J0018+1851' RA= 00:18:42.215904 DEC= +18:51:21.90800 RAER= 0.98 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0016-197', 'J0019-1926' RA= 00:19:07.248808 DEC= -19:26:04.81365 RAER= 0.89 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0016+697', 'J0019+7003' RA= 00:19:12.834784 DEC= +70:03:44.01492 RAER= 32.86 DECER= 6.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0016-124', 'J0019-1209' RA= 00:19:13.627256 DEC= -12:09:59.20333 RAER= 18.13 DECER= 17.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0016-013', 'J0019-0103' RA= 00:19:17.468773 DEC= -01:03:57.58650 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '0017-821', 'J0019-8152' RA= 00:19:20.644403 DEC= -81:52:51.41219 RAER= 15.59 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0016-223', 'J0019-2205' RA= 00:19:22.828102 DEC= -22:05:27.93759 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.103, 5.0, 0.122, 0.112, 8.4, 0.142, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 671 observations" / source= '0016-301', 'J0019-2952' RA= 00:19:24.821576 DEC= -29:52:55.64099 RAER= 3.16 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.073, 8.4, 0.101, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0017-569', 'J0019-5641' RA= 00:19:26.611833 DEC= -56:41:42.45839 RAER= 2.30 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0016+222', 'J0019+2233' RA= 00:19:27.338560 DEC= +22:33:32.64324 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.057, 8.4, 0.144, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0016+453', 'J0019+4537' RA= 00:19:29.027930 DEC= +45:37:43.09454 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.264, 0.156, 8.4, 0.175, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '0016+691', 'J0019+6923' RA= 00:19:29.051962 DEC= +69:23:06.72273 RAER= 2.13 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.012, 8.4, 0.036, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0016+146', 'J0019+1457' RA= 00:19:33.199782 DEC= +14:57:37.96585 RAER= 0.30 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.094, 8.4, 0.071, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0017+296', 'J0019+2956' RA= 00:19:37.790325 DEC= +29:56:01.92214 RAER= 0.20 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.027, 8.4, 0.056, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '0017+200', 'J0019+2021' RA= 00:19:37.854495 DEC= +20:21:45.64463 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.953, 0.796, 5.0, 0.962, 1.065, 8.4, 0.915, 0.413 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81759 observations" / source= '0017+257', 'J0019+2602' RA= 00:19:39.780591 DEC= +26:02:52.27722 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.183, 8.4, 0.310, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1917 observations" / source= '0017+116', 'J0019+1155' RA= 00:19:40.516235 DEC= +11:55:56.10878 RAER= 0.83 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0017-307', 'J0019-3031' RA= 00:19:42.675298 DEC= -30:31:19.34888 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.498, 0.408, 8.4, 0.349, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '0016+731', 'J0019+7327' RA= 00:19:45.786355 DEC= +73:27:30.01762 RAER= 0.35 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.172, 0.730, 5.0, 1.357, 1.156, 8.4, 1.582, 1.127, 15.2, 1.035, 0.718 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305774 observations" / source= '0017-363', 'J0019-3601' RA= 00:19:45.846109 DEC= -36:01:59.36726 RAER= 24.24 DECER= 43.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0017+627', 'J0019+6300' RA= 00:19:47.644431 DEC= +63:00:46.63626 RAER= 39.48 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.046, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0017-178', 'J0019-1734' RA= 00:19:48.374338 DEC= -17:34:46.54591 RAER= 0.59 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0017-075', 'J0019-0715' RA= 00:19:52.081933 DEC= -07:15:40.36686 RAER= 0.74 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.012, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0017+265', 'J0019+2647' RA= 00:19:52.531487 DEC= +26:47:31.96817 RAER= 0.39 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.059, 8.4, 0.052, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0017-631', 'J0019-6253' RA= 00:19:56.596667 DEC= -62:53:06.15695 RAER= 6.89 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0017+330', 'J0019+3320' RA= 00:19:58.672683 DEC= +33:20:02.65929 RAER= 0.79 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.018, 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0017+448', 'J0020+4508' RA= 00:20:06.812180 DEC= +45:08:01.85380 RAER= 0.67 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.058, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0017-337', 'J0020-3330' RA= 00:20:09.951337 DEC= -33:30:04.67903 RAER= 3.19 DECER= 6.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.027, 8.4, 0.035, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0017+101', 'J0020+1026' RA= 00:20:22.568879 DEC= +10:26:08.06449 RAER= 0.73 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0017-490', 'J0020-4847' RA= 00:20:22.689173 DEC= -48:47:07.81878 RAER= 2.78 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0018-281', 'J0020-2751' RA= 00:20:35.468736 DEC= -27:51:44.07552 RAER= 1.10 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.046, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0018+427', 'J0020+4304' RA= 00:20:49.978821 DEC= +43:04:38.35966 RAER= 0.67 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.022, 8.4, 0.050, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0018+031', 'J0020+0323' RA= 00:20:50.247583 DEC= +03:23:58.07922 RAER= 0.68 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0018+315', 'J0020+3152' RA= 00:20:50.626600 DEC= +31:52:29.37609 RAER= 0.55 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.049, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0018-222', 'J0020-2201' RA= 00:20:51.784603 DEC= -22:01:09.57186 RAER= 1.43 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0018-251', 'J0021-2451' RA= 00:21:00.159184 DEC= -24:51:07.57879 RAER= 1.27 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0018+715', 'J0021+7150' RA= 00:21:02.813800 DEC= +71:50:20.77043 RAER= 0.44 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.113, 8.4, 0.181, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '0018+625', 'J0021+6251' RA= 00:21:06.448659 DEC= +62:51:43.49057 RAER= 3.63 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations. No flux information" / source= '0018-194', 'J0021-1910' RA= 00:21:07.536374 DEC= -19:10:05.54385 RAER= 0.69 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0018-242', 'J0021-2355' RA= 00:21:09.732566 DEC= -23:55:25.09996 RAER= 1.02 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0018+741', 'J0021+7427' RA= 00:21:12.511281 DEC= +74:27:36.96360 RAER= 3.75 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.043, 8.4, 0.060, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0018-241', 'J0021-2354' RA= 00:21:14.320056 DEC= -23:54:08.22386 RAER= 1.22 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0018-012', 'J0021-0055' RA= 00:21:25.362878 DEC= -00:55:40.88597 RAER= 17.18 DECER= 19.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0018+729', 'J0021+7312' RA= 00:21:27.375149 DEC= +73:12:41.93097 RAER= 0.53 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.626, 0.179, 8.4, 0.202, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 913 observations" / source= '0018+321', 'J0021+3226' RA= 00:21:29.959052 DEC= +32:26:58.65566 RAER= 0.75 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.046, 8.4, 0.057, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0018+465', 'J0021+4652' RA= 00:21:31.318543 DEC= +46:52:01.90659 RAER= 2.45 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.005, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0019-261', 'J0021-2550' RA= 00:21:32.549533 DEC= -25:50:49.38733 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.013, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0018+222', 'J0021+2229' RA= 00:21:35.944309 DEC= +22:29:33.86207 RAER= 1.10 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.020, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0019-220', 'J0021-2146' RA= 00:21:37.407337 DEC= -21:46:44.89534 RAER= 1.03 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0019+231', 'J0021+2325' RA= 00:21:56.252086 DEC= +23:25:57.34374 RAER= 0.46 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0019-265', 'J0021-2619' RA= 00:21:57.669941 DEC= -26:19:16.18099 RAER= 1.92 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0019-519', 'J0022-5140' RA= 00:22:00.097238 DEC= -51:40:24.31178 RAER= 1.77 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '0019-226', 'J0022-2221' RA= 00:22:01.534404 DEC= -22:21:03.72945 RAER= 0.68 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0019+451', 'J0022+4525' RA= 00:22:06.611343 DEC= +45:25:33.86029 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.381, 0.348, 8.4, 0.213, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 605 observations" / source= '0019-109', 'J0022-1041' RA= 00:22:09.016800 DEC= -10:41:33.03106 RAER= 1.64 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.011, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0019-191', 'J0022-1853' RA= 00:22:09.268957 DEC= -18:53:34.86654 RAER= 0.58 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0019-073', 'J0022-0702' RA= 00:22:23.041078 DEC= -07:02:34.97399 RAER= 8.90 DECER= 8.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0019-000', 'J0022+0014' RA= 00:22:25.425799 DEC= +00:14:56.16604 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.923, 0.156, 8.4, 0.269, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '0019-162', 'J0022-1556' RA= 00:22:26.920226 DEC= -15:56:05.03646 RAER= 1.04 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0019+058', 'J0022+0608' RA= 00:22:32.441212 DEC= +06:08:04.26892 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.362, 0.314, 8.4, 0.390, 0.303, 15.2, 0.298, 0.230 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32399 observations" / source= '0020-521', 'J0022-5153' RA= 00:22:33.364288 DEC= -51:53:16.41401 RAER= 2.37 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.111, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0020+015', 'J0022+0147' RA= 00:22:38.225125 DEC= +01:47:02.42635 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.072, 8.4, 0.132, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '0020-378', 'J0022-3737' RA= 00:22:38.265488 DEC= -37:37:17.56109 RAER= 24.78 DECER= 42.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0019+603', 'J0022+6040' RA= 00:22:40.215829 DEC= +60:40:19.99361 RAER= 0.89 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.098, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0020-020', 'J0022-0145' RA= 00:22:44.293711 DEC= -01:45:50.98209 RAER= 1.46 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0020-299', 'J0023-2941' RA= 00:23:01.658246 DEC= -29:41:31.20318 RAER= 38.95 DECER= 39.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0020+289', 'J0023+2915' RA= 00:23:04.556696 DEC= +29:15:47.17671 RAER= 1.30 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0020-148', 'J0023-1431' RA= 00:23:05.632023 DEC= -14:31:32.25518 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.037, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0020-653', 'J0023-6506' RA= 00:23:08.420804 DEC= -65:06:54.96242 RAER= 74.11 DECER= 18.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0020-252', 'J0023-2500' RA= 00:23:11.540572 DEC= -25:00:41.56944 RAER= 4.09 DECER= 10.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0020+27A', 'J0023+273A' RA= 00:23:14.527017 DEC= +27:34:31.22206 RAER= 3.05 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0020+272', 'J0023+2734' RA= 00:23:14.538085 DEC= +27:34:31.17433 RAER= 1.12 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.011, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0020-146', 'J0023-1422' RA= 00:23:16.655471 DEC= -14:22:58.33068 RAER= 0.51 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.049, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0020+042', 'J0023+0429' RA= 00:23:20.241980 DEC= +04:29:01.26096 RAER= 0.84 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0020+188', 'J0023+1904' RA= 00:23:21.299027 DEC= +19:04:48.10913 RAER= 0.37 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.057, 8.4, 0.060, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0020+253', 'J0023+2539' RA= 00:23:23.009360 DEC= +25:39:17.88166 RAER= 0.65 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0020-150', 'J0023-1447' RA= 00:23:26.246503 DEC= -14:47:01.72346 RAER= 0.35 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.070, 8.4, 0.085, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0020+007', 'J0023+0101' RA= 00:23:31.586586 DEC= +01:01:15.20629 RAER= 0.45 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.026, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0020+154', 'J0023+1544' RA= 00:23:34.991204 DEC= +15:44:40.19471 RAER= 3.06 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0020+446', 'J0023+4456' RA= 00:23:35.442479 DEC= +44:56:35.75833 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.099, 8.4, 0.195, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 872 observations" / source= '0021-031', 'J0023-0253' RA= 00:23:36.241647 DEC= -02:53:06.82092 RAER= 1.79 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0021+040', 'J0023+0417' RA= 00:23:38.164708 DEC= +04:17:00.43339 RAER= 0.39 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.013, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '0021+055', 'J0023+0552' RA= 00:23:42.970267 DEC= +05:52:30.57649 RAER= 0.48 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.040, 8.4, 0.051, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0021+113', 'J0023+1136' RA= 00:23:48.489007 DEC= +11:36:46.02559 RAER= 4.03 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.015, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0021-051', 'J0023-0450' RA= 00:23:48.965678 DEC= -04:50:01.64774 RAER= 2.96 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0021+376', 'J0023+3754' RA= 00:23:53.095157 DEC= +37:54:04.68660 RAER= 0.61 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.009, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0021-084', 'J0024-0811' RA= 00:24:00.672756 DEC= -08:11:10.04891 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.064, 8.4, 0.098, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0021+157', 'J0024+1602' RA= 00:24:01.280791 DEC= +16:02:33.95454 RAER= 0.58 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.079, 8.4, 0.089, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0021+677', 'J0024+6801' RA= 00:24:04.471095 DEC= +68:01:58.95984 RAER= 3.29 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.010, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0021-686', 'J0024-6820' RA= 00:24:06.722871 DEC= -68:20:54.58741 RAER= 0.97 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.240, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0021-109', 'J0024-1042' RA= 00:24:08.513455 DEC= -10:42:36.82180 RAER= 0.65 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0021+583', 'J0024+5836' RA= 00:24:10.424172 DEC= +58:36:48.50650 RAER= 13.00 DECER= 7.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0021+072', 'J0024+0730' RA= 00:24:12.426760 DEC= +07:30:23.58139 RAER= 0.71 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.038, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0021+249', 'J0024+2510' RA= 00:24:15.818839 DEC= +25:10:41.11646 RAER= 0.60 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.025, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0021+464', 'J0024+4644' RA= 00:24:21.537646 DEC= +46:44:06.22978 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.180, 8.4, 0.175, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 519 observations" / source= '0021+243', 'J0024+2439' RA= 00:24:27.330539 DEC= +24:39:26.22938 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.073, 8.4, 0.085, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0022-297', 'J0024-2928' RA= 00:24:30.149791 DEC= -29:28:54.44880 RAER= 0.56 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.072, 8.4, 0.088, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0022-423', 'J0024-4202' RA= 00:24:42.989900 DEC= -42:02:03.95033 RAER= 0.32 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.632, 0.385, 8.4, 0.514, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations" / source= '0022+035', 'J0024+0349' RA= 00:24:45.217180 DEC= +03:49:03.58767 RAER= 0.25 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '0022-044', 'J0024-0412' RA= 00:24:45.983212 DEC= -04:12:01.54881 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.122, 8.4, 0.178, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '0022-099', 'J0024-0941' RA= 00:24:46.451386 DEC= -09:41:49.49315 RAER= 1.32 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0022+180', 'J0025+1817' RA= 00:25:04.696963 DEC= +18:17:12.08578 RAER= 0.49 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.055, 8.4, 0.047, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0022-09A', 'J0025-0942' RA= 00:25:14.296432 DEC= -09:42:01.15486 RAER= 0.53 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.088, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0022-227', 'J0025-2227' RA= 00:25:24.247399 DEC= -22:27:47.59697 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.163, 8.4, 0.272, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '0022+390', 'J0025+3919' RA= 00:25:26.157680 DEC= +39:19:35.43913 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.512, 0.284, 5.0, 0.349, 0.092, 8.4, 0.282, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '0023-375', 'J0025-3718' RA= 00:25:31.939059 DEC= -37:18:09.71792 RAER= 1.61 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.013, 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0022+424', 'J0025+4243' RA= 00:25:35.154578 DEC= +42:43:51.63527 RAER= 14.58 DECER= 9.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0023+330', 'J0025+3316' RA= 00:25:43.916249 DEC= +33:16:48.72317 RAER= 13.70 DECER= 14.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0023-483', 'J0025-4803' RA= 00:25:45.821970 DEC= -48:03:55.09899 RAER= 2.46 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0023-130', 'J0025-1247' RA= 00:25:46.647048 DEC= -12:47:25.42914 RAER= 2.83 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0023-263', 'J0025-2602' RA= 00:25:49.156279 DEC= -26:02:12.61638 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.237, 0.171, 5.0, 1.110, 0.023, 8.4, 0.499, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '0023-275', 'J0025-2717' RA= 00:25:51.574596 DEC= -27:17:21.30642 RAER= 5.12 DECER= 9.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0023-149', 'J0025-1441' RA= 00:25:52.064073 DEC= -14:41:17.10898 RAER= 13.17 DECER= 19.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0023+452', 'J0025+4534' RA= 00:25:52.470929 DEC= +45:34:27.06405 RAER= 1.00 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.030, 8.4, 0.049, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0023+664', 'J0025+6644' RA= 00:25:53.661102 DEC= +66:44:40.55980 RAER= 1.78 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0023+083', 'J0025+0837' RA= 00:25:54.259307 DEC= +08:37:11.40060 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.047, 5.0, 0.120, 0.059, 8.4, 0.106, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 202 observations" / source= '0023-354', 'J0026-3512' RA= 00:26:16.387116 DEC= -35:12:48.79274 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.067, 8.4, 0.292, 0.272 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '0023-361', 'J0026-3553' RA= 00:26:20.115363 DEC= -35:53:36.30833 RAER= 1.46 DECER= 4.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.045, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0023-485', 'J0026-4818' RA= 00:26:21.333063 DEC= -48:18:53.69775 RAER= 15.11 DECER= 8.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0023-089', 'J0026-0842' RA= 00:26:31.469026 DEC= -08:42:35.59815 RAER= 0.86 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0024-462', 'J0026-4601' RA= 00:26:35.628965 DEC= -46:01:09.91777 RAER= 1.77 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0023+542', 'J0026+5432' RA= 00:26:37.554704 DEC= +54:32:38.30624 RAER= 0.74 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.031, 8.4, 0.044, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0024+348', 'J0026+3508' RA= 00:26:41.724786 DEC= +35:08:42.27277 RAER= 0.36 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.058, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 321 observations" / source= '0024-162', 'J0026-1556' RA= 00:26:48.243193 DEC= -15:56:54.21696 RAER= 0.77 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0024-114', 'J0026-1112' RA= 00:26:51.443164 DEC= -11:12:52.42490 RAER= 0.18 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.049, 8.4, 0.060, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '0024-135', 'J0026-1318' RA= 00:26:57.197431 DEC= -13:18:44.21808 RAER= 0.84 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0024+282', 'J0027+2830' RA= 00:27:00.581333 DEC= +28:30:27.09764 RAER= 0.88 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.011, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0024+597', 'J0027+5958' RA= 00:27:03.286210 DEC= +59:58:52.95946 RAER= 0.23 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 8.4, 0.126, 0.100, 22.2, 0.232, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1756 observations" / source= '0024-053', 'J0027-0503' RA= 00:27:05.063887 DEC= -05:03:51.08641 RAER= 0.55 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0024+092', 'J0027+0929' RA= 00:27:05.793702 DEC= +09:29:57.76408 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.161, 8.4, 0.174, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '0024+013', 'J0027+0136' RA= 00:27:13.952003 DEC= +01:36:39.45880 RAER= 0.73 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0024+224', 'J0027+2241' RA= 00:27:15.371529 DEC= +22:41:58.06818 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.126, 8.4, 0.191, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '0024-372', 'J0027-3656' RA= 00:27:17.942180 DEC= -36:56:59.69516 RAER= 1.68 DECER= 5.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0024-340', 'J0027-3346' RA= 00:27:18.968839 DEC= -33:46:48.43000 RAER= 1.11 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0024+258', 'J0027+2607' RA= 00:27:26.995371 DEC= +26:07:07.10804 RAER= 0.48 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0025-320', 'J0027-3147' RA= 00:27:42.045555 DEC= -31:47:49.62390 RAER= 1.26 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0025+449', 'J0027+4514' RA= 00:27:42.262766 DEC= +45:14:57.07578 RAER= 0.22 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.041, 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 617 observations" / source= '0025-128', 'J0028-1233' RA= 00:28:08.235593 DEC= -12:33:53.92429 RAER= 1.63 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0025+307', 'J0028+3103' RA= 00:28:10.726548 DEC= +31:03:48.08862 RAER= 1.23 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0025+748', 'J0028+7506' RA= 00:28:13.054228 DEC= +75:06:13.04719 RAER= 1.25 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.049, 8.4, 0.091, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0025+289', 'J0028+2914' RA= 00:28:17.105443 DEC= +29:14:27.90555 RAER= 8.32 DECER= 12.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0025+210', 'J0028+2117' RA= 00:28:26.706627 DEC= +21:17:27.83093 RAER= 0.34 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.050, 8.4, 0.077, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0025+482', 'J0028+4829' RA= 00:28:27.503983 DEC= +48:29:23.68059 RAER= 0.52 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.032, 8.4, 0.054, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0025-298', 'J0028-2934' RA= 00:28:29.088980 DEC= -29:34:35.30401 RAER= 13.69 DECER= 29.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0025+197', 'J0028+2000' RA= 00:28:29.818478 DEC= +20:00:26.74398 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.207, 8.4, 0.344, 0.303 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11204 observations" / source= '0025+168', 'J0028+1707' RA= 00:28:30.059948 DEC= +17:07:44.67654 RAER= 0.72 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0025-131', 'J0028-1250' RA= 00:28:31.767144 DEC= -12:50:53.36953 RAER= 0.37 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.087, 8.4, 0.079, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0025+238', 'J0028+2408' RA= 00:28:34.210369 DEC= +24:08:08.06403 RAER= 0.38 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.048, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0026-710', 'J0028-7045' RA= 00:28:41.562937 DEC= -70:45:15.92728 RAER= 1.44 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0026+076', 'J0028+0757' RA= 00:28:45.990335 DEC= +07:57:59.30452 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.054, 5.0, 0.159, 0.067, 8.4, 0.111, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0026-040', 'J0028-0344' RA= 00:28:47.435429 DEC= -03:44:35.26240 RAER= 0.89 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0026+081', 'J0028+0828' RA= 00:28:53.681136 DEC= +08:28:26.88618 RAER= 0.35 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.049, 8.4, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0026-015', 'J0029-0113' RA= 00:29:00.986035 DEC= -01:13:41.75932 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.092, 8.4, 0.187, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 668 observations" / source= '0026+048', 'J0029+0509' RA= 00:29:03.592187 DEC= +05:09:34.86713 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.114, 8.4, 0.195, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 731 observations" / source= '0026+423', 'J0029+4235' RA= 00:29:10.681454 DEC= +42:35:12.41294 RAER= 0.53 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.050, 8.4, 0.076, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0026+056', 'J0029+055A' RA= 00:29:13.623181 DEC= +05:54:30.22043 RAER= 0.57 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.052, 8.4, 0.040, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0026+346', 'J0029+3456' RA= 00:29:14.242392 DEC= +34:56:32.24635 RAER= 0.21 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.510, 0.275, 5.0, 1.295, 0.099, 8.4, 0.784, 0.044, 15.2, 0.475, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '0026+143', 'J0029+1439' RA= 00:29:19.850384 DEC= +14:39:10.92497 RAER= 2.61 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0026-114', 'J0029-1111' RA= 00:29:22.699644 DEC= -11:11:51.01587 RAER= 14.57 DECER= 21.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0026+607', 'J0029+6100' RA= 00:29:25.647662 DEC= +61:00:43.68812 RAER= 13.59 DECER= 10.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0026+487', 'J0029+4858' RA= 00:29:26.393832 DEC= +48:58:45.44256 RAER= 1.91 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0026+199', 'J0029+2013' RA= 00:29:30.530074 DEC= +20:13:21.48974 RAER= 1.29 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.020, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0026+324', 'J0029+3244' RA= 00:29:33.014141 DEC= +32:44:50.79291 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.218, 0.117, 8.4, 0.115, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 232 observations" / source= '0027-049', 'J0029-0440' RA= 00:29:37.587335 DEC= -04:40:20.39714 RAER= 0.76 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0027+056', 'J0029+0554' RA= 00:29:45.896317 DEC= +05:54:40.71222 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.241, 8.4, 0.463, 0.364, 15.2, 0.506, 0.359 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '0027+004', 'J0029+0044' RA= 00:29:48.549801 DEC= +00:44:47.57896 RAER= 3.60 DECER= 5.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0027+137', 'J0029+1402' RA= 00:29:50.703785 DEC= +14:02:13.94070 RAER= 0.46 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.033, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0027-002', 'J0030-0000' RA= 00:30:07.888472 DEC= -00:00:07.26596 RAER= 1.02 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0027+05A', 'J0030+0555' RA= 00:30:12.267013 DEC= +05:55:26.91013 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.032, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '0027+703', 'J0030+7037' RA= 00:30:14.412957 DEC= +70:37:40.06098 RAER= 0.34 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.307, 5.0, 0.541, 0.245, 8.4, 0.514, 0.296 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1715 observations" / source= '0027+001', 'J0030+0024' RA= 00:30:16.955808 DEC= +00:24:33.31542 RAER= 0.97 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0027-426', 'J0030-4224' RA= 00:30:17.492660 DEC= -42:24:46.48326 RAER= 0.26 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.302, 0.211, 8.4, 0.336, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0027+377', 'J0030+3804' RA= 00:30:18.614348 DEC= +38:04:01.00448 RAER= 0.55 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0027-170', 'J0030-1647' RA= 00:30:20.447856 DEC= -16:47:13.09613 RAER= 0.40 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0027+282', 'J0030+2833' RA= 00:30:28.752268 DEC= +28:33:36.61657 RAER= 1.09 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.010, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0028-262', 'J0030-2556' RA= 00:30:29.585843 DEC= -25:56:19.77096 RAER= 0.79 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.037, 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0027-024', 'J0030-0211' RA= 00:30:31.823742 DEC= -02:11:56.13283 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.234, 8.4, 0.251, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '0027+184', 'J0030+1846' RA= 00:30:32.806637 DEC= +18:46:29.26011 RAER= 0.73 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0027+419', 'J0030+4211' RA= 00:30:35.160771 DEC= +42:11:27.94711 RAER= 1.51 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0028+168', 'J0030+1705' RA= 00:30:37.041140 DEC= +17:05:12.10828 RAER= 1.65 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0027+484', 'J0030+4842' RA= 00:30:43.294749 DEC= +48:42:14.57694 RAER= 1.55 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0027+587', 'J0030+5904' RA= 00:30:43.454227 DEC= +59:04:19.69980 RAER= 0.38 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.075, 8.4, 0.077, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 291 observations" / source= '0028-017', 'J0030-0128' RA= 00:30:55.268430 DEC= -01:28:31.24847 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.050, 8.4, 0.061, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 314 observations" / source= '0028+543', 'J0030+5435' RA= 00:30:56.257808 DEC= +54:35:54.94001 RAER= 1.95 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0028+537', 'J0031+5401' RA= 00:31:01.750612 DEC= +54:01:50.52385 RAER= 0.51 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.317, 0.010, 8.4, 0.193, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '0028+53A', 'J0031+540A' RA= 00:31:01.756558 DEC= +54:01:50.65835 RAER= 0.52 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations. No flux information" / source= '0028-137', 'J0031-1326' RA= 00:31:03.224509 DEC= -13:26:58.62281 RAER= 0.20 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.042, 5.0, 0.061, 0.046, 8.4, 0.048, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0028+071', 'J0031+0724' RA= 00:31:19.709748 DEC= +07:24:53.55739 RAER= 0.44 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0028-396', 'J0031-3922' RA= 00:31:24.331492 DEC= -39:22:49.36899 RAER= 0.34 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.063, 8.4, 0.082, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '0028+148', 'J0031+1507' RA= 00:31:26.801156 DEC= +15:07:39.50411 RAER= 0.42 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.089, 8.4, 0.072, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0028-116', 'J0031-1124' RA= 00:31:26.850779 DEC= -11:24:42.00208 RAER= 1.20 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0029-414', 'J0031-4108' RA= 00:31:28.060260 DEC= -41:08:15.88354 RAER= 0.43 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.195, 0.115, 8.4, 0.139, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0028+162', 'J0031+1632' RA= 00:31:28.903040 DEC= +16:32:35.41806 RAER= 6.42 DECER= 5.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0029-154', 'J0031-1513' RA= 00:31:41.788490 DEC= -15:13:25.53487 RAER= 2.74 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0029+216', 'J0031+2153' RA= 00:31:47.633235 DEC= +21:53:46.49228 RAER= 7.24 DECER= 12.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0029-315', 'J0031-3114' RA= 00:31:52.774302 DEC= -31:14:40.52535 RAER= 1.30 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0029-147', 'J0031-1426' RA= 00:31:56.411789 DEC= -14:26:19.34417 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.126, 8.4, 0.139, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '0029-091', 'J0032-0851' RA= 00:32:00.983967 DEC= -08:51:37.45960 RAER= 2.53 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0029-159', 'J0032-1541' RA= 00:32:07.431325 DEC= -15:41:33.18019 RAER= 0.30 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.040, 8.4, 0.052, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0029-556', 'J0032-5522' RA= 00:32:10.919083 DEC= -55:22:27.96208 RAER= 25.76 DECER= 11.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0029+398', 'J0032+4007' RA= 00:32:16.221763 DEC= +40:07:11.85900 RAER= 1.85 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0029+416', 'J0032+4152' RA= 00:32:21.413981 DEC= +41:52:55.83234 RAER= 0.72 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.050, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0029-028', 'J0032-0232' RA= 00:32:29.675670 DEC= -02:32:19.53445 RAER= 0.61 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.028, 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0029+372', 'J0032+3731' RA= 00:32:30.938762 DEC= +37:31:22.46363 RAER= 0.75 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.053, 8.4, 0.055, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0030-290', 'J0032-2849' RA= 00:32:33.096982 DEC= -28:49:20.39229 RAER= 0.62 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.035, 8.4, 0.055, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0030+196', 'J0032+1953' RA= 00:32:38.338175 DEC= +19:53:53.77596 RAER= 0.63 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.509, 0.093, 8.4, 0.065, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '0030-297', 'J0032-2931' RA= 00:32:46.189019 DEC= -29:31:11.00077 RAER= 5.86 DECER= 10.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0030+471', 'J0032+4726' RA= 00:32:46.340422 DEC= +47:26:51.08748 RAER= 0.46 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.057, 8.4, 0.064, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0030+060', 'J0032+0619' RA= 00:32:53.882445 DEC= +06:19:11.25910 RAER= 6.08 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0030+146', 'J0032+1456' RA= 00:32:56.627370 DEC= +14:56:37.47393 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.064, 8.4, 0.081, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0030-348', 'J0032-3433' RA= 00:32:58.486894 DEC= -34:33:51.60136 RAER= 2.99 DECER= 8.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0030+254', 'J0032+2543' RA= 00:32:58.634747 DEC= +25:43:46.67424 RAER= 1.36 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0030+048', 'J0032+0510' RA= 00:32:59.267801 DEC= +05:10:01.50424 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.039, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0030+226', 'J0033+2255' RA= 00:33:02.677439 DEC= +22:55:25.22426 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.008, 8.4, 0.051, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0030-047', 'J0033-0429' RA= 00:33:06.973353 DEC= -04:29:32.56247 RAER= 2.07 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0030-272', 'J0033-2701' RA= 00:33:09.164910 DEC= -27:01:49.11665 RAER= 0.78 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.039, 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0030+033', 'J0033+0335' RA= 00:33:12.887767 DEC= +03:35:50.16307 RAER= 0.61 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.011, 8.4, 0.028, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0031-171', 'J0033-1650' RA= 00:33:32.380511 DEC= -16:50:15.97748 RAER= 4.14 DECER= 6.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0031-196', 'J0033-1921' RA= 00:33:34.380186 DEC= -19:21:33.13230 RAER= 0.40 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0031-040', 'J0033-0345' RA= 00:33:35.922406 DEC= -03:45:31.51306 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.034, 5.0, 0.082, 0.072, 8.4, 0.067, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '0031+357', 'J0033+3600' RA= 00:33:44.859212 DEC= +36:00:37.28972 RAER= 0.92 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0031+489', 'J0033+4911' RA= 00:33:47.330372 DEC= +49:11:01.40750 RAER= 1.51 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.034, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0031-428', 'J0033-4236' RA= 00:33:47.941393 DEC= -42:36:14.06785 RAER= 1.81 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0031+399', 'J0033+4014' RA= 00:33:50.088391 DEC= +40:14:12.63339 RAER= 0.89 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.057, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0031-254', 'J0033-2511' RA= 00:33:54.074939 DEC= -25:11:45.00047 RAER= 1.06 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.028, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0031-657', 'J0033-6526' RA= 00:33:58.475057 DEC= -65:26:15.80006 RAER= 7.16 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0031-345', 'J0033-3416' RA= 00:33:59.785825 DEC= -34:16:37.55514 RAER= 0.75 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0031+387', 'J0034+3900' RA= 00:34:02.396962 DEC= +39:00:37.51016 RAER= 0.36 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0031-415', 'J0034-4116' RA= 00:34:04.408883 DEC= -41:16:19.47276 RAER= 4.18 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0031+060', 'J0034+0620' RA= 00:34:04.839278 DEC= +06:20:30.10392 RAER= 0.56 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0030+765', 'J0034+7647' RA= 00:34:09.843879 DEC= +76:47:07.85172 RAER= 286.21 DECER= 47.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0031+211', 'J0034+2126' RA= 00:34:16.839590 DEC= +21:26:41.59854 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.089, 5.0, 0.234, 0.073, 8.4, 0.149, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '0031-300', 'J0034-2945' RA= 00:34:17.806838 DEC= -29:45:09.16703 RAER= 0.92 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.041, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0031+690', 'J0034+6920' RA= 00:34:20.371095 DEC= +69:20:03.85317 RAER= 4.32 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.018, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0031+035', 'J0034+0348' RA= 00:34:21.043111 DEC= +03:48:22.90920 RAER= 0.84 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0031-182', 'J0034-1759' RA= 00:34:24.187172 DEC= -17:59:22.37493 RAER= 0.62 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0032-019', 'J0034-0143' RA= 00:34:38.277170 DEC= -01:43:08.36736 RAER= 0.75 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0032+276', 'J0034+2754' RA= 00:34:43.486115 DEC= +27:54:25.72039 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.200, 8.4, 0.358, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 412 observations" / source= '0032+01A', 'J0034+0130' RA= 00:34:43.601220 DEC= +01:30:24.62434 RAER= 4.38 DECER= 5.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0032-011', 'J0034-0054' RA= 00:34:43.921973 DEC= -00:54:13.03497 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.055, 8.4, 0.118, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '0032-233', 'J0034-2303' RA= 00:34:54.796125 DEC= -23:03:35.26551 RAER= 0.88 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.023, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0032+369', 'J0034+3712' RA= 00:34:55.416452 DEC= +37:12:25.19795 RAER= 0.53 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.071, 8.4, 0.098, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0032+101', 'J0034+1027' RA= 00:34:56.178295 DEC= +10:27:53.64854 RAER= 0.41 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0032-188', 'J0034-1833' RA= 00:34:57.886789 DEC= -18:33:10.66595 RAER= 0.38 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.111, 8.4, 0.122, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0032-088', 'J0035-0834' RA= 00:35:03.452482 DEC= -08:34:40.10076 RAER= 3.04 DECER= 6.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0032-577', 'J0035-5726' RA= 00:35:03.467975 DEC= -57:26:07.97370 RAER= 1.08 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations. No flux information" / source= '0032-145', 'J0035-1416' RA= 00:35:04.682237 DEC= -14:16:07.91561 RAER= 0.85 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0032+178', 'J0035+1808' RA= 00:35:05.249140 DEC= +18:08:52.57187 RAER= 0.30 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.061, 8.4, 0.085, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0032-203', 'J0035-2003' RA= 00:35:08.787521 DEC= -20:03:59.11337 RAER= 3.65 DECER= 7.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0032-167', 'J0035-1627' RA= 00:35:08.999520 DEC= -16:27:50.84479 RAER= 0.99 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0032+012', 'J0035+0133' RA= 00:35:10.583740 DEC= +01:33:45.21555 RAER= 0.95 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0032+341', 'J0035+3428' RA= 00:35:12.489875 DEC= +34:28:19.66999 RAER= 0.76 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0032+007', 'J0035+0104' RA= 00:35:12.908069 DEC= +01:04:30.68009 RAER= 0.87 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0032+149', 'J0035+1515' RA= 00:35:14.724107 DEC= +15:15:04.15393 RAER= 0.32 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0032+558', 'J0035+5606' RA= 00:35:15.303537 DEC= +56:06:44.21181 RAER= 2.36 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0032+612', 'J0035+6130' RA= 00:35:25.310579 DEC= +61:30:30.76125 RAER= 0.25 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.085, 5.0, 0.095, 0.017, 8.4, 0.169, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '0032+458', 'J0035+4608' RA= 00:35:28.353120 DEC= +46:08:52.99708 RAER= 1.07 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0032+517', 'J0035+5204' RA= 00:35:28.750983 DEC= +52:04:14.86472 RAER= 1.57 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.017, 8.4, 0.027, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0032+548', 'J0035+5508' RA= 00:35:32.932549 DEC= +55:08:29.35576 RAER= 0.70 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.044, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0033-239', 'J0035-2340' RA= 00:35:42.944326 DEC= -23:40:18.15788 RAER= 0.75 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.021, 8.4, 0.060, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0033+082', 'J0035+0832' RA= 00:35:43.508186 DEC= +08:32:15.84856 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.032, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 331 observations" / source= '0033+143', 'J0035+1438' RA= 00:35:44.087898 DEC= +14:38:01.97255 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.204, 8.4, 0.200, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '0033-301', 'J0035-2954' RA= 00:35:44.786617 DEC= -29:54:28.71817 RAER= 1.35 DECER= 4.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0033-088', 'J0035-0835' RA= 00:35:46.250385 DEC= -08:35:54.04269 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.063, 8.4, 0.125, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '0033-133', 'J0035-1305' RA= 00:35:47.771843 DEC= -13:05:11.32159 RAER= 0.35 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.093, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0033-164', 'J0035-1611' RA= 00:35:48.939786 DEC= -16:11:10.84264 RAER= 0.51 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.052, 8.4, 0.048, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0033+595', 'J0035+5950' RA= 00:35:52.645123 DEC= +59:50:04.51476 RAER= 0.52 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0033+156', 'J0035+1553' RA= 00:35:55.537529 DEC= +15:53:16.45186 RAER= 7.15 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a, 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0033+437', 'J0035+4402' RA= 00:35:58.602857 DEC= +44:02:28.92655 RAER= 1.21 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.020, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0033+260', 'J0036+2618' RA= 00:36:01.250977 DEC= +26:18:54.60284 RAER= 3.80 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0033-098', 'J0036-0932' RA= 00:36:06.856212 DEC= -09:32:29.16194 RAER= 0.47 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0033+586', 'J0036+5855' RA= 00:36:07.503675 DEC= +58:55:45.96527 RAER= 0.96 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0033-286', 'J0036-2822' RA= 00:36:08.526771 DEC= -28:22:11.78912 RAER= 0.93 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0033+543', 'J0036+5435' RA= 00:36:15.596391 DEC= +54:35:19.26944 RAER= 2.07 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0033+079', 'J0036+0815' RA= 00:36:16.125076 DEC= +08:15:04.03169 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.049, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0033+098', 'J0036+1007' RA= 00:36:23.767155 DEC= +10:07:58.46648 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.335, 0.068, 8.4, 0.314, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '0033-032', 'J0036-0259' RA= 00:36:25.946710 DEC= -02:59:57.11501 RAER= 0.26 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.030, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0033+142', 'J0036+1434' RA= 00:36:35.109108 DEC= +14:34:03.61883 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.072, 8.4, 0.121, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '0034-035', 'J0036-0318' RA= 00:36:35.522265 DEC= -03:18:16.36244 RAER= 0.56 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.029, 8.4, 0.045, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0034-029', 'J0036-0240' RA= 00:36:37.560848 DEC= -02:40:03.04387 RAER= 1.02 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0034-270', 'J0036-2644' RA= 00:36:40.665055 DEC= -26:44:37.66333 RAER= 1.68 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0034+315', 'J0036+3151' RA= 00:36:48.124214 DEC= +31:51:14.39298 RAER= 0.64 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.016, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0034+182', 'J0036+1832' RA= 00:36:59.411208 DEC= +18:32:03.65561 RAER= 0.71 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0034+297', 'J0036+2958' RA= 00:36:59.820657 DEC= +29:58:56.53561 RAER= 0.57 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.047, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0034-014', 'J0037-0109' RA= 00:37:04.110876 DEC= -01:09:08.42076 RAER= 0.24 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.020, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 148 observations" / source= '0034+623', 'J0037+6236' RA= 00:37:04.331568 DEC= +62:36:33.30815 RAER= 0.38 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.014, 8.4, 0.184, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '0034+254', 'J0037+2541' RA= 00:37:05.487651 DEC= +25:41:56.33389 RAER= 1.38 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0034-236', 'J0037-2323' RA= 00:37:08.794024 DEC= -23:23:40.40018 RAER= 1.13 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0034+29A', 'J0037+3002' RA= 00:37:10.156691 DEC= +30:02:44.32609 RAER= 0.82 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.007, 8.4, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0034+626', 'J0037+6254' RA= 00:37:11.422377 DEC= +62:54:38.78592 RAER= 1.51 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0034+667', 'J0037+6701' RA= 00:37:14.242200 DEC= +67:01:27.86829 RAER= 2.11 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.079, 8.4, 0.090, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0034-220', 'J0037-2145' RA= 00:37:14.825903 DEC= -21:45:24.71424 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.145, 8.4, 0.158, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 576 observations" / source= '0034-484', 'J0037-4808' RA= 00:37:16.198116 DEC= -48:08:07.99032 RAER= 2.69 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0034+197', 'J0037+1958' RA= 00:37:18.872053 DEC= +19:58:41.85636 RAER= 0.54 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0034+259', 'J0037+2613' RA= 00:37:19.158281 DEC= +26:13:12.23595 RAER= 0.47 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.051, 8.4, 0.061, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0034+214', 'J0037+2141' RA= 00:37:23.540835 DEC= +21:41:53.12525 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.063, 5.0, 0.106, 0.061, 8.4, 0.127, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '0034+108', 'J0037+1109' RA= 00:37:26.041440 DEC= +11:09:50.92101 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.167, 8.4, 0.253, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0034+191', 'J0037+1922' RA= 00:37:28.219759 DEC= +19:22:45.54069 RAER= 0.39 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.077, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0035-340', 'J0037-3344' RA= 00:37:28.864438 DEC= -33:44:42.41433 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.105, 8.4, 0.154, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 253 observations" / source= '0034+078', 'J0037+0808' RA= 00:37:32.197177 DEC= +08:08:13.05712 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.136, 8.4, 0.249, 0.113, 15.2, 0.174, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '0035-534', 'J0037-5307' RA= 00:37:35.359685 DEC= -53:07:34.16064 RAER= 0.49 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.478, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0034+393', 'J0037+3938' RA= 00:37:36.725751 DEC= +39:38:11.79468 RAER= 0.20 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.075, 8.4, 0.084, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '0035-356', 'J0037-3523' RA= 00:37:42.891601 DEC= -35:23:36.52825 RAER= 39.83 DECER= 55.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0035+367', 'J0037+3659' RA= 00:37:46.142985 DEC= +36:59:10.88354 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.060, 8.4, 0.086, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 665 observations" / source= '0035+161', 'J0037+1625' RA= 00:37:48.929672 DEC= +16:25:17.34506 RAER= 0.34 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.024, 8.4, 0.057, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0035+123', 'J0037+1238' RA= 00:37:50.880273 DEC= +12:38:19.87967 RAER= 0.62 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.044, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0035-058', 'J0037-0533' RA= 00:37:57.283013 DEC= -05:33:21.99878 RAER= 0.73 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0035+238', 'J0037+2407' RA= 00:37:58.299787 DEC= +24:07:11.86849 RAER= 0.24 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.062, 8.4, 0.085, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '0035+548', 'J0037+5509' RA= 00:37:59.484267 DEC= +55:09:26.34288 RAER= 1.16 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0035+158', 'J0038+1606' RA= 00:38:00.200202 DEC= +16:06:38.91399 RAER= 2.76 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0035+227', 'J0038+2303' RA= 00:38:08.101399 DEC= +23:03:28.56240 RAER= 0.30 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.105, 5.0, 0.250, 0.036, 8.4, 0.231, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 204 observations" / source= '0035-000', 'J0038+0013' RA= 00:38:08.509229 DEC= +00:13:36.50610 RAER= 0.63 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0033+845', 'J0038+8447' RA= 00:38:11.861489 DEC= +84:47:27.15668 RAER= 19.79 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.051, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0035-252', 'J0038-2459' RA= 00:38:14.735500 DEC= -24:59:02.23530 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.355, 0.333, 5.0, 0.480, 0.484, 8.4, 0.648, 0.590, 15.2, 0.915, 0.697 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12110 observations" / source= '0035-016', 'J0038-0122' RA= 00:38:16.455685 DEC= -01:22:04.18749 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0035+121', 'J0038+1227' RA= 00:38:18.016584 DEC= +12:27:31.24828 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.242, 0.100, 8.4, 0.202, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '0035-024', 'J0038-0207' RA= 00:38:20.529362 DEC= -02:07:40.54692 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.213, 8.4, 0.374, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '0035-037', 'J0038-0329' RA= 00:38:20.794358 DEC= -03:29:58.96190 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.188, 8.4, 0.178, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '0035+413', 'J0038+4137' RA= 00:38:24.843588 DEC= +41:37:06.00027 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.373, 0.183, 5.0, 0.647, 0.077, 8.4, 0.328, 0.203, 15.2, 0.414, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3547 observations" / source= '0035+503', 'J0038+5035' RA= 00:38:28.413614 DEC= +50:35:25.83366 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.064, 8.4, 0.127, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '0035+186', 'J0038+1856' RA= 00:38:28.891764 DEC= +18:56:17.63160 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.059, 5.0, 0.101, 0.073, 8.4, 0.097, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '0036-216', 'J0038-2120' RA= 00:38:29.954832 DEC= -21:20:04.01946 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.567, 0.159, 8.4, 0.154, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '0036-015', 'J0038-0117' RA= 00:38:49.270187 DEC= -01:17:22.45566 RAER= 0.47 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0036-016', 'J0038-0121' RA= 00:38:52.065040 DEC= -01:21:54.61317 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, n/a, 5.0, 0.104, 0.052, 8.4, 0.084, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '0036+656', 'J0039+6556' RA= 00:39:01.628594 DEC= +65:56:16.51094 RAER= 2.80 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0036-099', 'J0039-0942' RA= 00:39:06.291663 DEC= -09:42:46.88948 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.145, 8.4, 0.146, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '0036-149', 'J0039-1441' RA= 00:39:06.522714 DEC= -14:41:54.25070 RAER= 1.64 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0036+432', 'J0039+4330' RA= 00:39:08.159494 DEC= +43:30:14.61810 RAER= 1.05 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0036-226', 'J0039-2220' RA= 00:39:08.209127 DEC= -22:20:01.48060 RAER= 0.59 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0036+309', 'J0039+3114' RA= 00:39:08.509273 DEC= +31:14:22.43976 RAER= 1.07 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0036-032', 'J0039-0257' RA= 00:39:13.402298 DEC= -02:57:07.00517 RAER= 0.34 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.070, 8.4, 0.073, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0036-191', 'J0039-1854' RA= 00:39:16.924569 DEC= -18:54:05.60834 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.094, 8.4, 0.086, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0036+030', 'J0039+0319' RA= 00:39:18.582384 DEC= +03:19:52.57843 RAER= 0.23 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '0036+158', 'J0039+1605' RA= 00:39:22.666608 DEC= +16:05:22.87861 RAER= 0.44 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0037-114', 'J0039-1111' RA= 00:39:31.588003 DEC= -11:11:02.47923 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.033, 8.4, 0.134, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '0037+139', 'J0039+1411' RA= 00:39:39.619596 DEC= +14:11:57.55660 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.191, 8.4, 0.215, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '0037-100', 'J0039-0949' RA= 00:39:39.791192 DEC= -09:49:32.44977 RAER= 0.86 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0037-132', 'J0039-1300' RA= 00:39:39.883190 DEC= -13:00:59.81270 RAER= 0.42 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.033, 8.4, 0.051, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0037+487', 'J0039+4900' RA= 00:39:46.998859 DEC= +49:00:33.17494 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.348, 0.188, 8.4, 0.196, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '0036+744', 'J0039+7443' RA= 00:39:48.760527 DEC= +74:43:24.21612 RAER= 1.41 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.213, 0.009, 8.4, 0.092, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0037+581', 'J0040+5823' RA= 00:40:02.257705 DEC= +58:23:11.38295 RAER= 2.03 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.014, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0037-593', 'J0040-5903' RA= 00:40:07.849126 DEC= -59:03:52.76470 RAER= 0.35 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.351, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '0037-127', 'J0040-1227' RA= 00:40:08.189162 DEC= -12:27:46.11098 RAER= 0.41 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.059, 8.4, 0.093, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0037-204', 'J0040-2011' RA= 00:40:12.107044 DEC= -20:11:22.03519 RAER= 1.65 DECER= 4.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0037+011', 'J0040+0125' RA= 00:40:13.525441 DEC= +01:25:46.34943 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.062, 8.4, 0.145, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '0037+405', 'J0040+4050' RA= 00:40:13.810025 DEC= +40:50:04.72652 RAER= 2.35 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0037-275', 'J0040-2719' RA= 00:40:16.413782 DEC= -27:19:11.71329 RAER= 5.08 DECER= 12.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0037-329', 'J0040-3243' RA= 00:40:17.540720 DEC= -32:43:27.82522 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.081, 8.4, 0.227, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '0037+094', 'J0040+0942' RA= 00:40:18.304189 DEC= +09:42:41.78147 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.071, 5.0, 0.179, 0.023, 8.4, 0.063, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '0037-027', 'J0040-0231' RA= 00:40:18.880095 DEC= -02:31:18.54763 RAER= 0.41 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.030, 8.4, 0.045, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0037-009', 'J0040-0040' RA= 00:40:20.311845 DEC= -00:40:33.48009 RAER= 0.84 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0037-239', 'J0040-2340' RA= 00:40:24.904938 DEC= -23:40:00.76697 RAER= 0.54 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0037-230', 'J0040-2244' RA= 00:40:26.616275 DEC= -22:44:18.48317 RAER= 0.78 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0038-326', 'J0040-3225' RA= 00:40:30.654876 DEC= -32:25:20.32884 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.092, 8.4, 0.114, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1518 observations" / source= '0038-431', 'J0040-4253' RA= 00:40:32.514680 DEC= -42:53:11.39016 RAER= 2.47 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0038-720', 'J0040-7145' RA= 00:40:47.902957 DEC= -71:45:59.61241 RAER= 20.19 DECER= 8.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0038+097', 'J0040+1003' RA= 00:40:50.538308 DEC= +10:03:26.61744 RAER= 0.36 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.044, 8.4, 0.048, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0038-020', 'J0040-0146' RA= 00:40:57.611571 DEC= -01:46:32.02580 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.589, 0.182, 8.4, 0.506, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2525 observations" / source= '0038+606', 'J0040+6054' RA= 00:40:58.175972 DEC= +60:54:06.23643 RAER= 2.03 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0038+073', 'J0041+0736' RA= 00:41:12.328994 DEC= +07:36:50.95843 RAER= 1.40 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0038+319', 'J0041+3211' RA= 00:41:15.934011 DEC= +32:11:07.56699 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.112, 8.4, 0.141, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '0038+133', 'J0041+1339' RA= 00:41:17.210960 DEC= +13:39:27.52678 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.129, 8.4, 0.095, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '0038+482', 'J0041+4830' RA= 00:41:19.154023 DEC= +48:30:07.05620 RAER= 1.80 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.019, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0038+377', 'J0041+3758' RA= 00:41:23.038823 DEC= +37:58:55.79808 RAER= 0.86 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.028, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0038-019', 'J0041-0143' RA= 00:41:26.008856 DEC= -01:43:15.68137 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.052, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 532 observations" / source= '0038+226', 'J0041+2255' RA= 00:41:29.312367 DEC= +22:55:32.43059 RAER= 0.68 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.046, 8.4, 0.048, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0038+087', 'J0041+0902' RA= 00:41:35.244832 DEC= +09:02:02.76530 RAER= 1.76 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0037+809', 'J0041+8114' RA= 00:41:36.052305 DEC= +81:14:51.12951 RAER= 6.39 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0039-164', 'J0041-1607' RA= 00:41:41.205120 DEC= -16:07:47.18083 RAER= 1.08 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0039+211', 'J0041+2124' RA= 00:41:41.447335 DEC= +21:24:10.10961 RAER= 0.23 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.030, 0.025, 5.0, 0.014, 0.011, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256 observations" / source= '0039-386', 'J0041-3820' RA= 00:41:50.531121 DEC= -38:20:10.29687 RAER= 25.93 DECER= 43.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0039+502', 'J0041+5034' RA= 00:41:55.446203 DEC= +50:34:07.05525 RAER= 0.97 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.059, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0039+247', 'J0041+2458' RA= 00:41:55.484692 DEC= +24:58:41.62860 RAER= 0.38 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.046, 8.4, 0.076, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0039-407', 'J0042-4030' RA= 00:42:01.224518 DEC= -40:30:39.74178 RAER= 0.50 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.268, 0.272 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0039+230', 'J0042+2320' RA= 00:42:04.545166 DEC= +23:20:01.06194 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.948, 0.784, 5.0, 1.030, 0.503, 8.4, 0.520, 0.205, 15.2, 0.421, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2218 observations" / source= '0039+373', 'J0042+3739' RA= 00:42:07.192262 DEC= +37:39:37.62188 RAER= 1.24 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.008, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0039+541', 'J0042+5425' RA= 00:42:07.198308 DEC= +54:25:50.31777 RAER= 0.41 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.060, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0039-445', 'J0042-4414' RA= 00:42:09.191866 DEC= -44:14:00.23499 RAER= 18.09 DECER= 43.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0039+148', 'J0042+1509' RA= 00:42:13.596483 DEC= +15:09:15.37725 RAER= 0.33 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.045, 8.4, 0.083, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0039+398', 'J0042+4009' RA= 00:42:17.430598 DEC= +40:09:48.40564 RAER= 8.54 DECER= 5.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0039+568', 'J0042+5708' RA= 00:42:19.451684 DEC= +57:08:36.58602 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.140, 0.301, 5.0, 0.986, 0.348, 8.4, 0.807, 0.333, 22.2, 0.475, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2782 observations" / source= '0040-438', 'J0042-4333' RA= 00:42:24.867321 DEC= -43:33:39.81624 RAER= 1.91 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0039-253', 'J0042-2505' RA= 00:42:27.549948 DEC= -25:05:36.63690 RAER= 0.43 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.071, 8.4, 0.079, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0039+273', 'J0042+2739' RA= 00:42:35.656474 DEC= +27:39:49.35897 RAER= 0.46 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.036, 8.4, 0.044, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0040+098', 'J0042+1009' RA= 00:42:44.371707 DEC= +10:09:49.20754 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.146, 5.0, 0.207, 0.126, 8.4, 0.215, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '0040+292', 'J0042+2931' RA= 00:42:45.653361 DEC= +29:31:25.46720 RAER= 0.74 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.021, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0040-208', 'J0042-2034' RA= 00:42:58.549438 DEC= -20:34:47.71153 RAER= 0.92 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0040-081', 'J0043-0753' RA= 00:43:00.030151 DEC= -07:53:50.15234 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0040+108', 'J0043+1105' RA= 00:43:03.907637 DEC= +11:05:29.99642 RAER= 0.57 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0040+517', 'J0043+5203' RA= 00:43:06.611247 DEC= +52:03:40.86871 RAER= 74.11 DECER= 60.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0040+172', 'J0043+1731' RA= 00:43:17.631456 DEC= +17:31:58.12973 RAER= 0.45 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.033, 8.4, 0.061, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0040+440', 'J0043+4417' RA= 00:43:18.714480 DEC= +44:17:27.44959 RAER= 18.84 DECER= 19.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0040+176', 'J0043+1753' RA= 00:43:19.259591 DEC= +17:53:06.32946 RAER= 0.39 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.061, 8.4, 0.107, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0040+285', 'J0043+2848' RA= 00:43:21.417741 DEC= +28:48:37.42860 RAER= 2.63 DECER= 4.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0040-269', 'J0043-2639' RA= 00:43:22.733718 DEC= -26:39:06.13847 RAER= 0.48 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.072, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0040-107', 'J0043-1029' RA= 00:43:25.594926 DEC= -10:29:22.81377 RAER= 17.27 DECER= 15.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0041-395', 'J0043-3914' RA= 00:43:28.184886 DEC= -39:14:15.16115 RAER= 30.04 DECER= 42.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0040+001', 'J0043+0024' RA= 00:43:32.711161 DEC= +00:24:59.84780 RAER= 1.10 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0040+221', 'J0043+2223' RA= 00:43:33.708278 DEC= +22:23:46.58883 RAER= 0.46 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0041-049', 'J0043-0443' RA= 00:43:34.122686 DEC= -04:43:00.63369 RAER= 0.35 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0040+610', 'J0043+6122' RA= 00:43:39.945144 DEC= +61:22:02.83623 RAER= 0.50 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.084, 8.4, 0.144, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0041-038', 'J0043-0331' RA= 00:43:43.247470 DEC= -03:31:43.57399 RAER= 6.09 DECER= 8.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0041-031', 'J0043-0251' RA= 00:43:45.889338 DEC= -02:51:01.48126 RAER= 0.33 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.026, 8.4, 0.083, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0041+047', 'J0043+0502' RA= 00:43:46.730678 DEC= +05:02:56.03768 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.101, 8.4, 0.123, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '0041-115', 'J0043-1116' RA= 00:43:48.666797 DEC= -11:16:07.31424 RAER= 0.32 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0041+341', 'J0043+3426' RA= 00:43:48.843118 DEC= +34:26:26.09245 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.108, 8.4, 0.130, 0.096, 15.2, 0.111, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0041-175', 'J0043-1718' RA= 00:43:50.486671 DEC= -17:18:33.79711 RAER= 0.72 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0041-287', 'J0043-2827' RA= 00:43:51.298377 DEC= -28:27:40.29540 RAER= 0.56 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.045, 8.4, 0.057, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0040+734', 'J0043+7344' RA= 00:43:58.632223 DEC= +73:44:10.13490 RAER= 2.69 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.017, 8.4, 0.064, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0041+007', 'J0044+0101' RA= 00:44:04.669562 DEC= +01:01:52.98780 RAER= 0.29 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0041+141', 'J0044+1426' RA= 00:44:08.487700 DEC= +14:26:54.46376 RAER= 0.51 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.063, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0026+892', 'J0044+8929' RA= 00:44:16.925129 DEC= +89:29:15.48418 RAER= 1670.97 DECER= 38.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0041-381', 'J0044-3752' RA= 00:44:17.045468 DEC= -37:52:59.20668 RAER= 19.16 DECER= 40.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0041+287', 'J0044+2858' RA= 00:44:21.550719 DEC= +28:58:33.81009 RAER= 0.59 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.031, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0044-846', 'J0044-8422' RA= 00:44:26.689186 DEC= -84:22:39.98734 RAER= 1.37 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.283, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '0041+390', 'J0044+3919' RA= 00:44:37.541429 DEC= +39:19:47.89169 RAER= 0.52 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.078, 8.4, 0.078, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0041+461', 'J0044+4625' RA= 00:44:37.795797 DEC= +46:25:23.90033 RAER= 0.82 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.043, 8.4, 0.036, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0042-357', 'J0044-3530' RA= 00:44:41.415887 DEC= -35:30:35.38939 RAER= 16.73 DECER= 21.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0042+186', 'J0044+1855' RA= 00:44:42.227856 DEC= +18:55:05.03460 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.099, 5.0, 0.091, 0.051, 8.4, 0.080, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0042-219', 'J0044-2139' RA= 00:44:47.446795 DEC= -21:39:30.30049 RAER= 0.91 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0041+677', 'J0044+6803' RA= 00:44:50.759609 DEC= +68:03:02.68593 RAER= 0.28 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.090, 8.4, 0.202, 0.137, 22.2, 0.234, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1994 observations" / source= '0042+101', 'J0044+1026' RA= 00:44:58.727549 DEC= +10:26:53.12408 RAER= 0.74 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0042+456', 'J0045+4555' RA= 00:45:00.034144 DEC= +45:55:15.27312 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.065, 8.4, 0.138, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '0042+162', 'J0045+1630' RA= 00:45:08.444154 DEC= +16:30:55.81711 RAER= 1.66 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0042+381', 'J0045+3823' RA= 00:45:08.475446 DEC= +38:23:16.02390 RAER= 2.90 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0042-373', 'J0045-3705' RA= 00:45:12.066084 DEC= -37:05:48.46712 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.235, 8.4, 0.292, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0042-234', 'J0045-2310' RA= 00:45:19.200970 DEC= -23:10:02.77233 RAER= 0.57 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.018, 8.4, 0.040, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0042+211', 'J0045+2127' RA= 00:45:19.298233 DEC= +21:27:40.00040 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.038, 8.4, 0.045, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 538 observations" / source= '0043-392', 'J0045-3900' RA= 00:45:30.509057 DEC= -39:00:02.92997 RAER= 0.31 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.099, 8.4, 0.114, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '0043-230', 'J0045-2243' RA= 00:45:39.597396 DEC= -22:43:55.33920 RAER= 0.25 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.062, 8.4, 0.082, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0042+672', 'J0045+6733' RA= 00:45:41.205529 DEC= +67:33:21.18199 RAER= 1.47 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0042+535', 'J0045+5348' RA= 00:45:42.170274 DEC= +53:48:09.10390 RAER= 1.93 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.005, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0043-490', 'J0045-4846' RA= 00:45:42.436342 DEC= -48:46:38.61005 RAER= 3.56 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0043+120', 'J0045+1217' RA= 00:45:43.340535 DEC= +12:17:11.80552 RAER= 0.58 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0043+251', 'J0046+2525' RA= 00:46:02.232999 DEC= +25:25:55.04324 RAER= 0.37 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.066, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0043+246', 'J0046+2456' RA= 00:46:07.825744 DEC= +24:56:32.52440 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.149, 8.4, 0.299, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0043+044', 'J0046+0443' RA= 00:46:12.559111 DEC= +04:43:29.81106 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.016, 8.4, 0.040, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '0043-268', 'J0046-2631' RA= 00:46:13.776140 DEC= -26:31:54.45377 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.098, 8.4, 0.125, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '0043+225', 'J0046+2249' RA= 00:46:20.272325 DEC= +22:49:43.36252 RAER= 0.58 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0043+071', 'J0046+0723' RA= 00:46:25.052470 DEC= +07:23:39.12562 RAER= 0.29 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.037, 8.4, 0.056, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '0043+201', 'J0046+2028' RA= 00:46:29.327807 DEC= +20:28:04.74746 RAER= 0.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0044-066', 'J0046-0619' RA= 00:46:36.754376 DEC= -06:19:47.39582 RAER= 0.84 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.022, 8.4, 0.034, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0044+203', 'J0046+2035' RA= 00:46:39.655748 DEC= +20:35:41.42304 RAER= 0.65 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0043+621', 'J0046+6225' RA= 00:46:40.038367 DEC= +62:25:39.64749 RAER= 2.82 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0044+107', 'J0046+1102' RA= 00:46:41.430587 DEC= +11:02:52.60019 RAER= 18.65 DECER= 10.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0044-056', 'J0046-0522' RA= 00:46:44.508660 DEC= -05:22:00.49245 RAER= 4.79 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0044+387', 'J0046+3900' RA= 00:46:47.578256 DEC= +39:00:47.14800 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.172, 8.4, 0.141, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 783 observations" / source= '0043+680', 'J0046+6816' RA= 00:46:48.133778 DEC= +68:16:24.51929 RAER= 59.29 DECER= 23.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0044+239', 'J0046+2412' RA= 00:46:48.272213 DEC= +24:12:06.36761 RAER= 1.46 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0043+625', 'J0046+6246' RA= 00:46:55.226926 DEC= +62:46:57.35605 RAER= 1.59 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0044-178', 'J0047-1735' RA= 00:47:00.261281 DEC= -17:35:08.85812 RAER= 0.57 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0044+566', 'J0047+5657' RA= 00:47:00.428843 DEC= +56:57:42.39448 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.218, 8.4, 0.199, 0.140, 15.2, 0.177, 0.131, 22.2, 0.183, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2119 observations" / source= '0044+030', 'J0047+0319' RA= 00:47:05.918731 DEC= +03:19:54.78570 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.045, 8.4, 0.215, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2738 observations" / source= '0044+124', 'J0047+1244' RA= 00:47:06.877370 DEC= +12:44:51.62404 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.061, 8.4, 0.064, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0044-098', 'J0047-0932' RA= 00:47:08.547451 DEC= -09:32:10.08863 RAER= 0.72 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.038, 8.4, 0.063, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0044+200', 'J0047+2017' RA= 00:47:09.802123 DEC= +20:17:29.41492 RAER= 0.38 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.032, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0044+085', 'J0047+0847' RA= 00:47:15.180198 DEC= +08:47:34.80092 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.037, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 232 observations" / source= '0044+168', 'J0047+1705' RA= 00:47:17.445156 DEC= +17:05:03.64827 RAER= 0.63 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.031, 8.4, 0.042, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0044+580', 'J0047+5819' RA= 00:47:19.482898 DEC= +58:19:13.38963 RAER= 2.12 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0044-138', 'J0047-1333' RA= 00:47:19.540853 DEC= -13:33:19.78280 RAER= 0.81 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0045-255', 'J0047-2517' RA= 00:47:33.199040 DEC= -25:17:17.55373 RAER= 9.21 DECER= 18.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0044+249', 'J0047+2512' RA= 00:47:34.156243 DEC= +25:12:52.38460 RAER= 3.92 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0046-757', 'J0047-7530' RA= 00:47:40.812089 DEC= -75:30:11.36411 RAER= 1.12 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0045+243', 'J0047+2435' RA= 00:47:43.871366 DEC= +24:35:15.99391 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.110, 8.4, 0.186, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 529 observations" / source= '0045-124', 'J0047-1210' RA= 00:47:44.349540 DEC= -12:10:27.95167 RAER= 16.14 DECER= 13.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0047-832', 'J0047-8256' RA= 00:47:51.475776 DEC= -82:56:49.39117 RAER= 5.42 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0044+545', 'J0047+5447' RA= 00:47:52.038592 DEC= +54:47:45.90598 RAER= 1.35 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0045-209', 'J0047-2037' RA= 00:47:52.967478 DEC= -20:37:54.90270 RAER= 2.31 DECER= 5.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0045+157', 'J0047+1601' RA= 00:47:54.045316 DEC= +16:01:27.71416 RAER= 0.67 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0045+395', 'J0047+3948' RA= 00:47:55.223758 DEC= +39:48:57.61354 RAER= 2.50 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0045+462', 'J0047+4634' RA= 00:47:55.931676 DEC= +46:34:08.81537 RAER= 1.07 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.018, 8.4, 0.040, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0045+481', 'J0048+4825' RA= 00:48:01.105638 DEC= +48:25:50.92342 RAER= 1.37 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.065, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0045+393', 'J0048+3937' RA= 00:48:02.055532 DEC= +39:37:26.76180 RAER= 0.43 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.027, 8.4, 0.045, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0045+223', 'J0048+2235' RA= 00:48:02.616640 DEC= +22:35:24.12045 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.083, 8.4, 0.182, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0045+514', 'J0048+5144' RA= 00:48:05.563805 DEC= +51:44:53.95550 RAER= 1.86 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.013, 8.4, 0.027, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0045-189', 'J0048-1838' RA= 00:48:07.543489 DEC= -18:38:42.63312 RAER= 16.26 DECER= 20.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0045-000', 'J0048+0014' RA= 00:48:19.121886 DEC= +00:14:57.13807 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.011, 8.4, 0.051, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '0045-259', 'J0048-2540' RA= 00:48:20.345299 DEC= -25:40:19.20327 RAER= 0.67 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0045+608', 'J0048+6106' RA= 00:48:22.479729 DEC= +61:06:38.88931 RAER= 6.05 DECER= 8.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0045+079', 'J0048+0810' RA= 00:48:23.577647 DEC= +08:10:51.14405 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.007, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0046-189', 'J0048-1837' RA= 00:48:34.060671 DEC= -18:37:40.19450 RAER= 1.32 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.007, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0045+681', 'J0048+6826' RA= 00:48:35.980679 DEC= +68:26:27.10557 RAER= 2.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.124, 8.4, 0.085, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0046-247', 'J0048-2426' RA= 00:48:36.980329 DEC= -24:26:53.57944 RAER= 0.38 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.046, 8.4, 0.046, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0046+119', 'J0048+1213' RA= 00:48:38.999467 DEC= +12:13:50.48653 RAER= 0.50 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.043, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0046-300', 'J0048-2947' RA= 00:48:39.410699 DEC= -29:47:18.02106 RAER= 20.37 DECER= 33.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0045+582', 'J0048+5831' RA= 00:48:44.978973 DEC= +58:31:15.73713 RAER= 1.58 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.016, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0046+183', 'J0048+1838' RA= 00:48:46.720084 DEC= +18:38:24.13249 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.036, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0046+316', 'J0048+3157' RA= 00:48:47.141489 DEC= +31:57:25.08473 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.090, 8.4, 0.333, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3996 observations" / source= '0045+621', 'J0048+6224' RA= 00:48:51.314701 DEC= +62:24:29.62373 RAER= 5.73 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0046-228', 'J0048-2233' RA= 00:48:57.004213 DEC= -22:33:07.62350 RAER= 2.02 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0046-067', 'J0048-0628' RA= 00:48:58.047724 DEC= -06:28:31.27121 RAER= 0.81 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0046+063', 'J0048+0640' RA= 00:48:58.723123 DEC= +06:40:06.47327 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.166, 8.4, 0.127, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '0046+226', 'J0049+2253' RA= 00:49:01.371079 DEC= +22:53:15.46728 RAER= 0.44 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.057, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0046-452', 'J0049-4457' RA= 00:49:16.624077 DEC= -44:57:11.16448 RAER= 1.67 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.283, 0.241 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0046-315', 'J0049-3116' RA= 00:49:22.900851 DEC= -31:16:27.32389 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.125, 8.4, 0.107, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 498 observations" / source= '0047-254', 'J0049-2509' RA= 00:49:33.742659 DEC= -25:09:34.33112 RAER= 3.18 DECER= 7.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0046+511', 'J0049+5128' RA= 00:49:37.991213 DEC= +51:28:13.69224 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.207, 8.4, 0.253, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1154 observations" / source= '0047-421', 'J0049-4151' RA= 00:49:38.946625 DEC= -41:51:37.51914 RAER= 22.29 DECER= 11.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0047+023', 'J0049+0237' RA= 00:49:43.235940 DEC= +02:37:03.77845 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.108, 8.4, 0.260, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5635 observations" / source= '0047-543', 'J0049-5402' RA= 00:49:48.862435 DEC= -54:02:43.59737 RAER= 1.04 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '0047+274', 'J0049+2744' RA= 00:49:50.888882 DEC= +27:44:59.21052 RAER= 0.65 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0047-103', 'J0049-1006' RA= 00:49:54.105862 DEC= -10:06:14.67156 RAER= 2.82 DECER= 6.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0047-579', 'J0049-5738' RA= 00:49:59.473022 DEC= -57:38:27.33995 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.470, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0047-144', 'J0050-1412' RA= 00:50:07.361607 DEC= -14:12:16.61324 RAER= 1.13 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0047+326', 'J0050+3255' RA= 00:50:14.812519 DEC= +32:55:23.32488 RAER= 0.76 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.034, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0047-331', 'J0050-3252' RA= 00:50:15.695308 DEC= -32:52:44.75677 RAER= 0.75 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.044, 8.4, 0.052, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0047-051', 'J0050-0452' RA= 00:50:21.534791 DEC= -04:52:20.59501 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.247, 8.4, 0.344, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '0047-122', 'J0050-1201' RA= 00:50:25.577766 DEC= -12:01:10.42387 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.047, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0048-309', 'J0050-3040' RA= 00:50:26.936890 DEC= -30:40:02.26377 RAER= 1.92 DECER= 7.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.112, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0048+103', 'J0050+1036' RA= 00:50:40.775550 DEC= +10:36:01.06382 RAER= 0.98 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0048-259', 'J0050-2541' RA= 00:50:40.950009 DEC= -25:41:23.11524 RAER= 2.14 DECER= 7.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0048-097', 'J0050-0929' RA= 00:50:41.317383 DEC= -09:29:05.21036 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.596, 0.495, 5.0, 0.494, 0.458, 8.4, 0.638, 0.559, 15.2, 0.732, 0.686 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64620 observations" / source= '0048-123', 'J0050-1206' RA= 00:50:43.168657 DEC= -12:06:28.51085 RAER= 0.79 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0048-218', 'J0050-2135' RA= 00:50:46.498006 DEC= -21:35:13.73239 RAER= 0.69 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0048-447', 'J0050-4428' RA= 00:50:51.996145 DEC= -44:28:38.12357 RAER= 7.19 DECER= 23.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0048-233', 'J0050-2306' RA= 00:50:53.026327 DEC= -23:06:54.73302 RAER= 5.71 DECER= 17.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0048-071', 'J0051-0650' RA= 00:51:08.209822 DEC= -06:50:02.22944 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.631, 0.300, 5.0, 0.672, 0.404, 8.4, 0.713, 0.481, 15.2, 1.078, 0.884 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1260 observations" / source= '0048-427', 'J0051-4226' RA= 00:51:09.501818 DEC= -42:26:33.29336 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.718, 0.619, 8.4, 0.636, 0.437 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5718 observations" / source= '0048+643', 'J0051+6437' RA= 00:51:12.860953 DEC= +64:37:25.64901 RAER= 7.66 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0049-629', 'J0051-6242' RA= 00:51:16.646304 DEC= -62:42:04.41138 RAER= 2.28 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0048-126', 'J0051-1221' RA= 00:51:20.258744 DEC= -12:21:20.60427 RAER= 1.30 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0049-113', 'J0051-1103' RA= 00:51:34.843717 DEC= -11:03:38.58653 RAER= 0.76 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0048+447', 'J0051+4459' RA= 00:51:36.473745 DEC= +44:59:35.95855 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.252, 8.4, 0.196, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '0049-111', 'J0051-1052' RA= 00:51:40.747360 DEC= -10:52:58.24555 RAER= 0.55 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.088, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0049+175', 'J0051+1747' RA= 00:51:47.155760 DEC= +17:47:10.87314 RAER= 2.16 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.006, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0049+510', 'J0051+5120' RA= 00:51:52.174089 DEC= +51:20:43.74435 RAER= 1.96 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0049-336', 'J0051-3325' RA= 00:51:57.181421 DEC= -33:25:03.14519 RAER= 3.22 DECER= 7.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0049+041', 'J0051+0427' RA= 00:51:58.993559 DEC= +04:27:40.13259 RAER= 0.66 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.015, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0049-132', 'J0052-1301' RA= 00:52:02.502051 DEC= -13:01:18.86012 RAER= 6.84 DECER= 11.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0049+003', 'J0052+0035' RA= 00:52:05.569005 DEC= +00:35:38.14887 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.059, 8.4, 0.085, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '0049-165', 'J0052-1617' RA= 00:52:15.012710 DEC= -16:17:16.16683 RAER= 0.54 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.039, 8.4, 0.049, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0049+379', 'J0052+3815' RA= 00:52:16.954579 DEC= +38:15:29.59349 RAER= 1.55 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.007, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0049-251', 'J0052-2454' RA= 00:52:17.371528 DEC= -24:54:51.39858 RAER= 1.06 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.030, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0049-180', 'J0052-1746' RA= 00:52:18.017283 DEC= -17:46:48.05785 RAER= 1.04 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0050-387', 'J0052-3829' RA= 00:52:22.847338 DEC= -38:29:50.30696 RAER= 1.15 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.049, 8.4, 0.068, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0049+463', 'J0052+4635' RA= 00:52:23.819343 DEC= +46:35:04.77472 RAER= 0.82 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.023, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0049+437', 'J0052+4402' RA= 00:52:27.825863 DEC= +44:02:54.51619 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.092, 8.4, 0.243, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '0046+861', 'J0052+8627' RA= 00:52:32.856594 DEC= +86:27:44.25225 RAER= 2.01 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.191, 8.4, 0.177, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1117 observations" / source= '0049+290', 'J0052+2921' RA= 00:52:34.448595 DEC= +29:21:03.87998 RAER= 0.28 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.113, 8.4, 0.090, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0049+162', 'J0052+1633' RA= 00:52:36.164412 DEC= +16:33:00.44240 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, n/a, 5.0, 0.179, 0.111, 8.4, 0.137, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '0050-222', 'J0052-2155' RA= 00:52:42.839305 DEC= -21:55:46.64787 RAER= 2.20 DECER= 6.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.012, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0049+470', 'J0052+4721' RA= 00:52:44.206471 DEC= +47:21:58.70947 RAER= 0.66 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.021, 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0050+135', 'J0052+1349' RA= 00:52:46.003162 DEC= +13:49:47.01961 RAER= 0.73 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.023, 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0050-287', 'J0052-2825' RA= 00:52:52.556388 DEC= -28:25:54.18507 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.193, 8.4, 0.158, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '0050+153', 'J0052+1538' RA= 00:52:52.560711 DEC= +15:38:23.73825 RAER= 0.76 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0049+567', 'J0052+5703' RA= 00:52:54.303812 DEC= +57:03:31.45264 RAER= 2.72 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0050+548', 'J0053+5504' RA= 00:53:07.847139 DEC= +55:04:57.95345 RAER= 4.45 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0050+470', 'J0053+4720' RA= 00:53:21.409502 DEC= +47:20:56.85911 RAER= 0.89 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0049+737', 'J0053+7402' RA= 00:53:25.323087 DEC= +74:02:53.02094 RAER= 12.61 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0051-218', 'J0053-2136' RA= 00:53:31.756421 DEC= -21:36:27.72624 RAER= 0.96 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0051-077', 'J0053-0727' RA= 00:53:36.515702 DEC= -07:27:29.62145 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.093, 8.4, 0.138, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '0050+341', 'J0053+3423' RA= 00:53:40.827024 DEC= +34:23:28.52502 RAER= 0.71 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.007, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0051+291', 'J0053+2925' RA= 00:53:44.323484 DEC= +29:25:07.10003 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.080, 8.4, 0.306, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 683 observations" / source= '0051+345', 'J0053+3450' RA= 00:53:53.255971 DEC= +34:50:58.10250 RAER= 0.61 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.075, 8.4, 0.078, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0051-308', 'J0053-3035' RA= 00:53:55.120677 DEC= -30:35:58.37832 RAER= 0.65 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.028, 8.4, 0.036, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0052-758', 'J0054-7534' RA= 00:54:05.813156 DEC= -75:34:03.63103 RAER= 0.93 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '0051+384', 'J0054+3842' RA= 00:54:13.756243 DEC= +38:42:14.28194 RAER= 0.67 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.034, 8.4, 0.062, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0051+679', 'J0054+6811' RA= 00:54:17.621738 DEC= +68:11:11.17599 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.096, 8.4, 0.243, 0.175, 22.2, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 661 observations" / source= '0051+706', 'J0054+7053' RA= 00:54:17.685045 DEC= +70:53:56.61799 RAER= 0.40 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.171, 8.4, 0.262, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '0051+153', 'J0054+1534' RA= 00:54:21.755414 DEC= +15:34:27.28484 RAER= 1.74 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, n/a, 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0051+336', 'J0054+3353' RA= 00:54:23.126209 DEC= +33:53:34.87550 RAER= 0.53 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.026, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0052-346', 'J0054-3419' RA= 00:54:27.907730 DEC= -34:19:49.34990 RAER= 5.72 DECER= 16.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0052-241', 'J0054-2351' RA= 00:54:29.836800 DEC= -23:51:32.45625 RAER= 8.70 DECER= 17.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0052-201', 'J0054-1953' RA= 00:54:32.948471 DEC= -19:53:01.00216 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.076, 8.4, 0.166, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '0051+491', 'J0054+4922' RA= 00:54:34.336508 DEC= +49:22:22.30519 RAER= 1.34 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0051+255', 'J0054+2550' RA= 00:54:36.085314 DEC= +25:50:04.32698 RAER= 0.42 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.094, 8.4, 0.100, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0052+298', 'J0054+3006' RA= 00:54:45.885790 DEC= +30:06:58.34432 RAER= 1.09 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.021, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0052-251', 'J0054-2455' RA= 00:54:46.759429 DEC= -24:55:29.21847 RAER= 0.88 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '0052-372', 'J0054-3701' RA= 00:54:46.920021 DEC= -37:01:43.99628 RAER= 1.54 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0052+406', 'J0054+4055' RA= 00:54:48.706849 DEC= +40:55:39.37043 RAER= 0.85 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0052-048', 'J0054-0437' RA= 00:54:52.622707 DEC= -04:37:03.30911 RAER= 0.39 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0052+328', 'J0054+3310' RA= 00:54:59.696330 DEC= +33:10:07.72010 RAER= 0.81 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0052+358', 'J0055+3608' RA= 00:55:02.009806 DEC= +36:08:57.37194 RAER= 0.95 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.014, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0052+138', 'J0055+1408' RA= 00:55:03.522671 DEC= +14:08:06.53878 RAER= 0.30 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.071, 8.4, 0.080, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0052+604', 'J0055+6043' RA= 00:55:05.967812 DEC= +60:43:19.54540 RAER= 0.68 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0052+076', 'J0055+0755' RA= 00:55:06.795285 DEC= +07:55:25.37518 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.088, 8.4, 0.073, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0052+020', 'J0055+0218' RA= 00:55:08.968514 DEC= +02:18:53.58213 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.021, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0052-416', 'J0055-4125' RA= 00:55:09.769653 DEC= -41:25:02.63626 RAER= 0.59 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0052-160', 'J0055-1543' RA= 00:55:11.277142 DEC= -15:43:48.25236 RAER= 1.08 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0052-125', 'J0055-1217' RA= 00:55:11.782585 DEC= -12:17:57.09753 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.136, 5.0, 0.167, 0.086, 8.4, 0.175, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '0052+044', 'J0055+0444' RA= 00:55:18.230260 DEC= +04:44:08.48319 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.037, 8.4, 0.041, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '0052+246', 'J0055+2457' RA= 00:55:19.332476 DEC= +24:57:00.39297 RAER= 1.08 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0053-220', 'J0055-2148' RA= 00:55:33.937858 DEC= -21:48:23.13598 RAER= 2.20 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0053+286', 'J0055+2855' RA= 00:55:44.006615 DEC= +28:55:03.26419 RAER= 0.57 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.037, 8.4, 0.065, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0053-376', 'J0055-3724' RA= 00:55:46.559655 DEC= -37:24:27.55360 RAER= 4.31 DECER= 7.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0053-130', 'J0055-1245' RA= 00:55:49.433251 DEC= -12:45:10.71247 RAER= 2.20 DECER= 4.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.047, 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0052+681', 'J0056+6822' RA= 00:56:01.122226 DEC= +68:22:30.13905 RAER= 7.88 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0053+473', 'J0056+4734' RA= 00:56:09.813468 DEC= +47:34:39.80636 RAER= 1.87 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0054-713', 'J0056-7107' RA= 00:56:11.323424 DEC= -71:07:07.47231 RAER= 11.01 DECER= 4.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0053+134', 'J0056+1341' RA= 00:56:14.816024 DEC= +13:41:15.75528 RAER= 0.24 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044, 8.4, 0.053, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0053+276', 'J0056+2753' RA= 00:56:17.729990 DEC= +27:53:49.76678 RAER= 1.28 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0053-098', 'J0056-0936' RA= 00:56:20.080508 DEC= -09:36:29.85244 RAER= 0.39 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0053-399', 'J0056-3941' RA= 00:56:20.114387 DEC= -39:41:44.40550 RAER= 0.93 DECER= 4.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0054-535', 'J0056-5318' RA= 00:56:21.302843 DEC= -53:18:47.24621 RAER= 4.01 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0053+314', 'J0056+3142' RA= 00:56:22.612309 DEC= +31:42:09.20308 RAER= 0.44 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.032, 5.0, 0.068, 0.034, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '0053-015', 'J0056-0115' RA= 00:56:25.590282 DEC= -01:15:44.93382 RAER= 0.38 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0054-277', 'J0056-2729' RA= 00:56:30.093310 DEC= -27:29:49.97470 RAER= 10.13 DECER= 19.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0054-215', 'J0056-2117' RA= 00:56:32.275514 DEC= -21:17:08.12285 RAER= 0.68 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0053+480', 'J0056+4819' RA= 00:56:33.343273 DEC= +48:19:04.83742 RAER= 1.12 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.019, 8.4, 0.026, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0054-451', 'J0056-4451' RA= 00:56:45.853077 DEC= -44:51:02.14228 RAER= 1.96 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0054-157', 'J0056-1527' RA= 00:56:48.641887 DEC= -15:27:20.16434 RAER= 1.47 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0054+128', 'J0056+1307' RA= 00:56:53.818293 DEC= +13:07:10.30492 RAER= 0.62 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0054+262', 'J0056+2631' RA= 00:56:55.104048 DEC= +26:31:24.72226 RAER= 0.50 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.050, 8.4, 0.046, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0054+161', 'J0056+1625' RA= 00:56:55.294329 DEC= +16:25:13.34092 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.154, 8.4, 0.210, 0.217 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9585 observations" / source= '0054-011', 'J0057-0052' RA= 00:57:02.055633 DEC= -00:52:30.63412 RAER= 0.46 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0054+407', 'J0057+4059' RA= 00:57:04.235049 DEC= +40:59:55.50657 RAER= 0.77 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.032, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0055-709', 'J0057-7040' RA= 00:57:15.665404 DEC= -70:40:46.28780 RAER= 5.42 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0054-006', 'J0057-0024' RA= 00:57:17.002214 DEC= -00:24:33.17726 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.115, 8.4, 0.181, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 853 observations" / source= '0054+078', 'J0057+0805' RA= 00:57:18.766409 DEC= +08:05:36.91477 RAER= 0.27 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.076, 5.0, 0.195, 0.031, 8.4, 0.060, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0054-224', 'J0057-2212' RA= 00:57:19.733198 DEC= -22:12:37.00736 RAER= 0.72 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0054+281', 'J0057+2825' RA= 00:57:21.005252 DEC= +28:25:57.37584 RAER= 0.70 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.069, 8.4, 0.060, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0054+459', 'J0057+4612' RA= 00:57:29.842904 DEC= +46:12:32.41042 RAER= 1.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.043, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0054+220', 'J0057+2218' RA= 00:57:33.319657 DEC= +22:18:41.22869 RAER= 0.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0055-016', 'J0057-0123' RA= 00:57:34.904597 DEC= -01:23:27.55074 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.049, 5.0, 0.052, 0.037, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '0055+040', 'J0057+0418' RA= 00:57:41.186650 DEC= +04:18:22.75714 RAER= 0.28 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.023, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '0055+015', 'J0057+0150' RA= 00:57:41.394394 DEC= +01:50:32.63180 RAER= 2.12 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.006, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0055-101', 'J0057-0954' RA= 00:57:41.927247 DEC= -09:54:22.56481 RAER= 0.66 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0055+098', 'J0057+1006' RA= 00:57:47.700455 DEC= +10:06:39.14018 RAER= 0.71 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0055+300', 'J0057+3021' RA= 00:57:48.883336 DEC= +30:21:08.81199 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.458, 0.117, 5.0, 0.597, 0.191, 8.4, 0.605, 0.112, 15.2, 0.655, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1625 observations" / source= '0055-328', 'J0058-3234' RA= 00:58:02.230311 DEC= -32:34:20.75037 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.091, 8.4, 0.135, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '0055+047', 'J0058+0458' RA= 00:58:02.943726 DEC= +04:58:38.16992 RAER= 1.22 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0055-059', 'J0058-0539' RA= 00:58:05.066311 DEC= -05:39:52.27811 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.600, 0.411, 5.0, 0.432, 0.254, 8.4, 0.457, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7610 observations" / source= '0055+555', 'J0058+5548' RA= 00:58:15.560361 DEC= +55:48:30.91613 RAER= 3.31 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0055+319', 'J0058+3211' RA= 00:58:15.609318 DEC= +32:11:19.68425 RAER= 0.64 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.051, 8.4, 0.063, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0055-340', 'J0058-3347' RA= 00:58:15.641810 DEC= -33:47:57.49450 RAER= 0.21 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.084, 8.4, 0.120, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0055+462', 'J0058+4630' RA= 00:58:15.874878 DEC= +46:30:56.65207 RAER= 0.54 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0055-32A', 'J0058-3236' RA= 00:58:16.502537 DEC= -32:36:45.21117 RAER= 1.82 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0055+193', 'J0058+1937' RA= 00:58:22.083447 DEC= +19:37:02.29377 RAER= 0.43 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.057, 8.4, 0.066, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0055+265', 'J0058+2651' RA= 00:58:22.629999 DEC= +26:51:58.68925 RAER= 0.93 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0055+032', 'J0058+0329' RA= 00:58:26.622038 DEC= +03:29:09.63360 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.054, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '0055+329', 'J0058+3311' RA= 00:58:32.069014 DEC= +33:11:17.21438 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.132, 8.4, 0.127, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 988 observations" / source= '0055+387', 'J0058+3902' RA= 00:58:32.339787 DEC= +39:02:08.55672 RAER= 0.66 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.022, 8.4, 0.034, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0056-119', 'J0058-1140' RA= 00:58:32.373880 DEC= -11:40:50.52388 RAER= 0.69 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0055+060', 'J0058+0620' RA= 00:58:33.804574 DEC= +06:20:06.07347 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.110, 8.4, 0.210, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2463 observations" / source= '0056-187', 'J0058-1829' RA= 00:58:37.266080 DEC= -18:29:37.05078 RAER= 0.34 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.048, 8.4, 0.040, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '0056-572', 'J0058-5659' RA= 00:58:46.581162 DEC= -56:59:11.47036 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.961, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 466 observations" / source= '0056-525', 'J0058-5219' RA= 00:58:55.899794 DEC= -52:19:27.83245 RAER= 2.34 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.132, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0056-193', 'J0058-1903' RA= 00:58:59.215405 DEC= -19:03:54.58196 RAER= 0.82 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0056-001', 'J0059+0006' RA= 00:59:05.514925 DEC= +00:06:51.62068 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.209, 0.187, 5.0, 0.987, 0.180, 8.4, 0.466, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '0056-021', 'J0059-0150' RA= 00:59:16.927666 DEC= -01:50:17.66420 RAER= 0.85 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0056+267', 'J0059+2703' RA= 00:59:24.423785 DEC= +27:03:32.62603 RAER= 0.73 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0056+037', 'J0059+0403' RA= 00:59:25.327745 DEC= +04:03:02.24412 RAER= 1.04 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.013, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0056-010', 'J0059-0046' RA= 00:59:30.090008 DEC= -00:46:11.63960 RAER= 10.27 DECER= 9.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0057-354', 'J0059-3510' RA= 00:59:31.474171 DEC= -35:10:49.21444 RAER= 4.25 DECER= 10.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0056+120', 'J0059+1220' RA= 00:59:35.943708 DEC= +12:20:54.84109 RAER= 0.53 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0057+185', 'J0059+1848' RA= 00:59:45.011799 DEC= +18:48:46.94920 RAER= 0.77 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0057-321', 'J0059-3152' RA= 00:59:52.062740 DEC= -31:52:19.42959 RAER= 1.97 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.013, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0056+579', 'J0059+5812' RA= 00:59:52.209001 DEC= +58:12:23.68313 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.167, 8.4, 0.300, 0.187, 22.2, 0.350, 0.289 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2069 observations" / source= '0057+110', 'J0059+1121' RA= 00:59:59.232625 DEC= +11:21:41.73763 RAER= 0.49 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0057+508', 'J0059+5107' RA= 00:59:59.415674 DEC= +51:07:31.17937 RAER= 1.20 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.041, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0057+040', 'J0100+0416' RA= 01:00:00.604911 DEC= +04:16:46.29473 RAER= 0.48 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0056+665', 'J0100+6650' RA= 01:00:03.928518 DEC= +66:50:57.21202 RAER= 31.09 DECER= 8.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0057+028', 'J0100+0305' RA= 01:00:09.143856 DEC= +03:05:12.32945 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.048, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '0057-338', 'J0100-3337' RA= 01:00:09.390963 DEC= -33:37:31.93834 RAER= 0.23 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.129, 8.4, 0.097, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '0057+482', 'J0100+4834' RA= 01:00:11.482223 DEC= +48:34:02.86217 RAER= 4.44 DECER= 9.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0057-274', 'J0100-2708' RA= 01:00:12.314151 DEC= -27:08:53.08653 RAER= 0.89 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.031, 8.4, 0.064, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0057+200', 'J0100+2017' RA= 01:00:15.032870 DEC= +20:17:10.00017 RAER= 0.64 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.041, 8.4, 0.047, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0057-155', 'J0100-1517' RA= 01:00:15.855987 DEC= -15:17:57.62841 RAER= 1.69 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.009, 8.4, 0.021, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0057+308', 'J0100+3107' RA= 01:00:18.678019 DEC= +31:07:58.29508 RAER= 0.71 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.012, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0057+074', 'J0100+0745' RA= 01:00:20.786395 DEC= +07:45:51.40777 RAER= 0.27 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0057+282', 'J0100+2830' RA= 01:00:22.330078 DEC= +28:30:37.60659 RAER= 0.63 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.030, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0057+000', 'J0100+0022' RA= 01:00:33.502379 DEC= +00:22:00.18790 RAER= 0.97 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0057+334', 'J0100+3345' RA= 01:00:38.290718 DEC= +33:45:06.12179 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.154, 8.4, 0.136, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 827 observations" / source= '0058-508', 'J0100-5032' RA= 01:00:47.909466 DEC= -50:32:54.87658 RAER= 7.15 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0057+483', 'J0100+4836' RA= 01:00:50.633516 DEC= +48:36:07.18217 RAER= 2.01 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.026, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0057+678', 'J0100+6808' RA= 01:00:51.663951 DEC= +68:08:20.53086 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.565, 0.405, 5.0, 0.971, 0.103, 8.4, 0.501, 0.076, 22.2, 0.162, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1918 observations" / source= '0058+197', 'J0100+1958' RA= 01:00:54.456953 DEC= +19:58:31.97372 RAER= 0.52 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.041, 8.4, 0.066, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0058-011', 'J0100-0055' RA= 01:00:58.188506 DEC= -00:55:47.80768 RAER= 0.57 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0058-340', 'J0101-3347' RA= 01:01:05.091248 DEC= -33:47:33.22151 RAER= 3.64 DECER= 8.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0058+110', 'J0101+1121' RA= 01:01:05.702832 DEC= +11:21:19.58269 RAER= 1.18 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0058+203', 'J0101+2037' RA= 01:01:07.136032 DEC= +20:37:14.21614 RAER= 2.11 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.007, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0058+512', 'J0101+5128' RA= 01:01:12.157144 DEC= +51:28:40.72402 RAER= 1.78 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0058+058', 'J0101+0605' RA= 01:01:14.670165 DEC= +06:05:44.50411 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.046, 8.4, 0.050, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '0059-628', 'J0101-6233' RA= 01:01:14.969973 DEC= -62:33:06.33662 RAER= 3.42 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.138, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0058+498', 'J0101+5004' RA= 01:01:16.997548 DEC= +50:04:44.98992 RAER= 0.29 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.090, 5.0, 0.066, 0.011, 8.4, 0.055, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '0058+153', 'J0101+1538' RA= 01:01:36.082679 DEC= +15:38:38.16663 RAER= 0.53 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.050, 8.4, 0.051, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0059-031', 'J0101-0252' RA= 01:01:49.963317 DEC= -02:52:31.59026 RAER= 0.27 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '0059-070', 'J0101-0647' RA= 01:01:50.760702 DEC= -06:47:58.92597 RAER= 0.36 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0059-287', 'J0101-2831' RA= 01:01:52.389736 DEC= -28:31:20.42543 RAER= 0.35 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.471, 0.085, 8.4, 0.104, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '0059+163', 'J0101+1639' RA= 01:01:57.719552 DEC= +16:39:40.95356 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.110, 8.4, 0.122, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 798 observations" / source= '0059-197', 'J0102-1927' RA= 01:02:03.783780 DEC= -19:27:02.92213 RAER= 1.47 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0059-000', 'J0102+0011' RA= 01:02:05.898388 DEC= +00:11:57.00105 RAER= 0.39 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.020, n/a, 5.0, 0.016, 0.010, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '0059+560', 'J0102+5617' RA= 01:02:09.208183 DEC= +56:17:56.72258 RAER= 0.97 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0100-568', 'J0102-5637' RA= 01:02:10.453262 DEC= -56:37:04.47966 RAER= 2.16 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.141, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0059+475', 'J0102+4748' RA= 01:02:10.844335 DEC= +47:48:56.10470 RAER= 0.76 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0101-804', 'J0102-8012' RA= 01:02:14.911764 DEC= -80:12:39.43067 RAER= 1.01 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.183, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0059+094', 'J0102+0944' RA= 01:02:17.112324 DEC= +09:44:09.58682 RAER= 0.27 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 183 observations" / source= '0100-760', 'J0102-7546' RA= 01:02:18.660113 DEC= -75:46:51.73050 RAER= 0.54 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.326, 0.367 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0059-117', 'J0102-1130' RA= 01:02:20.910300 DEC= -11:30:41.61693 RAER= 0.67 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0059+419', 'J0102+4214' RA= 01:02:27.150009 DEC= +42:14:18.99420 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 769 observations" / source= '0059-048', 'J0102-0435' RA= 01:02:27.453100 DEC= -04:35:56.22887 RAER= 0.77 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.017, 8.4, 0.036, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0100+040', 'J0102+0421' RA= 01:02:37.340337 DEC= +04:21:00.28234 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '0059+581', 'J0102+5824' RA= 01:02:45.762378 DEC= +58:24:11.13661 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.625, 1.070, 5.0, 2.513, 1.847, 8.4, 2.170, 1.595, 15.2, 2.582, 2.043, 22.2, 3.876, 2.851 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705564 observations" / source= '0100+146', 'J0102+1452' RA= 01:02:48.224186 DEC= +14:52:40.87544 RAER= 0.61 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0100+256', 'J0102+2552' RA= 01:02:50.225773 DEC= +25:52:15.35027 RAER= 16.92 DECER= 29.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0100-203', 'J0102-2001' RA= 01:02:50.961211 DEC= -20:01:58.33667 RAER= 1.20 DECER= 3.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0100+099', 'J0102+1012' RA= 01:02:54.550593 DEC= +10:12:55.04450 RAER= 0.47 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0100-270', 'J0102-2646' RA= 01:02:56.353915 DEC= -26:46:36.51553 RAER= 0.22 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.051, 8.4, 0.098, 0.036, 22.2, 0.146, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '0100+182', 'J0103+1831' RA= 01:03:04.256070 DEC= +18:31:36.93542 RAER= 0.75 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0100-346', 'J0103-3424' RA= 01:03:06.362689 DEC= -34:24:28.91594 RAER= 1.27 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0100+532', 'J0103+5333' RA= 01:03:11.001477 DEC= +53:33:00.25939 RAER= 10.10 DECER= 10.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0100+012', 'J0103+0133' RA= 01:03:13.563766 DEC= +01:33:06.22156 RAER= 7.66 DECER= 6.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0100+497', 'J0103+4959' RA= 01:03:15.690305 DEC= +49:59:28.44184 RAER= 0.35 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.069, 8.4, 0.066, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0100+467', 'J0103+4658' RA= 01:03:16.143431 DEC= +46:58:20.52315 RAER= 2.35 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.005, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0100+130', 'J0103+1319' RA= 01:03:21.026094 DEC= +13:19:35.03019 RAER= 0.49 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.016, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0100+533', 'J0103+5337' RA= 01:03:25.957988 DEC= +53:37:13.27923 RAER= 0.96 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.031, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0100+151', 'J0103+1526' RA= 01:03:26.001707 DEC= +15:26:24.66519 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.083, 8.4, 0.110, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '0101-460', 'J0103-4549' RA= 01:03:26.231693 DEC= -45:49:01.38127 RAER= 2.28 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0100+431', 'J0103+4322' RA= 01:03:28.802244 DEC= +43:22:59.54691 RAER= 1.83 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.031, 8.4, 0.037, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0100+050', 'J0103+0521' RA= 01:03:29.039912 DEC= +05:21:31.56239 RAER= 11.47 DECER= 15.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0101-323', 'J0103-3202' RA= 01:03:29.313781 DEC= -32:02:01.75641 RAER= 1.62 DECER= 6.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0100+067', 'J0103+0659' RA= 01:03:31.757626 DEC= +06:59:21.22284 RAER= 0.24 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.092, 8.4, 0.070, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '0101-074', 'J0103-0713' RA= 01:03:33.488978 DEC= -07:13:07.93973 RAER= 0.49 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.021, 8.4, 0.047, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0101-649', 'J0103-6439' RA= 01:03:33.742984 DEC= -64:39:07.68421 RAER= 3.28 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.123, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0101-275', 'J0103-2715' RA= 01:03:35.555209 DEC= -27:15:10.95014 RAER= 11.90 DECER= 18.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0100+423', 'J0103+4239' RA= 01:03:40.052461 DEC= +42:39:35.62375 RAER= 0.71 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0101-126', 'J0103-1222' RA= 01:03:45.208956 DEC= -12:22:44.13477 RAER= 0.30 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.044, 8.4, 0.046, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 355 observations" / source= '0101+131', 'J0103+1323' RA= 01:03:45.741039 DEC= +13:23:45.25774 RAER= 0.34 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0101+295', 'J0104+2949' RA= 01:04:08.322485 DEC= +29:49:05.70544 RAER= 0.33 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.061, 8.4, 0.098, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0101-220', 'J0104-2144' RA= 01:04:09.552475 DEC= -21:44:20.97299 RAER= 10.40 DECER= 12.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0101+113', 'J0104+1134' RA= 01:04:10.620798 DEC= +11:34:16.30052 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.038, 8.4, 0.109, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 671 observations" / source= '0101+019', 'J0104+0212' RA= 01:04:24.988800 DEC= +02:12:05.40994 RAER= 0.55 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.042, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0101-081', 'J0104-0754' RA= 01:04:25.820439 DEC= -07:54:48.17800 RAER= 0.51 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0102-335', 'J0104-3314' RA= 01:04:39.584581 DEC= -33:14:52.20975 RAER= 17.96 DECER= 34.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0102-256', 'J0104-2520' RA= 01:04:52.302416 DEC= -25:20:53.59911 RAER= 8.39 DECER= 10.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0102-122', 'J0104-1156' RA= 01:04:53.123432 DEC= -11:56:03.21663 RAER= 0.62 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0102-024', 'J0104-0213' RA= 01:04:57.983854 DEC= -02:13:37.71956 RAER= 0.66 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0102-245', 'J0104-2416' RA= 01:04:58.205368 DEC= -24:16:28.44594 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.222, 8.4, 0.188, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '0102+392', 'J0105+3928' RA= 01:05:09.195767 DEC= +39:28:15.32303 RAER= 0.37 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '0102-207', 'J0105-2031' RA= 01:05:24.254783 DEC= -20:31:46.38155 RAER= 0.54 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.040, 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0102-187', 'J0105-1828' RA= 01:05:27.077125 DEC= -18:28:46.11872 RAER= 1.17 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0102+511', 'J0105+5125' RA= 01:05:29.558520 DEC= +51:25:46.58029 RAER= 0.25 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.195, 8.4, 0.122, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '0102+136', 'J0105+1355' RA= 01:05:32.244327 DEC= +13:55:21.89790 RAER= 3.80 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0103-342', 'J0105-3401' RA= 01:05:41.019772 DEC= -34:01:28.41018 RAER= 1.84 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0102+480', 'J0105+4819' RA= 01:05:49.928156 DEC= +48:19:03.19301 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.147, 0.748, 5.0, 1.207, 0.636, 8.4, 0.599, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '0103-187', 'J0105-1829' RA= 01:05:50.731785 DEC= -18:29:21.30470 RAER= 0.93 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0103+156', 'J0105+1553' RA= 01:05:51.042780 DEC= +15:53:41.21421 RAER= 0.34 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.330, 0.048, 8.4, 0.205, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0103+189', 'J0105+1912' RA= 01:05:55.241045 DEC= +19:12:28.06173 RAER= 0.62 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.064, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0103+057', 'J0105+0600' RA= 01:05:59.170062 DEC= +06:00:59.31657 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.094, 5.0, 0.091, 0.076, 8.4, 0.155, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 717 observations" / source= '0103+337', 'J0106+3402' RA= 01:06:00.293299 DEC= +34:02:02.98614 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.096, 8.4, 0.118, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 566 observations" / source= '0103+510', 'J0106+5118' RA= 01:06:07.679946 DEC= +51:18:22.58191 RAER= 0.70 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.033, 8.4, 0.042, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0103-119', 'J0106-1142' RA= 01:06:07.988214 DEC= -11:42:46.50525 RAER= 8.18 DECER= 11.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0103+253', 'J0106+2539' RA= 01:06:10.968979 DEC= +25:39:30.49573 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.039, 5.0, 0.063, 0.032, 8.4, 0.084, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '0103+656', 'J0106+6553' RA= 01:06:18.198299 DEC= +65:53:18.99961 RAER= 7.17 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0103-021', 'J0106-0155' RA= 01:06:22.994287 DEC= -01:55:38.41511 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.538, 0.132, 8.4, 0.227, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '0104-275', 'J0106-2718' RA= 01:06:26.082042 DEC= -27:18:11.82527 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.634, 0.560, 5.0, 0.904, 0.521, 8.4, 0.806, 0.313 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 974 observations" / source= '0103+631', 'J0106+6326' RA= 01:06:29.999872 DEC= +63:26:04.24264 RAER= 5.68 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0103+127', 'J0106+1300' RA= 01:06:33.356484 DEC= +13:00:02.60456 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.107, 8.4, 0.140, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 927 observations" / source= '0104-266', 'J0106-2622' RA= 01:06:33.824612 DEC= -26:22:55.56433 RAER= 0.57 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.048, 8.4, 0.074, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0104-035', 'J0106-0315' RA= 01:06:43.228698 DEC= -03:15:36.29498 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.386, 0.329, 5.0, 0.486, 0.456, 8.4, 0.482, 0.364 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 623 observations" / source= '0104-108', 'J0106-1034' RA= 01:06:44.158326 DEC= -10:34:10.58879 RAER= 0.51 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0104-408', 'J0106-4034' RA= 01:06:45.107964 DEC= -40:34:19.96040 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.930, 0.850, 5.0, 1.948, 2.613, 8.4, 1.386, 1.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51441 observations" / source= '0104-242', 'J0106-2358' RA= 01:06:45.665392 DEC= -23:58:05.61432 RAER= 0.63 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.085, 8.4, 0.095, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0104+231', 'J0106+2325' RA= 01:06:46.996107 DEC= +23:25:09.91469 RAER= 0.30 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.199, 0.028, 8.4, 0.149, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 187 observations" / source= '0104+195', 'J0106+1951' RA= 01:06:52.631238 DEC= +19:51:02.56184 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.117, 8.4, 0.141, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '0104-487', 'J0106-4831' RA= 01:06:55.668930 DEC= -48:31:29.30786 RAER= 0.73 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.277, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0104-004', 'J0107-0012' RA= 01:07:05.122581 DEC= -00:12:43.10193 RAER= 1.10 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0104-124', 'J0107-1211' RA= 01:07:11.784869 DEC= -12:11:23.43749 RAER= 0.36 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0104+119', 'J0107+1212' RA= 01:07:22.236262 DEC= +12:12:53.86803 RAER= 1.50 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0104+321', 'J0107+3224' RA= 01:07:24.964698 DEC= +32:24:45.12159 RAER= 0.27 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.021, 8.4, 0.069, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0104-070', 'J0107-0648' RA= 01:07:26.025336 DEC= -06:48:41.70885 RAER= 1.15 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0104+032', 'J0107+0333' RA= 01:07:28.571094 DEC= +03:33:48.60231 RAER= 0.57 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0104+465', 'J0107+4648' RA= 01:07:44.577803 DEC= +46:48:30.05036 RAER= 0.66 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0105+257', 'J0107+2558' RA= 01:07:44.922777 DEC= +25:58:43.97642 RAER= 0.27 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.071, 8.4, 0.113, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0104+355', 'J0107+3548' RA= 01:07:45.850540 DEC= +35:48:10.81099 RAER= 0.61 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.068, 8.4, 0.064, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0105+129', 'J0107+1312' RA= 01:07:45.961883 DEC= +13:12:05.19151 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.149, 8.4, 0.193, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 635 observations" / source= '0105-250', 'J0107-2448' RA= 01:07:46.535573 DEC= -24:48:53.45330 RAER= 1.17 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.036, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0105-244', 'J0107-2408' RA= 01:07:46.974669 DEC= -24:08:53.36160 RAER= 0.80 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0105+259', 'J0107+2611' RA= 01:07:47.886322 DEC= +26:11:08.67018 RAER= 0.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.044, 5.0, 0.044, 0.031, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '0105+267', 'J0108+2700' RA= 01:08:03.524535 DEC= +27:00:01.95976 RAER= 11.80 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0105-122', 'J0108-1200' RA= 01:08:13.172380 DEC= -12:00:50.63805 RAER= 0.62 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.289, 0.068, 8.4, 0.138, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0105-222', 'J0108-2157' RA= 01:08:19.854127 DEC= -21:57:38.75588 RAER= 0.21 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.138, 5.0, 0.147, 0.112, 8.4, 0.121, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0105+452', 'J0108+4531' RA= 01:08:21.079567 DEC= +45:31:58.53678 RAER= 1.66 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0105-008', 'J0108-0037' RA= 01:08:26.842570 DEC= -00:37:24.16505 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.668, 0.294, 8.4, 0.329, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '0106-291', 'J0108-2851' RA= 01:08:37.906769 DEC= -28:51:28.62884 RAER= 11.37 DECER= 18.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0106+013', 'J0108+0135' RA= 01:08:38.771108 DEC= +01:35:00.31717 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.950, 0.969, 5.0, 2.756, 1.235, 8.4, 2.355, 1.316, 15.2, 2.530, 1.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64134 observations" / source= '0105+138', 'J0108+1404' RA= 01:08:38.827696 DEC= +14:04:28.53946 RAER= 0.54 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.020, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0106-161', 'J0108-1550' RA= 01:08:47.679844 DEC= -15:50:42.68173 RAER= 0.45 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160 observations" / source= '0106+18A', 'J0108+1838' RA= 01:08:49.506050 DEC= +18:38:24.12516 RAER= 1.07 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.014, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0106-16A', 'J0108-1622' RA= 01:08:50.140935 DEC= -16:22:36.94721 RAER= 2.18 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0106+130', 'J0108+1320' RA= 01:08:52.869818 DEC= +13:20:14.26712 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.041, 5.0, 0.018, 0.021, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '0106-166', 'J0108-1623' RA= 01:08:59.891915 DEC= -16:23:28.09200 RAER= 0.44 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.064, 8.4, 0.080, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0106+183', 'J0109+1839' RA= 01:09:03.887608 DEC= +18:39:19.43223 RAER= 1.01 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0106+180', 'J0109+1816' RA= 01:09:08.176894 DEC= +18:16:07.50059 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.040, 8.4, 0.045, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 845 observations" / source= '0106+237', 'J0109+2400' RA= 01:09:14.667919 DEC= +24:00:34.46794 RAER= 1.84 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.011, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0107-610', 'J0109-6049' RA= 01:09:15.475200 DEC= -60:49:48.46004 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.414, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 891 observations" / source= '0107-391', 'J0109-3854' RA= 01:09:17.798935 DEC= -38:54:55.99071 RAER= 2.68 DECER= 7.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.047, 8.4, 0.041, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0106+380', 'J0109+3816' RA= 01:09:25.574372 DEC= +38:16:45.78406 RAER= 1.69 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.016, 8.4, 0.016, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0106+242', 'J0109+2433' RA= 01:09:26.583751 DEC= +24:33:15.71393 RAER= 0.31 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.178, 0.169, 8.4, 0.148, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0106+077', 'J0109+0758' RA= 01:09:27.421019 DEC= +07:58:27.70941 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.085, 8.4, 0.092, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0106+315', 'J0109+3149' RA= 01:09:27.887179 DEC= +31:49:56.04920 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.123, 8.4, 0.244, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3070 observations" / source= '0106+561', 'J0109+5624' RA= 01:09:32.515672 DEC= +56:24:58.78918 RAER= 0.85 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.036, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0107-149', 'J0109-1442' RA= 01:09:38.707427 DEC= -14:42:35.27972 RAER= 6.91 DECER= 9.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0105+737', 'J0109+7403' RA= 01:09:40.177414 DEC= +74:03:25.12001 RAER= 1.76 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.059, 8.4, 0.047, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0106+612', 'J0109+6133' RA= 01:09:46.344369 DEC= +61:33:30.45558 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.300, 0.183, 8.4, 0.379, 0.294, 15.2, 0.409, 0.297, 22.2, 0.524, 0.462 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2961 observations" / source= '0107-061', 'J0109-0552' RA= 01:09:53.861586 DEC= -05:52:21.60423 RAER= 0.57 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0107-406', 'J0109-4020' RA= 01:09:56.589933 DEC= -40:20:51.05575 RAER= 1.78 DECER= 8.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0107+137', 'J0110+1358' RA= 01:10:03.167154 DEC= +13:58:41.36579 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0107+415', 'J0110+4149' RA= 01:10:04.811984 DEC= +41:49:50.73480 RAER= 1.35 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.017, 0.018, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0107-371', 'J0110-3651' RA= 01:10:06.267280 DEC= -36:51:03.52906 RAER= 5.96 DECER= 26.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0107+135', 'J0110+1346' RA= 01:10:08.015663 DEC= +13:46:36.56283 RAER= 0.33 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.070, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0107+288', 'J0110+2906' RA= 01:10:10.081253 DEC= +29:06:29.84034 RAER= 1.06 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.017, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0106+678', 'J0110+6805' RA= 01:10:12.873471 DEC= +68:05:41.21674 RAER= 0.28 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.423, 0.125, 5.0, 0.287, 0.120, 8.4, 0.295, 0.151, 15.2, 0.284, 0.119, 22.2, 0.248, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2517 observations" / source= '0107-025', 'J0110-0219' RA= 01:10:13.160513 DEC= -02:19:52.83850 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.066, 8.4, 0.103, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '0106+747', 'J0110+7502' RA= 01:10:13.676065 DEC= +75:02:15.57519 RAER= 2.43 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0108-635', 'J0110-6315' RA= 01:10:16.720171 DEC= -63:15:56.35215 RAER= 2.78 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.171, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0107+538', 'J0110+5404' RA= 01:10:19.600653 DEC= +54:04:26.04005 RAER= 1.01 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.030, 8.4, 0.115, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0107-045', 'J0110-0415' RA= 01:10:30.902793 DEC= -04:15:31.02760 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.123, 8.4, 0.124, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '0107+069', 'J0110+0714' RA= 01:10:33.019107 DEC= +07:14:42.24149 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.040, 5.0, 0.121, 0.086, 8.4, 0.090, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '0107+295', 'J0110+2949' RA= 01:10:35.413942 DEC= +29:49:34.48066 RAER= 0.57 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.062, 8.4, 0.042, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0108-170', 'J0110-1648' RA= 01:10:35.511408 DEC= -16:48:27.70234 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.049, 8.4, 0.083, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '0107+165', 'J0110+1649' RA= 01:10:38.491347 DEC= +16:49:34.54373 RAER= 0.76 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0107+602', 'J0110+6032' RA= 01:10:48.728142 DEC= +60:32:28.16017 RAER= 3.17 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0109-735', 'J0110-7314' RA= 01:10:49.607882 DEC= -73:14:28.20386 RAER= 28.38 DECER= 8.20 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0108-053', 'J0110-0505' RA= 01:10:49.803270 DEC= -05:05:03.49289 RAER= 0.66 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0108-131', 'J0110-1255' RA= 01:10:50.002723 DEC= -12:55:03.84659 RAER= 1.20 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.015, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0108-079', 'J0110-0741' RA= 01:10:50.020994 DEC= -07:41:41.11411 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.548, 0.252, 8.4, 0.495, 0.307 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '0107+562', 'J0110+5632' RA= 01:10:57.552668 DEC= +56:32:16.94818 RAER= 0.89 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.416, 0.059, 8.4, 0.067, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0108+434', 'J0111+4345' RA= 01:11:00.540474 DEC= +43:45:39.59116 RAER= 0.94 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0108-146', 'J0111-1422' RA= 01:11:04.722152 DEC= -14:22:32.90117 RAER= 0.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.049, 8.4, 0.037, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0108+270', 'J0111+2720' RA= 01:11:05.725380 DEC= +27:20:05.42316 RAER= 1.45 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0108+199', 'J0111+2012' RA= 01:11:07.293263 DEC= +20:12:38.21678 RAER= 0.72 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0108-142', 'J0111-1357' RA= 01:11:09.086217 DEC= -13:57:39.67304 RAER= 0.39 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '0108+169', 'J0111+1713' RA= 01:11:14.415786 DEC= +17:13:28.59375 RAER= 0.63 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.039, 8.4, 0.040, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0108-204', 'J0111-2010' RA= 01:11:25.687634 DEC= -20:10:41.96538 RAER= 0.87 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.020, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0108+053', 'J0111+0536' RA= 01:11:30.200420 DEC= +05:36:27.19376 RAER= 0.43 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '0109-260', 'J0111-2545' RA= 01:11:30.742174 DEC= -25:45:31.25707 RAER= 0.77 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028, 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0110-733', 'J0111-7302' RA= 01:11:32.488146 DEC= -73:02:09.80022 RAER= 7.12 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0108+388', 'J0111+3906' RA= 01:11:37.316763 DEC= +39:06:28.10397 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.894, 0.316, 5.0, 1.369, 0.229, 8.4, 0.792, 0.179, 15.2, 0.453, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1386 observations" / source= '0108+433', 'J0111+4335' RA= 01:11:37.613706 DEC= +43:35:31.44766 RAER= 0.21 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.072, 8.4, 0.116, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations" / source= '0109+107', 'J0111+1100' RA= 01:11:45.406030 DEC= +11:00:20.94278 RAER= 0.89 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0109+176', 'J0111+1753' RA= 01:11:49.845332 DEC= +17:53:51.06279 RAER= 0.68 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0108+570', 'J0111+5716' RA= 01:11:50.526411 DEC= +57:16:32.11370 RAER= 0.91 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0109-005', 'J0111-0016' RA= 01:11:51.381158 DEC= -00:16:05.70146 RAER= 3.73 DECER= 5.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0109+316', 'J0111+3155' RA= 01:11:54.625052 DEC= +31:55:30.71815 RAER= 0.71 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.036, 8.4, 0.035, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0109-307', 'J0111-3026' RA= 01:11:55.975805 DEC= -30:26:26.31626 RAER= 14.77 DECER= 28.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0109-135', 'J0111-1317' RA= 01:11:56.857935 DEC= -13:17:01.19687 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.221, 5.0, 0.260, 0.237, 8.4, 0.256, 0.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1053 observations" / source= '0109+236', 'J0111+2351' RA= 01:11:59.124548 DEC= +23:51:56.28672 RAER= 0.84 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.015, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0109+224', 'J0112+2244' RA= 01:12:05.824715 DEC= +22:44:38.78634 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.248, 5.0, 0.246, n/a, 8.4, 0.441, 0.355, 15.2, 0.623, 0.422 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23459 observations" / source= '0109+194', 'J0112+1942' RA= 01:12:06.056816 DEC= +19:42:41.09651 RAER= 1.34 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0109+415', 'J0112+4147' RA= 01:12:08.144921 DEC= +41:47:00.34002 RAER= 5.62 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0109+200', 'J0112+2020' RA= 01:12:10.190819 DEC= +20:20:21.76386 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.140, 8.4, 0.194, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2228 observations" / source= '0109+174', 'J0112+1743' RA= 01:12:11.371605 DEC= +17:43:38.77316 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0109+23A', 'J0112+2353' RA= 01:12:12.683863 DEC= +23:53:24.15334 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.005, 8.4, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0109+351', 'J0112+3522' RA= 01:12:12.944398 DEC= +35:22:19.33637 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.498, 0.426, 5.0, 0.546, n/a, 8.4, 0.473, 0.315, 15.2, 0.540, 0.272 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1800 observations" / source= '0109+443', 'J0112+4437' RA= 01:12:13.044526 DEC= +44:37:07.66846 RAER= 0.50 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.032, 8.4, 0.045, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0109+026', 'J0112+0257' RA= 01:12:17.045247 DEC= +02:57:38.01683 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.044, 5.0, 0.024, 0.020, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '0110-668', 'J0112-6634' RA= 01:12:18.912898 DEC= -66:34:45.18787 RAER= 0.31 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.250, 0.237 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0111-753', 'J0112-7506' RA= 01:12:31.372336 DEC= -75:06:17.90466 RAER= 39.60 DECER= 7.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0109+182', 'J0112+1833' RA= 01:12:32.489983 DEC= +18:33:16.29895 RAER= 0.54 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.028, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0109+613', 'J0112+6136' RA= 01:12:32.926947 DEC= +61:36:17.35802 RAER= 31.09 DECER= 5.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0110-36A', 'J0112-3551' RA= 01:12:38.687857 DEC= -35:51:28.51207 RAER= 1.26 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0110-037', 'J0112-0328' RA= 01:12:39.134890 DEC= -03:28:42.81900 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.071, 8.4, 0.143, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0110-302', 'J0112-2959' RA= 01:12:41.920987 DEC= -29:59:14.68601 RAER= 0.89 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.025, 8.4, 0.111, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0110+168', 'J0112+1709' RA= 01:12:49.025049 DEC= +17:09:31.20664 RAER= 0.86 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0110+318', 'J0112+3208' RA= 01:12:50.333053 DEC= +32:08:17.43251 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.441, 0.269, 8.4, 0.359, 0.236, 15.2, 0.636, 0.454, 22.2, 0.223, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2204 observations" / source= '0109+455', 'J0112+4549' RA= 01:12:50.853529 DEC= +45:49:59.43873 RAER= 1.35 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.028, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0110-101', 'J0112-0950' RA= 01:12:55.119877 DEC= -09:50:40.59608 RAER= 2.57 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0110-066', 'J0113-0624' RA= 01:13:02.115075 DEC= -06:24:26.48898 RAER= 0.62 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0110-343', 'J0113-3403' RA= 01:13:04.748944 DEC= -34:03:24.80068 RAER= 567.03 DECER= 1737.8 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0110-105', 'J0113-1014' RA= 01:13:12.109283 DEC= -10:14:21.20252 RAER= 0.49 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.027, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0110-361', 'J0113-3551' RA= 01:13:15.856361 DEC= -35:51:48.36685 RAER= 0.20 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.137, 8.4, 0.330, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '0110-067', 'J0113-0630' RA= 01:13:16.245579 DEC= -06:30:52.53679 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0110+274', 'J0113+2745' RA= 01:13:17.327511 DEC= +27:45:01.34236 RAER= 0.51 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.036, 8.4, 0.054, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0110+401', 'J0113+4026' RA= 01:13:17.763020 DEC= +40:26:12.62725 RAER= 0.57 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0110+477', 'J0113+4802' RA= 01:13:18.535294 DEC= +48:02:07.01503 RAER= 2.21 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0111-537', 'J0113-5329' RA= 01:13:23.073922 DEC= -53:29:49.96238 RAER= 9.23 DECER= 8.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0110+297', 'J0113+2958' RA= 01:13:24.241893 DEC= +29:58:16.02489 RAER= 0.24 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.055, 8.4, 0.107, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0110+495', 'J0113+4948' RA= 01:13:27.006808 DEC= +49:48:24.04326 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.577, 0.252, 5.0, 0.513, 0.316, 8.4, 0.564, 0.362 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6467 observations" / source= '0110+27A', 'J0113+2742' RA= 01:13:30.083624 DEC= +27:42:47.81166 RAER= 0.43 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.051, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0110+359', 'J0113+3611' RA= 01:13:40.169638 DEC= +36:11:17.90468 RAER= 2.32 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0111-256', 'J0113-2523' RA= 01:13:42.595155 DEC= -25:23:59.23595 RAER= 0.89 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.025, 8.4, 0.041, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0111+021', 'J0113+0222' RA= 01:13:43.144951 DEC= +02:22:17.31619 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.201, 8.4, 0.467, 0.174, 15.2, 0.501, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10352 observations" / source= '0110+640', 'J0113+6416' RA= 01:13:50.494830 DEC= +64:16:53.30959 RAER= 1.02 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.031, 8.4, 0.049, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0111+131', 'J0113+1324' RA= 01:13:54.510340 DEC= +13:24:52.47859 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.093, 8.4, 0.124, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 950 observations" / source= '0111+018', 'J0114+0208' RA= 01:14:07.855018 DEC= +02:08:09.38684 RAER= 0.22 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.055, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0111+203', 'J0114+2037' RA= 01:14:07.865590 DEC= +20:37:59.34480 RAER= 0.59 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0111-049', 'J0114-0442' RA= 01:14:10.582476 DEC= -04:42:30.30892 RAER= 0.40 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.044, 8.4, 0.070, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0111+218', 'J0114+2207' RA= 01:14:11.901464 DEC= +22:07:08.33917 RAER= 0.46 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.043, 8.4, 0.055, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0110+744', 'J0114+7440' RA= 01:14:20.444937 DEC= +74:40:18.37302 RAER= 5.78 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.034, 8.4, 0.027, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0111+481', 'J0114+4823' RA= 01:14:23.524143 DEC= +48:23:53.10060 RAER= 3.73 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0111-002', 'J0114+0000' RA= 01:14:29.607597 DEC= +00:00:36.76005 RAER= 0.25 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.031, 8.4, 0.047, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0112-259', 'J0114-2541' RA= 01:14:34.750878 DEC= -25:41:04.80119 RAER= 0.91 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0112-401', 'J0114-3950' RA= 01:14:38.466865 DEC= -39:50:17.49522 RAER= 2.96 DECER= 16.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0112-199', 'J0114-1941' RA= 01:14:50.410278 DEC= -19:41:35.80975 RAER= 0.61 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0112+261', 'J0114+2623' RA= 01:14:51.443889 DEC= +26:23:21.39058 RAER= 0.78 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.009, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0112+131', 'J0114+1325' RA= 01:14:52.776861 DEC= +13:25:37.53003 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.045, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '0112-245', 'J0114-2419' RA= 01:14:57.326469 DEC= -24:19:44.67728 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.078, 8.4, 0.161, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '0112+312', 'J0115+3129' RA= 01:15:02.280606 DEC= +31:29:24.29856 RAER= 4.49 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0111+689', 'J0115+6915' RA= 01:15:08.029003 DEC= +69:15:18.15990 RAER= 0.79 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0112-310', 'J0115-3047' RA= 01:15:08.445998 DEC= -30:47:02.08419 RAER= 1.96 DECER= 7.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, n/a, 8.4, 0.157, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0112+13A', 'J0115+1324' RA= 01:15:11.067170 DEC= +13:24:46.42114 RAER= 0.26 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, n/a, 5.0, 0.055, 0.057, 8.4, 0.077, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0112+168', 'J0115+1707' RA= 01:15:12.645971 DEC= +17:07:40.92785 RAER= 1.68 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0112-017', 'J0115-0127' RA= 01:15:17.099915 DEC= -01:27:04.57728 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.022, 0.726, 5.0, 1.172, 0.462, 8.4, 0.706, 0.257, 15.2, 0.732, 0.289 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3190 observations" / source= '0113-283', 'J0115-2804' RA= 01:15:23.883585 DEC= -28:04:55.22404 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.197, 8.4, 0.423, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 364 observations" / source= '0113+036', 'J0115+0356' RA= 01:15:40.511662 DEC= +03:56:43.30346 RAER= 0.37 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158 observations" / source= '0113+250', 'J0115+2519' RA= 01:15:46.142155 DEC= +25:19:53.34469 RAER= 0.26 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0113-167', 'J0115-1629' RA= 01:15:46.427256 DEC= -16:29:33.15824 RAER= 4.68 DECER= 6.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0113-310', 'J0115-3049' RA= 01:15:46.505506 DEC= -30:49:19.40083 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.541, 0.506, 5.0, 0.379, 0.198, 8.4, 0.300, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 617 observations" / source= '0113-092', 'J0115-0857' RA= 01:15:47.449706 DEC= -08:57:56.48469 RAER= 0.94 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0112+532', 'J0115+5328' RA= 01:15:47.512414 DEC= +53:28:07.15806 RAER= 0.71 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.046, 8.4, 0.040, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0113-280', 'J0115-2744' RA= 01:15:55.473552 DEC= -27:44:31.77887 RAER= 4.12 DECER= 8.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0113-16A', 'J0116-1630' RA= 01:16:02.636510 DEC= -16:30:47.08738 RAER= 3.91 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0113+163', 'J0116+1637' RA= 01:16:05.117265 DEC= +16:37:12.91506 RAER= 4.70 DECER= 6.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0113-118', 'J0116-1136' RA= 01:16:12.522023 DEC= -11:36:15.43449 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.939, 0.590, 5.0, 1.280, 0.814, 8.4, 1.013, 0.611, 15.2, 1.113, 0.720 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5378 observations" / source= '0113-151', 'J0116-1452' RA= 01:16:14.084575 DEC= -14:52:53.34343 RAER= 0.84 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0113-343', 'J0116-3404' RA= 01:16:18.825975 DEC= -34:04:47.23150 RAER= 4.06 DECER= 15.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0114-621', 'J0116-6153' RA= 01:16:19.612293 DEC= -61:53:43.51571 RAER= 3.12 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0115-793', 'J0116-7905' RA= 01:16:23.480057 DEC= -79:05:54.74802 RAER= 0.97 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0113+24A', 'J0116+242A' RA= 01:16:33.456028 DEC= +24:22:15.62886 RAER= 0.31 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.035, 5.0, 0.075, 0.057, 8.4, 0.068, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '0113+288', 'J0116+2904' RA= 01:16:37.120423 DEC= +29:04:11.57160 RAER= 0.77 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.030, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0113+241', 'J0116+2422' RA= 01:16:38.067673 DEC= +24:22:53.72461 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.145, 5.0, 0.211, 0.073, 8.4, 0.175, 0.062, 15.2, 0.175, 0.104, 22.2, 0.158, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '0114-622', 'J0116-6156' RA= 01:16:44.056895 DEC= -61:56:56.37345 RAER= 41.80 DECER= 17.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0114+281', 'J0116+2823' RA= 01:16:47.339468 DEC= +28:23:55.11033 RAER= 5.79 DECER= 10.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0114-211', 'J0116-2052' RA= 01:16:51.405047 DEC= -20:52:06.88739 RAER= 0.84 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.895, 0.100, 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '0114+288', 'J0116+2907' RA= 01:16:53.705372 DEC= +29:07:19.78115 RAER= 0.55 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.100, 8.4, 0.084, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0114+139', 'J0117+1413' RA= 01:17:02.880325 DEC= +14:13:17.37768 RAER= 0.69 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0048+892', 'J0117+8928' RA= 01:17:16.398249 DEC= +89:28:47.97533 RAER= 92.36 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.078, 5.0, 0.060, n/a, 8.4, 0.127, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0115-314', 'J0117-3108' RA= 01:17:21.367998 DEC= -31:08:48.25900 RAER= 0.70 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.053, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '0114-176', 'J0117-1725' RA= 01:17:23.443709 DEC= -17:25:48.22854 RAER= 0.78 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.017, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0114+140', 'J0117+1418' RA= 01:17:25.203114 DEC= +14:18:12.42054 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.155, 8.4, 0.199, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 764 observations" / source= '0114+074', 'J0117+0742' RA= 01:17:26.166383 DEC= +07:42:17.44093 RAER= 0.21 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.054, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '0114-046', 'J0117-0425' RA= 01:17:27.857701 DEC= -04:25:10.47341 RAER= 0.43 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.044, 8.4, 0.098, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0114+233', 'J0117+2334' RA= 01:17:29.663781 DEC= +23:34:31.56069 RAER= 0.70 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.021, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0114+296', 'J0117+2955' RA= 01:17:33.769547 DEC= +29:55:54.69277 RAER= 0.54 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.040, 8.4, 0.069, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0115-302', 'J0117-2958' RA= 01:17:35.374179 DEC= -29:58:40.39457 RAER= 9.91 DECER= 16.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0114+322', 'J0117+3230' RA= 01:17:38.639774 DEC= +32:30:11.44379 RAER= 2.33 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0115-153', 'J0117-1507' RA= 01:17:38.931433 DEC= -15:07:55.01559 RAER= 3.79 DECER= 10.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0115-342', 'J0117-3357' RA= 01:17:44.623337 DEC= -33:57:06.01759 RAER= 0.34 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.123, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0114+527', 'J0117+5300' RA= 01:17:48.318610 DEC= +53:00:18.31408 RAER= 0.65 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.044, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0115-214', 'J0117-2111' RA= 01:17:48.780131 DEC= -21:11:06.63319 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.367, 0.268, 8.4, 0.416, 0.314 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12487 observations" / source= '0115+357', 'J0117+3558' RA= 01:17:53.084145 DEC= +35:58:50.59532 RAER= 0.37 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.046, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0115-179', 'J0117-1738' RA= 01:17:53.359675 DEC= -17:38:56.72328 RAER= 3.94 DECER= 10.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.013, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0115+318', 'J0117+3206' RA= 01:17:55.088657 DEC= +32:06:22.66832 RAER= 0.70 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.269, 0.028, 8.4, 0.177, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0115+453', 'J0117+4536' RA= 01:17:59.551633 DEC= +45:36:22.43060 RAER= 1.08 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0115+406', 'J0118+4056' RA= 01:18:01.789935 DEC= +40:56:48.73330 RAER= 0.94 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0115-161', 'J0118-1550' RA= 01:18:04.500565 DEC= -15:50:54.30319 RAER= 0.77 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0114+592', 'J0118+5928' RA= 01:18:05.624553 DEC= +59:28:02.49615 RAER= 1.45 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.017, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0115-241', 'J0118-2351' RA= 01:18:06.233214 DEC= -23:51:55.53569 RAER= 0.86 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0115-141', 'J0118-1355' RA= 01:18:06.303993 DEC= -13:55:47.69870 RAER= 20.61 DECER= 15.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0115-412', 'J0118-4059' RA= 01:18:09.463895 DEC= -40:59:38.57956 RAER= 1.21 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.036, 8.4, 0.083, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0115+379', 'J0118+3810' RA= 01:18:10.110938 DEC= +38:10:54.92532 RAER= 0.69 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.047, 8.4, 0.061, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0115+490', 'J0118+4918' RA= 01:18:14.126550 DEC= +49:18:32.25424 RAER= 1.57 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0115-016', 'J0118-0120' RA= 01:18:15.399751 DEC= -01:20:30.25015 RAER= 8.41 DECER= 13.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0115+027', 'J0118+0258' RA= 01:18:18.481755 DEC= +02:58:05.78898 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.314, 0.163, 5.0, 0.314, 0.138, 8.4, 0.378, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 955 observations" / source= '0116-603', 'J0118-6007' RA= 01:18:23.482346 DEC= -60:07:51.39047 RAER= 1.74 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0115+090', 'J0118+0916' RA= 01:18:24.073737 DEC= +09:16:39.28689 RAER= 0.50 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0116-190', 'J0118-1849' RA= 01:18:34.242339 DEC= -18:49:17.31902 RAER= 0.50 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.044, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0116-457', 'J0118-4526' RA= 01:18:39.402026 DEC= -45:26:58.54808 RAER= 1.97 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0116-091', 'J0118-0850' RA= 01:18:44.175865 DEC= -08:50:58.96716 RAER= 0.43 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.114, 8.4, 0.142, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0116-413', 'J0118-4102' RA= 01:18:45.276220 DEC= -41:02:30.74949 RAER= 1.22 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0116-070', 'J0118-0645' RA= 01:18:52.974948 DEC= -06:45:44.44637 RAER= 0.40 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043, 8.4, 0.046, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0116-219', 'J0118-2141' RA= 01:18:57.262179 DEC= -21:41:30.14029 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.148, 0.987, 5.0, 0.328, 0.269, 8.4, 1.162, 0.558, 15.2, 0.657, 0.329 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6396 observations" / source= '0116-075', 'J0118-0718' RA= 01:18:57.487052 DEC= -07:18:55.89036 RAER= 4.51 DECER= 7.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0116+470', 'J0118+4717' RA= 01:18:58.505067 DEC= +47:17:26.06487 RAER= 1.19 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.010, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0116+082', 'J0119+0829' RA= 01:19:01.274301 DEC= +08:29:54.70456 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.607, 0.183, 5.0, 0.630, 0.091, 8.4, 0.162, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '0116-152', 'J0119-1458' RA= 01:19:04.619723 DEC= -14:58:58.64588 RAER= 1.17 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0116-199', 'J0119-1940' RA= 01:19:08.647582 DEC= -19:40:13.87152 RAER= 0.77 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0116+386', 'J0119+3853' RA= 01:19:20.114214 DEC= +38:53:05.57351 RAER= 0.78 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0117-064', 'J0119-0613' RA= 01:19:34.256292 DEC= -06:13:08.13375 RAER= 1.34 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0116+319', 'J0119+3210' RA= 01:19:35.001108 DEC= +32:10:50.06108 RAER= 0.28 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.628, 0.030, 5.0, 0.665, n/a, 8.4, 0.139, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '0118-684', 'J0119-6809' RA= 01:19:41.817152 DEC= -68:09:35.15311 RAER= 10.51 DECER= 23.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.439, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0117-171', 'J0119-1654' RA= 01:19:43.645921 DEC= -16:54:08.97278 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.087, 8.4, 0.100, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '0116+515', 'J0119+5148' RA= 01:19:45.822775 DEC= +51:48:03.49396 RAER= 0.86 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0117-083', 'J0119-0807' RA= 01:19:47.753403 DEC= -08:07:27.62779 RAER= 0.60 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0117-542', 'J0119-5357' RA= 01:19:50.446400 DEC= -53:57:17.88829 RAER= 2.64 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0117-284', 'J0120-2810' RA= 01:20:01.422564 DEC= -28:10:19.85577 RAER= 1.67 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0117+417', 'J0120+4200' RA= 01:20:02.757405 DEC= +42:00:13.92632 RAER= 0.58 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0118-488', 'J0120-4833' RA= 01:20:11.728597 DEC= -48:33:39.27129 RAER= 5.24 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.289, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0117-009', 'J0120-0038' RA= 01:20:12.511685 DEC= -00:38:37.56234 RAER= 3.78 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0117-067', 'J0120-0626' RA= 01:20:14.032517 DEC= -06:26:48.15527 RAER= 0.84 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0117+117', 'J0120+1203' RA= 01:20:17.027979 DEC= +12:03:26.32436 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.060, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '0117+406', 'J0120+4053' RA= 01:20:19.249355 DEC= +40:53:29.03383 RAER= 0.64 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0118-272', 'J0120-2701' RA= 01:20:31.663347 DEC= -27:01:24.65253 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.700, 0.407, 5.0, 0.709, 0.249, 8.4, 0.598, 0.276, 15.2, 0.567, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 762 observations" / source= '0117+226', 'J0120+2256' RA= 01:20:33.368189 DEC= +22:56:36.67746 RAER= 0.83 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.019, 8.4, 0.039, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0118-172', 'J0120-1701' RA= 01:20:38.606045 DEC= -17:01:54.60343 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0118-033', 'J0120-0308' RA= 01:20:44.760199 DEC= -03:08:05.56954 RAER= 0.54 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.016, 8.4, 0.106, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0118-005', 'J0121-0015' RA= 01:21:00.729227 DEC= -00:15:19.05361 RAER= 0.50 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0118-283', 'J0121-2806' RA= 01:21:00.741991 DEC= -28:06:22.17838 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.122, 8.4, 0.141, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '0118-100', 'J0121-0944' RA= 01:21:02.105090 DEC= -09:44:28.81338 RAER= 19.86 DECER= 11.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0118+017', 'J0121+0203' RA= 01:21:02.224082 DEC= +02:03:25.92314 RAER= 0.96 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.012, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0118-128', 'J0121-1234' RA= 01:21:02.734503 DEC= -12:34:43.65065 RAER= 0.94 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0118-187', 'J0121-1827' RA= 01:21:14.534360 DEC= -18:27:22.25754 RAER= 6.81 DECER= 9.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0118-058', 'J0121-0533' RA= 01:21:20.128450 DEC= -05:33:35.75101 RAER= 0.91 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.025, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0118+035', 'J0121+0347' RA= 01:21:26.147789 DEC= +03:47:06.74387 RAER= 1.22 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.056, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '0119-303', 'J0121-3005' RA= 01:21:27.017556 DEC= -30:05:50.51361 RAER= 4.10 DECER= 6.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0118+111', 'J0121+1127' RA= 01:21:28.999193 DEC= +11:27:00.50314 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.114, 8.4, 0.140, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1818 observations" / source= '0119+115', 'J0121+1149' RA= 01:21:41.595051 DEC= +11:49:50.41341 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.454, 1.137, 5.0, 1.966, 1.573, 8.4, 1.537, 0.891, 15.2, 1.515, 0.823, 22.2, 1.310, 0.709 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101976 observations" / source= ' ', 'J0121+0957' RA= 01:21:42.744871 DEC= +09:57:59.86330 RAER= 0.30 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.016, 8.4, 0.039, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '0119-395', 'J0121-3915' RA= 01:21:52.700572 DEC= -39:15:44.27887 RAER= 3.23 DECER= 7.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.022, 8.4, 0.019, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0119+041', 'J0121+0422' RA= 01:21:56.861695 DEC= +04:22:24.73426 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.153, 0.822, 5.0, 0.831, 0.353, 8.4, 0.999, 0.372, 15.2, 1.277, 0.573 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65517 observations" / source= '0119+029', 'J0122+0310' RA= 01:22:01.909334 DEC= +03:10:02.41648 RAER= 0.28 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.074, 8.4, 0.066, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0119-377', 'J0122-3731' RA= 01:22:02.486289 DEC= -37:31:26.77050 RAER= 3.73 DECER= 13.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.021, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0119+418', 'J0122+4207' RA= 01:22:03.547750 DEC= +42:07:45.78243 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.083, 8.4, 0.125, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '0119-071', 'J0122-0653' RA= 01:22:11.225062 DEC= -06:53:19.06286 RAER= 0.67 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.025, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0119-005', 'J0122-0018' RA= 01:22:13.910475 DEC= -00:18:01.05038 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.131, 5.0, 0.162, 0.046, 8.4, 0.154, 0.067, 22.2, 0.249, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1389 observations" / source= '0119+254', 'J0122+2543' RA= 01:22:14.620271 DEC= +25:43:47.31645 RAER= 0.28 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '0119-011', 'J0122-0056' RA= 01:22:17.469958 DEC= -00:56:15.69688 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.102, 8.4, 0.163, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 887 observations" / source= '0119+578', 'J0122+5806' RA= 01:22:19.177424 DEC= +58:06:12.80664 RAER= 1.91 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.016, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0119-046', 'J0122-0421' RA= 01:22:27.885343 DEC= -04:21:27.17650 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.496, 0.069, 8.4, 0.268, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 713 observations" / source= '0119+191', 'J0122+1923' RA= 01:22:29.982367 DEC= +19:23:39.32967 RAER= 1.34 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.010, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0119+073', 'J0122+0734' RA= 01:22:35.289388 DEC= +07:34:37.43650 RAER= 1.02 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.011, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0119+247', 'J0122+2502' RA= 01:22:38.815989 DEC= +25:02:31.79268 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.499, 0.222, 5.0, 0.465, n/a, 8.4, 0.443, 0.254 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2220 observations" / source= '0119+638', 'J0122+6407' RA= 01:22:40.021032 DEC= +64:07:25.12408 RAER= 3.66 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0119+253', 'J0122+2536' RA= 01:22:40.774358 DEC= +25:36:14.95880 RAER= 0.44 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.078, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0119+296', 'J0122+2954' RA= 01:22:45.430047 DEC= +29:54:12.64325 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.248, 8.4, 0.297, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 738 observations" / source= '0120+137', 'J0122+1403' RA= 01:22:45.755229 DEC= +14:03:03.32976 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.113, 5.0, 0.107, 0.103, 8.4, 0.101, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '0119+586', 'J0122+5853' RA= 01:22:46.521788 DEC= +58:53:29.95933 RAER= 617.12 DECER= 110.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0119+366', 'J0122+3653' RA= 01:22:48.036935 DEC= +36:53:23.87923 RAER= 0.68 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0120-098', 'J0122-0935' RA= 01:22:48.068573 DEC= -09:35:46.98096 RAER= 1.17 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0120-071', 'J0122-0655' RA= 01:22:48.965458 DEC= -06:55:37.74681 RAER= 0.71 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.022, 8.4, 0.055, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0120-270', 'J0122-2649' RA= 01:22:48.969862 DEC= -26:49:03.56484 RAER= 2.33 DECER= 7.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0120+313', 'J0122+3133' RA= 01:22:51.200471 DEC= +31:33:40.25309 RAER= 0.56 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.064, 8.4, 0.081, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0120-078', 'J0122-0733' RA= 01:22:53.877060 DEC= -07:33:36.28715 RAER= 0.51 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.045, 8.4, 0.057, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0120+363', 'J0122+3639' RA= 01:22:54.305490 DEC= +36:39:15.48616 RAER= 0.51 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0120+304', 'J0123+3044' RA= 01:23:02.281444 DEC= +30:44:06.91768 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.139, 8.4, 0.129, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '0120+340', 'J0123+3420' RA= 01:23:08.637269 DEC= +34:20:48.66521 RAER= 0.72 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0120-151', 'J0123-1455' RA= 01:23:14.264755 DEC= -14:55:52.46496 RAER= 0.82 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0120+408', 'J0123+4106' RA= 01:23:19.931556 DEC= +41:06:21.37496 RAER= 2.22 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0120+358', 'J0123+3606' RA= 01:23:20.024428 DEC= +36:06:49.62729 RAER= 0.51 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.050, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0120+463', 'J0123+4635' RA= 01:23:21.929100 DEC= +46:35:36.17693 RAER= 0.70 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.044, 8.4, 0.037, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0120+224', 'J0123+2240' RA= 01:23:24.687618 DEC= +22:40:08.40138 RAER= 1.19 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0121-197', 'J0123-1926' RA= 01:23:27.192988 DEC= -19:26:24.92293 RAER= 0.78 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.012, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0120+378', 'J0123+3806' RA= 01:23:28.872822 DEC= +38:06:36.76255 RAER= 0.58 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.070, 8.4, 0.058, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0121-040', 'J0123-0348' RA= 01:23:35.774742 DEC= -03:48:39.31428 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.064, 8.4, 0.123, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '0121-295', 'J0123-2919' RA= 01:23:37.066220 DEC= -29:19:55.76680 RAER= 1.06 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0121-234', 'J0123-2310' RA= 01:23:38.349792 DEC= -23:10:58.88173 RAER= 0.89 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0121-110', 'J0123-1049' RA= 01:23:40.734648 DEC= -10:49:01.55292 RAER= 0.45 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.041, 8.4, 0.082, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0120+259', 'J0123+2615' RA= 01:23:43.045181 DEC= +26:15:22.42680 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.098, 8.4, 0.179, 0.129, 22.2, 0.235, 0.179 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1536 observations" / source= '0121-096', 'J0123-0923' RA= 01:23:46.384644 DEC= -09:23:03.33672 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.134, 8.4, 0.148, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '0121-293', 'J0123-2904' RA= 01:23:51.021160 DEC= -29:04:14.29070 RAER= 2.01 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0121+166', 'J0123+1653' RA= 01:23:58.492804 DEC= +16:53:25.19139 RAER= 2.83 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0121+068', 'J0124+0707' RA= 01:24:09.541552 DEC= +07:07:21.83347 RAER= 0.70 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0119+788', 'J0124+7908' RA= 01:24:10.718898 DEC= +79:08:39.05977 RAER= 6.77 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '0122-345', 'J0124-3416' RA= 01:24:21.459354 DEC= -34:16:21.45352 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.110, 8.4, 0.108, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0121-123', 'J0124-1207' RA= 01:24:21.707810 DEC= -12:07:37.41213 RAER= 0.56 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.042, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0121+560', 'J0124+5618' RA= 01:24:25.827038 DEC= +56:18:51.91445 RAER= 0.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.106, 8.4, 0.154, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 764 observations" / source= '0121+047', 'J0124+0459' RA= 01:24:26.153212 DEC= +04:59:22.46481 RAER= 0.50 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.012, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0119+789', 'J0124+7911' RA= 01:24:26.925850 DEC= +79:11:37.59267 RAER= 11.91 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0121-009', 'J0124-0038' RA= 01:24:29.678892 DEC= -00:38:58.15397 RAER= 0.78 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.043, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0122-031', 'J0124-0252' RA= 01:24:33.044044 DEC= -02:52:21.01154 RAER= 0.63 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.035, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0122-042', 'J0124-0401' RA= 01:24:34.814795 DEC= -04:01:02.62785 RAER= 0.75 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0121+536', 'J0124+5351' RA= 01:24:35.536840 DEC= +53:51:45.86262 RAER= 0.71 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.039, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0121+210', 'J0124+2116' RA= 01:24:37.465531 DEC= +21:16:58.96701 RAER= 0.55 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0121+318', 'J0124+3207' RA= 01:24:47.765419 DEC= +32:07:27.38304 RAER= 0.73 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.052, 8.4, 0.046, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0122-066', 'J0124-0625' RA= 01:24:50.485972 DEC= -06:25:00.93285 RAER= 0.28 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0122-158', 'J0124-1532' RA= 01:24:53.737701 DEC= -15:32:38.73855 RAER= 0.56 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.035, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0122+278', 'J0124+2805' RA= 01:24:55.879166 DEC= +28:05:11.39112 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.055, 8.4, 0.067, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '0122-514', 'J0124-5113' RA= 01:24:57.391479 DEC= -51:13:16.16753 RAER= 0.19 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0122-126', 'J0124-1225' RA= 01:24:57.465872 DEC= -12:25:52.62612 RAER= 1.12 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0122+047', 'J0125+0457' RA= 01:25:05.503933 DEC= +04:57:38.93596 RAER= 0.35 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.085, 8.4, 0.075, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0122+015', 'J0125+0146' RA= 01:25:05.512107 DEC= +01:46:26.92860 RAER= 0.25 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.053, 8.4, 0.068, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0122+470', 'J0125+4718' RA= 01:25:07.706789 DEC= +47:18:03.08580 RAER= 0.20 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.130, 8.4, 0.138, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '0122-375', 'J0125-3718' RA= 01:25:14.227374 DEC= -37:18:50.34509 RAER= 2.18 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.024, 8.4, 0.074, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0122-005', 'J0125-0018' RA= 01:25:17.150616 DEC= -00:18:28.90752 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.016, 8.4, 0.063, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0122-260', 'J0125-2549' RA= 01:25:18.837446 DEC= -25:49:04.38907 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.125, 8.4, 0.213, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '0122+273', 'J0125+2739' RA= 01:25:19.236996 DEC= +27:39:03.17381 RAER= 0.60 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.083, 8.4, 0.037, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0118+841', 'J0125+8424' RA= 01:25:20.955137 DEC= +84:24:59.69611 RAER= 37.24 DECER= 3.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, n/a, 5.0, 0.019, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0122-003', 'J0125-0005' RA= 01:25:28.843839 DEC= -00:05:55.93166 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.162, 0.487, 5.0, 0.985, 0.388, 8.4, 0.756, 0.297, 15.2, 0.814, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1595 observations" / source= '0123-306', 'J0125-3024' RA= 01:25:33.753238 DEC= -30:24:11.53345 RAER= 0.80 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.026, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0122+235', 'J0125+2351' RA= 01:25:34.282327 DEC= +23:51:09.36616 RAER= 0.69 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.033, 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0122+268', 'J0125+2705' RA= 01:25:36.441249 DEC= +27:05:57.88038 RAER= 0.71 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0123-048', 'J0125-0438' RA= 01:25:36.496436 DEC= -04:38:13.95239 RAER= 0.14 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.241, 0.101, 8.4, 0.212, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0122+220', 'J0125+2217' RA= 01:25:39.081362 DEC= +22:17:56.67879 RAER= 1.11 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0122+234', 'J0125+2340' RA= 01:25:39.158680 DEC= +23:40:41.08083 RAER= 1.08 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.022, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0122+316', 'J0125+3153' RA= 01:25:43.029690 DEC= +31:53:14.45730 RAER= 0.69 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.057, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0122+26A', 'J0125+2703' RA= 01:25:45.252560 DEC= +27:03:55.79151 RAER= 2.49 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0123-133', 'J0125-1304' RA= 01:25:50.070739 DEC= -13:04:27.09967 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.090, 8.4, 0.070, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0123+258', 'J0125+2606' RA= 01:25:52.845943 DEC= +26:06:36.76660 RAER= 0.68 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0123-161', 'J0125-1553' RA= 01:25:53.063754 DEC= -15:53:57.92447 RAER= 0.69 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0122+725', 'J0125+7245' RA= 01:25:59.217318 DEC= +72:45:46.62470 RAER= 4.83 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0123-016', 'J0126-0120' RA= 01:26:00.622173 DEC= -01:20:42.51140 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.066, 5.0, 0.077, 0.033, 8.4, 0.099, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '0122+705', 'J0126+7046' RA= 01:26:07.843660 DEC= +70:46:52.38589 RAER= 0.42 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.132, 8.4, 0.204, 0.050, 22.2, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 651 observations" / source= '0122+654', 'J0126+6543' RA= 01:26:09.802660 DEC= +65:43:25.47345 RAER= 0.95 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.032, 8.4, 0.059, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0123+345', 'J0126+3446' RA= 01:26:10.683740 DEC= +34:46:38.09030 RAER= 0.69 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.011, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0123-226', 'J0126-2222' RA= 01:26:15.001641 DEC= -22:22:33.60289 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.134, 5.0, 0.220, 0.101, 8.4, 0.238, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0124-680', 'J0126-6746' RA= 01:26:22.163554 DEC= -67:46:23.10571 RAER= 6.91 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0124-513', 'J0126-5103' RA= 01:26:24.307975 DEC= -51:03:09.55488 RAER= 2.87 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0124-361', 'J0126-3553' RA= 01:26:32.562912 DEC= -35:53:54.65385 RAER= 3.34 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.026, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0124-155', 'J0126-1518' RA= 01:26:33.890728 DEC= -15:18:34.11692 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.130, 8.4, 0.161, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0124-117', 'J0126-1131' RA= 01:26:35.954696 DEC= -11:31:21.78509 RAER= 1.09 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0124-249', 'J0126-2440' RA= 01:26:38.386213 DEC= -24:40:22.79430 RAER= 0.82 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0123+633', 'J0126+6335' RA= 01:26:40.582428 DEC= +63:35:28.49840 RAER= 3.90 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0123+632', 'J0126+6332' RA= 01:26:41.254292 DEC= +63:32:40.16569 RAER= 8.14 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0123+257', 'J0126+2559' RA= 01:26:42.792636 DEC= +25:59:01.30013 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.815, 0.689, 5.0, 0.772, 0.627, 8.4, 0.564, 0.430, 22.2, 0.473, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4122 observations" / source= '0124-223', 'J0126-2207' RA= 01:26:52.147418 DEC= -22:07:02.76194 RAER= 0.84 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0124+189', 'J0126+1912' RA= 01:26:54.429871 DEC= +19:12:52.19105 RAER= 0.29 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '0124+125', 'J0126+1245' RA= 01:26:54.747848 DEC= +12:45:50.11213 RAER= 0.22 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.021, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '0123+542', 'J0126+5430' RA= 01:26:55.007375 DEC= +54:30:53.43628 RAER= 0.47 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0123+731', 'J0127+7323' RA= 01:27:04.716341 DEC= +73:23:12.67545 RAER= 0.66 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.129, 8.4, 0.119, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 683 observations" / source= '0123+656', 'J0127+6554' RA= 01:27:10.477116 DEC= +65:54:19.55629 RAER= 2.09 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0124+031', 'J0127+0323' RA= 01:27:13.955882 DEC= +03:23:00.58411 RAER= 0.44 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '0125-484', 'J0127-4813' RA= 01:27:14.838994 DEC= -48:13:32.09382 RAER= 0.29 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.594, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0124-086', 'J0127-0821' RA= 01:27:16.311194 DEC= -08:21:28.89701 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.131, 5.0, 0.123, 0.086, 8.4, 0.146, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 711 observations" / source= '0124+495', 'J0127+4946' RA= 01:27:20.420380 DEC= +49:46:30.46417 RAER= 2.73 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0124+017', 'J0127+0158' RA= 01:27:22.881940 DEC= +01:58:24.52633 RAER= 0.39 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.033, 8.4, 0.099, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0125-365', 'J0127-3618' RA= 01:27:24.603066 DEC= -36:18:22.43693 RAER= 6.33 DECER= 17.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0124+329', 'J0127+3313' RA= 01:27:28.072379 DEC= +33:13:54.39777 RAER= 0.74 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0125-201', 'J0127-1956' RA= 01:27:30.628160 DEC= -19:56:08.99803 RAER= 3.58 DECER= 6.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0124+313', 'J0127+3135' RA= 01:27:35.265074 DEC= +31:35:21.20338 RAER= 0.55 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.066, 8.4, 0.049, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0125-352', 'J0127-3457' RA= 01:27:44.004537 DEC= -34:57:55.97610 RAER= 2.21 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0125+328', 'J0127+3305' RA= 01:27:53.633489 DEC= +33:05:37.24121 RAER= 0.35 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.065, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0125+029', 'J0128+0313' RA= 01:28:00.738066 DEC= +03:13:54.58615 RAER= 0.81 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.023, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0125-255', 'J0128-2519' RA= 01:28:01.031208 DEC= -25:19:00.67196 RAER= 1.02 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0125-176', 'J0128-1722' RA= 01:28:01.392757 DEC= -17:22:24.25224 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.054, 8.4, 0.090, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '0125+487', 'J0128+4901' RA= 01:28:08.063379 DEC= +49:01:05.98543 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.090, 8.4, 0.503, 0.332 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 466 observations" / source= '0123+792', 'J0128+7928' RA= 01:28:08.865945 DEC= +79:28:46.13107 RAER= 5.81 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.039, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0125+331', 'J0128+3324' RA= 01:28:11.693639 DEC= +33:24:33.44896 RAER= 0.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0125-169', 'J0128-1643' RA= 01:28:16.718865 DEC= -16:43:53.38959 RAER= 1.63 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0125+438', 'J0128+4404' RA= 01:28:26.029186 DEC= +44:04:30.47637 RAER= 0.34 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.045, 8.4, 0.047, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0125+210', 'J0128+2117' RA= 01:28:27.889214 DEC= +21:17:27.90669 RAER= 0.86 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0125+569', 'J0128+5712' RA= 01:28:29.894704 DEC= +57:12:49.35919 RAER= 2.04 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.007, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0125+628', 'J0128+6306' RA= 01:28:30.565064 DEC= +63:06:29.88187 RAER= 0.24 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.039, 5.0, 0.354, n/a, 8.4, 0.420, 0.153, 22.2, 0.370, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2137 observations" / source= '0125+162', 'J0128+1632' RA= 01:28:31.259781 DEC= +16:32:02.56306 RAER= 3.64 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0126-531', 'J0128-5255' RA= 01:28:34.401737 DEC= -52:55:19.23716 RAER= 1.12 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.345, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0125+311', 'J0128+3124' RA= 01:28:36.642063 DEC= +31:24:48.37755 RAER= 0.53 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.063, 8.4, 0.063, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0126-039', 'J0128-0340' RA= 01:28:39.221964 DEC= -03:40:09.50939 RAER= 0.86 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0125+443', 'J0128+4439' RA= 01:28:41.338936 DEC= +44:39:17.98102 RAER= 0.39 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0125+600', 'J0128+6016' RA= 01:28:44.638763 DEC= +60:16:17.44900 RAER= 3.84 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0125+485', 'J0128+4850' RA= 01:28:52.721488 DEC= +48:50:45.68916 RAER= 0.79 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.068, 8.4, 0.079, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0126+096', 'J0128+0955' RA= 01:28:56.482416 DEC= +09:55:02.92974 RAER= 0.74 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0126-288', 'J0128-2832' RA= 01:28:58.538187 DEC= -28:32:39.61512 RAER= 5.06 DECER= 9.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0126-129', 'J0128-1241' RA= 01:28:58.704686 DEC= -12:41:06.02716 RAER= 0.39 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0126-083', 'J0129-0807' RA= 01:29:20.038015 DEC= -08:07:41.85213 RAER= 0.60 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.040, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0126+307', 'J0129+3102' RA= 01:29:21.848033 DEC= +31:02:58.55188 RAER= 0.61 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.051, 8.4, 0.050, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0127-167', 'J0129-1631' RA= 01:29:26.497891 DEC= -16:31:58.08055 RAER= 0.40 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.051, 8.4, 0.066, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0126+274', 'J0129+2743' RA= 01:29:27.627172 DEC= +27:43:51.35518 RAER= 4.38 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0126+148', 'J0129+1508' RA= 01:29:28.704957 DEC= +15:08:37.97624 RAER= 0.57 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.015, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0126+451', 'J0129+4524' RA= 01:29:32.872910 DEC= +45:24:23.49839 RAER= 1.60 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0127-325', 'J0129-3219' RA= 01:29:35.013729 DEC= -32:19:31.21223 RAER= 0.72 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.091, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0126+343', 'J0129+3436' RA= 01:29:43.475549 DEC= +34:36:58.70946 RAER= 1.05 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0126+579', 'J0129+5814' RA= 01:29:44.580573 DEC= +58:14:41.07894 RAER= 28.25 DECER= 14.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0126+645', 'J0129+6446' RA= 01:29:46.820492 DEC= +64:46:30.67264 RAER= 1.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0127+145', 'J0129+1446' RA= 01:29:55.347168 DEC= +14:46:47.83625 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.156, 5.0, 0.366, 0.265, 8.4, 0.355, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '0127+077', 'J0129+0800' RA= 01:29:57.046993 DEC= +08:00:21.39807 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231 observations" / source= '0126+476', 'J0129+4751' RA= 01:29:58.522850 DEC= +47:51:46.78637 RAER= 0.81 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.056, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0127+233', 'J0129+2338' RA= 01:29:59.769376 DEC= +23:38:20.03680 RAER= 0.55 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.019, 8.4, 0.070, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0127+057', 'J0130+0603' RA= 01:30:03.315680 DEC= +06:03:01.75582 RAER= 2.04 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0127-105', 'J0130-1019' RA= 01:30:08.896433 DEC= -10:19:07.62191 RAER= 0.47 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0127+258', 'J0130+2608' RA= 01:30:23.530399 DEC= +26:08:08.38789 RAER= 0.84 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.007, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0128-217', 'J0130-2128' RA= 01:30:25.742631 DEC= -21:28:38.90429 RAER= 1.10 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0127+583', 'J0130+5834' RA= 01:30:25.814548 DEC= +58:34:22.03786 RAER= 28.55 DECER= 12.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0127+084', 'J0130+0842' RA= 01:30:27.634433 DEC= +08:42:46.17174 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.122, 8.4, 0.171, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2627 observations" / source= '0127+184', 'J0130+1843' RA= 01:30:30.646476 DEC= +18:43:21.86346 RAER= 0.45 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.059, 8.4, 0.085, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0127+575', 'J0130+5747' RA= 01:30:35.754162 DEC= +57:47:38.07635 RAER= 1.20 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.024, 8.4, 0.040, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0127+224', 'J0130+2241' RA= 01:30:39.656559 DEC= +22:41:29.88738 RAER= 0.52 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.050, 8.4, 0.059, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0128-383', 'J0130-3806' RA= 01:30:41.537986 DEC= -38:06:11.43496 RAER= 14.30 DECER= 39.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0127+535', 'J0130+5347' RA= 01:30:44.218956 DEC= +53:47:04.09292 RAER= 0.73 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0128-068', 'J0130-0635' RA= 01:30:47.437829 DEC= -06:35:22.10801 RAER= 0.99 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.013, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0128-133', 'J0131-1302' RA= 01:31:00.778295 DEC= -13:02:53.06796 RAER= 0.68 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0128-259', 'J0131-2543' RA= 01:31:01.320070 DEC= -25:43:53.83963 RAER= 0.85 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.053, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0127+610', 'J0131+6120' RA= 01:31:07.226422 DEC= +61:20:33.37050 RAER= 1.31 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.007, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0128+040', 'J0131+0418' RA= 01:31:07.930194 DEC= +04:18:00.91336 RAER= 0.77 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0128-124', 'J0131-1211' RA= 01:31:12.548742 DEC= -12:11:00.71387 RAER= 1.14 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.010, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0128+43A', 'J0131+435A' RA= 01:31:13.445345 DEC= +43:58:12.85780 RAER= 6.18 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0128+437', 'J0131+4358' RA= 01:31:13.466701 DEC= +43:58:12.93405 RAER= 1.99 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0128+554', 'J0131+5545' RA= 01:31:13.824716 DEC= +55:45:12.98043 RAER= 1.06 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.042, 15.2, 0.093, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0128+040', 'J0131+0415' RA= 01:31:19.701487 DEC= +04:15:29.29154 RAER= 1.64 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.016, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0128+383', 'J0131+3834' RA= 01:31:26.713453 DEC= +38:34:39.22090 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.094, 8.4, 0.267, 0.232 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0128-104', 'J0131-1009' RA= 01:31:26.715416 DEC= -10:09:31.14247 RAER= 1.26 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.045, 8.4, 0.041, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0128+009', 'J0131+0109' RA= 01:31:27.617079 DEC= +01:09:47.06262 RAER= 0.44 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0128+139', 'J0131+1413' RA= 01:31:29.197314 DEC= +14:13:16.94982 RAER= 0.57 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0128+002', 'J0131+0033' RA= 01:31:32.915473 DEC= +00:33:21.53314 RAER= 0.63 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0129-266', 'J0131-2623' RA= 01:31:40.285741 DEC= -26:23:14.88832 RAER= 1.64 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.032, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0131-795', 'J0131-7916' RA= 01:31:48.822841 DEC= -79:16:17.48527 RAER= 1.04 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0128+697', 'J0131+6958' RA= 01:31:52.715502 DEC= +69:58:42.01107 RAER= 1.80 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.085, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0124+845', 'J0131+8446' RA= 01:31:56.954971 DEC= +84:46:12.76327 RAER= 96.87 DECER= 5.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, n/a, 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0129+197', 'J0131+2001' RA= 01:31:57.645279 DEC= +20:01:21.30151 RAER= 1.39 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.018, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0129-085', 'J0131-0819' RA= 01:31:57.752697 DEC= -08:19:55.00494 RAER= 1.51 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0129+220', 'J0132+2216' RA= 01:32:03.078796 DEC= +22:16:50.33521 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.080, 8.4, 0.113, 0.069, 22.2, 0.180, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1417 observations" / source= '0129-071', 'J0132-0652' RA= 01:32:12.218982 DEC= -06:52:35.88789 RAER= 0.21 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.045, 8.4, 0.109, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 152 observations" / source= '0129-07A', 'J0132-065A' RA= 01:32:12.223860 DEC= -06:52:36.17411 RAER= 0.47 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations. No flux information" / source= '0129+51A', 'J0132+521A' RA= 01:32:18.855367 DEC= +52:11:31.00149 RAER= 1.38 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0129+519', 'J0132+5211' RA= 01:32:18.861079 DEC= +52:11:30.85996 RAER= 0.96 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.012, 8.4, 0.040, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0129+560', 'J0132+5620' RA= 01:32:20.447335 DEC= +56:20:40.36983 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.774, 0.358, 5.0, 0.612, 0.290, 8.4, 0.305, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0129+304', 'J0132+3044' RA= 01:32:22.671880 DEC= +30:44:07.26798 RAER= 0.84 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.029, 8.4, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0129+003', 'J0132+0035' RA= 01:32:23.962445 DEC= +00:35:41.23223 RAER= 0.36 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.036, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0130-620', 'J0132-6146' RA= 01:32:27.412801 DEC= -61:46:31.93005 RAER= 7.93 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0128+738', 'J0132+7404' RA= 01:32:31.656556 DEC= +74:04:26.34459 RAER= 4.86 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.024, 8.4, 0.063, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0130-099', 'J0132-0944' RA= 01:32:36.065726 DEC= -09:44:19.76367 RAER= 0.45 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0130-083', 'J0132-0804' RA= 01:32:41.126035 DEC= -08:04:04.83632 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.086, 8.4, 0.117, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 465 observations" / source= '0129+533', 'J0132+5335' RA= 01:32:42.743229 DEC= +53:35:14.10206 RAER= 2.64 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0129+592', 'J0132+5928' RA= 01:32:43.035868 DEC= +59:28:33.67965 RAER= 0.47 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.086, 8.4, 0.086, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0130-171', 'J0132-1654' RA= 01:32:43.487456 DEC= -16:54:48.52207 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.937, 0.351, 5.0, 0.974, 0.466, 8.4, 0.943, 0.421, 15.2, 1.994, 1.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4939 observations" / source= '0129+431', 'J0132+4325' RA= 01:32:44.126814 DEC= +43:25:32.66082 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.146, 5.0, 0.245, 0.202, 8.4, 0.261, 0.208 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '0130-074', 'J0132-0710' RA= 01:32:59.621932 DEC= -07:10:40.68080 RAER= 8.21 DECER= 13.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0130-447', 'J0133-4430' RA= 01:33:00.863732 DEC= -44:30:43.56529 RAER= 0.33 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.354, 0.271, 8.4, 0.169, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '0130+456', 'J0133+4555' RA= 01:33:03.274545 DEC= +45:55:49.70499 RAER= 0.21 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.106, 8.4, 0.114, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160 observations" / source= '0131-522', 'J0133-5200' RA= 01:33:05.762492 DEC= -52:00:03.94535 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24193 observations. No flux information" / source= '0130-444', 'J0133-4414' RA= 01:33:06.365226 DEC= -44:14:21.40115 RAER= 3.18 DECER= 10.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0130+416', 'J0133+4151' RA= 01:33:18.337757 DEC= +41:51:36.47930 RAER= 2.58 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0130+242', 'J0133+2427' RA= 01:33:24.627965 DEC= +24:27:41.30469 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.027, 8.4, 0.088, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 884 observations" / source= '0130+173', 'J0133+1733' RA= 01:33:28.775459 DEC= +17:33:54.18328 RAER= 0.45 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0130+198', 'J0133+2006' RA= 01:33:37.712547 DEC= +20:06:00.47800 RAER= 0.51 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.027, 8.4, 0.082, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0131+100', 'J0133+1019' RA= 01:33:38.973314 DEC= +10:19:44.10269 RAER= 2.23 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0130+381', 'J0133+3822' RA= 01:33:43.050973 DEC= +38:22:59.36404 RAER= 0.83 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0131-237', 'J0133-2332' RA= 01:33:55.508092 DEC= -23:32:15.48683 RAER= 0.96 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0131-367', 'J0133-3629' RA= 01:33:57.694651 DEC= -36:29:35.46174 RAER= 4.78 DECER= 9.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.032, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0131-165', 'J0134-1617' RA= 01:34:09.554554 DEC= -16:17:40.04721 RAER= 1.00 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.047, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0130+541', 'J0134+5426' RA= 01:34:10.045005 DEC= +54:26:15.18246 RAER= 1.85 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.014, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0131-001', 'J0134+0003' RA= 01:34:12.704175 DEC= +00:03:45.13867 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.607, 0.171, 8.4, 0.196, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0131-013', 'J0134-0107' RA= 01:34:12.781420 DEC= -01:07:29.42339 RAER= 0.65 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0131-122', 'J0134-1202' RA= 01:34:24.960493 DEC= -12:02:38.24788 RAER= 0.55 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.050, 8.4, 0.055, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0131+263', 'J0134+2638' RA= 01:34:28.194796 DEC= +26:38:43.01153 RAER= 0.46 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.005, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0132-351', 'J0134-3454' RA= 01:34:29.134378 DEC= -34:54:26.07236 RAER= 74.72 DECER= 87.78 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0132-389', 'J0134-3843' RA= 01:34:32.030138 DEC= -38:43:33.38578 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.497, 0.245, 8.4, 0.419, 0.320 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '0132-09B', 'J0134-093B' RA= 01:34:35.661517 DEC= -09:31:03.02071 RAER= 0.19 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.083, 8.4, 0.214, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '0132-097', 'J0134-093A' RA= 01:34:35.667083 DEC= -09:31:02.86289 RAER= 0.23 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.061, 8.4, 0.281, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '0132-09C', 'J0134-093C' RA= 01:34:35.674413 DEC= -09:31:02.89069 RAER= 0.90 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.110, 8.4, 0.226, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0132-09E', 'J0134-093E' RA= 01:34:35.685377 DEC= -09:31:02.63112 RAER= 0.76 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.060, 8.4, 0.255, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '0132-09D', 'J0134-093D' RA= 01:34:35.703439 DEC= -09:31:03.28196 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.067, 8.4, 0.207, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '0131+589', 'J0134+5914' RA= 01:34:39.115220 DEC= +59:14:31.56055 RAER= 0.84 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.120, 8.4, 0.077, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0130+691', 'J0134+6925' RA= 01:34:40.761267 DEC= +69:25:10.89961 RAER= 0.31 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.119, 8.4, 0.210, 0.144, 22.2, 0.235, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1958 observations" / source= '0132-273', 'J0134-2702' RA= 01:34:54.817683 DEC= -27:02:57.32538 RAER= 0.80 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.022, 8.4, 0.042, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0131+533', 'J0134+5337' RA= 01:34:59.284270 DEC= +53:37:23.35204 RAER= 6.12 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0132+352', 'J0135+3531' RA= 01:35:02.019960 DEC= +35:31:21.30874 RAER= 0.65 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.008, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0132+103', 'J0135+1036' RA= 01:35:02.406132 DEC= +10:36:47.83885 RAER= 0.50 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.072, 8.4, 0.043, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0132+004', 'J0135+0043' RA= 01:35:10.951879 DEC= +00:43:08.85978 RAER= 0.65 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.037, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0132-003', 'J0135-0007' RA= 01:35:14.396040 DEC= -00:07:03.75517 RAER= 0.60 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.104, 8.4, 0.093, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0133-266', 'J0135-2623' RA= 01:35:25.786549 DEC= -26:23:37.75138 RAER= 1.12 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0133-204', 'J0135-2008' RA= 01:35:37.509405 DEC= -20:08:45.86237 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.510, 0.249, 8.4, 0.332, 0.189, 15.2, 0.398, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '0133+217', 'J0135+2158' RA= 01:35:53.496576 DEC= +21:58:16.13775 RAER= 0.20 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.059, 8.4, 0.101, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '0133-410', 'J0136-4044' RA= 01:36:02.856493 DEC= -40:44:50.29847 RAER= 0.27 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.197, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '0133-328', 'J0136-3238' RA= 01:36:04.956295 DEC= -32:38:10.72432 RAER= 1.77 DECER= 4.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.016, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0133+311', 'J0136+3124' RA= 01:36:17.538108 DEC= +31:24:32.22550 RAER= 0.61 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0134-329', 'J0136-3240' RA= 01:36:22.449584 DEC= -32:40:42.01379 RAER= 1.06 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.021, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0133+207', 'J0136+2057' RA= 01:36:24.420818 DEC= +20:57:27.52363 RAER= 0.35 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.030, 8.4, 0.064, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0133+202', 'J0136+2028' RA= 01:36:32.183739 DEC= +20:28:17.40604 RAER= 0.61 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.037, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0133+388', 'J0136+3905' RA= 01:36:32.598345 DEC= +39:05:59.19862 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.032, 8.4, 0.035, 0.028, 15.2, 0.007, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 517 observations" / source= '0133+220', 'J0136+2219' RA= 01:36:40.471649 DEC= +22:19:38.35951 RAER= 0.26 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.108, 8.4, 0.095, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0134-117', 'J0136-1132' RA= 01:36:40.756686 DEC= -11:32:05.37958 RAER= 0.53 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0134+105', 'J0136+1050' RA= 01:36:53.169295 DEC= +10:50:19.28965 RAER= 1.22 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.039, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0134-342', 'J0136-3402' RA= 01:36:55.023105 DEC= -34:02:32.96792 RAER= 8.04 DECER= 23.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0133+602', 'J0136+6032' RA= 01:36:56.806670 DEC= +60:32:05.06665 RAER= 35.60 DECER= 7.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.044, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0133+476', 'J0136+4751' RA= 01:36:58.594813 DEC= +47:51:29.10006 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.584, 0.911, 5.0, 1.928, 1.575, 8.4, 2.341, 1.810, 15.2, 3.299, 2.603 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358496 observations" / source= '0134-138', 'J0136-1335' RA= 01:36:58.745228 DEC= -13:35:34.58584 RAER= 2.34 DECER= 4.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0134-250', 'J0137-2444' RA= 01:37:07.671642 DEC= -24:44:47.79305 RAER= 0.85 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0134+311', 'J0137+3122' RA= 01:37:08.733637 DEC= +31:22:35.85556 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.443, 0.288, 8.4, 0.303, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12715 observations" / source= '0134-033', 'J0137-0306' RA= 01:37:14.614563 DEC= -03:06:34.10665 RAER= 2.30 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0134+215', 'J0137+2145' RA= 01:37:15.624964 DEC= +21:45:44.27120 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.058, 8.4, 0.128, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '0134-229', 'J0137-2242' RA= 01:37:17.614631 DEC= -22:42:01.29286 RAER= 10.12 DECER= 14.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0134+084', 'J0137+0843' RA= 01:37:24.482837 DEC= +08:43:38.17543 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.014, 8.4, 0.083, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '0134+092', 'J0137+0930' RA= 01:37:24.807572 DEC= +09:30:43.18952 RAER= 4.93 DECER= 6.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0135-247', 'J0137-2430' RA= 01:37:38.346442 DEC= -24:30:53.88556 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.954, 0.594, 5.0, 1.308, 0.997, 8.4, 0.947, 0.347, 15.2, 1.205, 0.457 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1428 observations" / source= '0134+329', 'J0137+3309' RA= 01:37:41.299642 DEC= +33:09:35.07894 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.932, 0.170, 5.0, 0.460, 0.103, 8.4, 0.181, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7831 observations" / source= '0135-264', 'J0137-2613' RA= 01:37:41.608054 DEC= -26:13:27.86131 RAER= 0.64 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.035, 8.4, 0.054, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0134+579', 'J0137+5814' RA= 01:37:50.476457 DEC= +58:14:11.32223 RAER= 1.06 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.053, 15.2, 0.069, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0135+091', 'J0137+0923' RA= 01:37:51.093796 DEC= +09:23:19.13170 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.085, 5.0, 0.132, 0.101, 8.4, 0.142, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 529 observations" / source= '0135+225', 'J0138+2248' RA= 01:38:01.145344 DEC= +22:48:08.57260 RAER= 0.56 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.012, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0135-131', 'J0138-1252' RA= 01:38:05.393114 DEC= -12:52:10.79516 RAER= 1.61 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0135-274', 'J0138-2711' RA= 01:38:09.818224 DEC= -27:11:27.93284 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.219, 8.4, 0.157, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '0135+147', 'J0138+1501' RA= 01:38:10.147371 DEC= +15:01:53.79110 RAER= 0.53 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0135-296', 'J0138-2924' RA= 01:38:15.411470 DEC= -29:24:04.79085 RAER= 1.60 DECER= 3.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.050, 8.4, 0.068, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0135+375', 'J0138+3745' RA= 01:38:23.145964 DEC= +37:45:28.11221 RAER= 2.14 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.014, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0129+859', 'J0138+8611' RA= 01:38:29.636799 DEC= +86:11:40.90454 RAER= 19.34 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.036, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0136-464', 'J0138-4614' RA= 01:38:33.917362 DEC= -46:14:16.95036 RAER= 1.46 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0135+291', 'J0138+2922' RA= 01:38:35.323698 DEC= +29:22:04.58930 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.056, 8.4, 0.109, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0135+359', 'J0138+3611' RA= 01:38:41.216208 DEC= +36:11:06.18315 RAER= 1.20 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.030, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0135+483', 'J0138+4836' RA= 01:38:41.976503 DEC= +48:36:08.19406 RAER= 1.55 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.018, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0136-059', 'J0138-0540' RA= 01:38:51.851250 DEC= -05:40:08.24278 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.134, 8.4, 0.211, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '0136-127', 'J0138-1230' RA= 01:38:51.897287 DEC= -12:30:38.60024 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.072, 8.4, 0.076, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0136-231', 'J0138-2254' RA= 01:38:57.465653 DEC= -22:54:47.32972 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.179, 8.4, 0.209, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0136+286', 'J0138+2851' RA= 01:38:57.693428 DEC= +28:51:26.64427 RAER= 1.36 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0136-076', 'J0138-0721' RA= 01:38:58.850466 DEC= -07:21:12.47473 RAER= 4.22 DECER= 10.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0136+257', 'J0138+2600' RA= 01:38:59.145219 DEC= +26:00:15.70597 RAER= 0.80 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.046, 8.4, 0.046, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0136+392', 'J0139+3927' RA= 01:39:01.745482 DEC= +39:27:54.75777 RAER= 0.50 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.065, 8.4, 0.064, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0136+165', 'J0139+1647' RA= 01:39:02.906838 DEC= +16:47:39.18323 RAER= 5.63 DECER= 5.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0136+480', 'J0139+4816' RA= 01:39:08.984734 DEC= +48:16:57.64714 RAER= 0.89 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0136+270', 'J0139+2718' RA= 01:39:09.469900 DEC= +27:18:25.28509 RAER= 0.71 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.047, 8.4, 0.071, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0135+583', 'J0139+5835' RA= 01:39:11.180430 DEC= +58:35:43.02662 RAER= 3.92 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.024, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0137-296', 'J0139-2925' RA= 01:39:29.376160 DEC= -29:25:06.54956 RAER= 0.96 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0137-477', 'J0139-4732' RA= 01:39:40.367315 DEC= -47:32:00.80397 RAER= 3.87 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0136+176', 'J0139+1753' RA= 01:39:41.979172 DEC= +17:53:07.54990 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.172, 8.4, 0.211, 0.061, 15.2, 0.226, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '0137-240', 'J0139-2345' RA= 01:39:44.462639 DEC= -23:45:58.15505 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.072, 5.0, 0.102, 0.085, 8.4, 0.128, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '0136+242', 'J0139+2431' RA= 01:39:44.754475 DEC= +24:31:20.60467 RAER= 0.57 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.015, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0136+424', 'J0139+4241' RA= 01:39:54.655457 DEC= +42:41:11.13125 RAER= 1.36 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0137-273', 'J0139-2705' RA= 01:39:55.398572 DEC= -27:05:29.17851 RAER= 0.28 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.051, 8.4, 0.048, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0137+228', 'J0139+2307' RA= 01:39:56.344941 DEC= +23:07:16.60197 RAER= 2.73 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0137+081', 'J0139+0824' RA= 01:39:57.193754 DEC= +08:24:26.65229 RAER= 0.25 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.037, 8.4, 0.052, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 292 observations" / source= '0137+012', 'J0139+0131' RA= 01:39:57.305781 DEC= +01:31:46.13872 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.070, 8.4, 0.186, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 773 observations" / source= '0137-158', 'J0140-1532' RA= 01:40:04.435194 DEC= -15:32:55.68008 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.213, 8.4, 0.336, 0.231 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '0137+245', 'J0140+2446' RA= 01:40:06.127969 DEC= +24:46:11.83955 RAER= 0.59 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.034, 8.4, 0.051, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0137-102', 'J0140-0956' RA= 01:40:12.830750 DEC= -09:56:57.49041 RAER= 1.36 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0137+401', 'J0140+4024' RA= 01:40:33.754602 DEC= +40:24:13.89441 RAER= 1.11 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0138-381', 'J0140-3756' RA= 01:40:36.820518 DEC= -37:56:45.81194 RAER= 0.31 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.066, 8.4, 0.063, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0138-129', 'J0140-1241' RA= 01:40:37.443553 DEC= -12:41:55.35683 RAER= 0.48 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.040, 8.4, 0.059, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0137+443', 'J0140+4435' RA= 01:40:39.776563 DEC= +44:35:33.75447 RAER= 1.50 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.007, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0138-082', 'J0140-0758' RA= 01:40:40.891315 DEC= -07:58:48.98540 RAER= 0.84 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.015, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0137+467', 'J0140+4658' RA= 01:40:43.072359 DEC= +46:58:28.49085 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.054, 8.4, 0.122, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '0137+635', 'J0140+6346' RA= 01:40:43.077921 DEC= +63:46:06.89060 RAER= 0.29 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.462, 0.088, 8.4, 0.299, 0.053, 22.2, 0.162, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '0138+026', 'J0140+0254' RA= 01:40:43.587803 DEC= +02:54:44.58896 RAER= 0.25 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.049, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0138-295', 'J0140-2917' RA= 01:40:45.812337 DEC= -29:17:50.67419 RAER= 15.44 DECER= 27.20 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations. No flux information" / source= '0138-161', 'J0140-1556' RA= 01:40:47.906037 DEC= -15:56:01.87203 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.067, 8.4, 0.082, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0138-329', 'J0140-3244' RA= 01:40:51.185311 DEC= -32:44:10.97490 RAER= 10.38 DECER= 38.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0137+434', 'J0140+4342' RA= 01:40:54.664474 DEC= +43:42:45.20768 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.087, 8.4, 0.155, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 597 observations" / source= '0137+644', 'J0140+6441' RA= 01:40:58.526416 DEC= +64:41:04.05277 RAER= 4.31 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.027, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0136+748', 'J0141+7506' RA= 01:41:00.620708 DEC= +75:06:28.25809 RAER= 2.38 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0138-219', 'J0141-2144' RA= 01:41:06.818371 DEC= -21:44:24.54648 RAER= 0.56 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.059, 8.4, 0.024, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0138+136', 'J0141+1353' RA= 01:41:09.148558 DEC= +13:53:28.40253 RAER= 0.46 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.336, 0.006, 8.4, 0.257, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '0137+728', 'J0141+7307' RA= 01:41:19.046174 DEC= +73:07:42.58870 RAER= 0.93 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.052, 8.4, 0.099, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0139-384', 'J0141-3812' RA= 01:41:19.572386 DEC= -38:12:49.65445 RAER= 1.35 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.068, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0138+330', 'J0141+3318' RA= 01:41:22.889968 DEC= +33:18:30.12288 RAER= 0.67 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.051, 8.4, 0.095, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0138+331', 'J0141+3322' RA= 01:41:24.844076 DEC= +33:22:15.07518 RAER= 0.94 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0138-097', 'J0141-0928' RA= 01:41:25.832166 DEC= -09:28:43.67433 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.562, 0.445, 5.0, 0.504, 0.500, 8.4, 0.544, 0.240, 15.2, 0.546, 0.363 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7317 observations" / source= '0139-273', 'J0141-2706' RA= 01:41:27.209293 DEC= -27:06:05.82361 RAER= 19.95 DECER= 17.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0138+302', 'J0141+3029' RA= 01:41:28.359406 DEC= +30:29:56.46180 RAER= 0.71 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0139-022', 'J0141-0202' RA= 01:41:33.790176 DEC= -02:02:21.55351 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.176, 5.0, 0.212, 0.191, 8.4, 0.191, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 704 observations" / source= '0139-097', 'J0141-0930' RA= 01:41:37.939738 DEC= -09:30:01.78649 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.062, 5.0, 0.049, n/a, 8.4, 0.058, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1420 observations" / source= '0139-570', 'J0141-5650' RA= 01:41:41.467179 DEC= -56:50:37.36674 RAER= 1.73 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '0139-235', 'J0141-2315' RA= 01:41:41.732845 DEC= -23:15:10.96995 RAER= 4.07 DECER= 6.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0139-478', 'J0141-4736' RA= 01:41:48.774471 DEC= -47:36:22.20491 RAER= 4.39 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0139+228', 'J0141+2303' RA= 01:41:57.025374 DEC= +23:03:18.92662 RAER= 2.65 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0139+391', 'J0141+3923' RA= 01:41:57.755367 DEC= +39:23:29.12694 RAER= 0.31 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0139+383', 'J0141+3833' RA= 01:41:58.341572 DEC= +38:33:10.33037 RAER= 0.74 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.058, 8.4, 0.054, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0139-138', 'J0142-1336' RA= 01:42:04.997000 DEC= -13:36:24.29289 RAER= 4.39 DECER= 8.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0138+495', 'J0142+4945' RA= 01:42:05.881660 DEC= +49:45:37.73286 RAER= 1.00 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.037, 8.4, 0.036, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0139-312', 'J0142-3057' RA= 01:42:08.121571 DEC= -30:57:22.59715 RAER= 1.28 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0139-015', 'J0142-0114' RA= 01:42:14.968424 DEC= -01:14:57.00122 RAER= 0.53 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0140-274', 'J0142-2711' RA= 01:42:20.176452 DEC= -27:11:25.32528 RAER= 0.28 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.083, 5.0, 0.130, 0.123, 8.4, 0.111, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0139-174', 'J0142-1714' RA= 01:42:23.405780 DEC= -17:14:35.42499 RAER= 0.44 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.058, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0139+265', 'J0142+2646' RA= 01:42:28.098393 DEC= +26:46:41.53430 RAER= 0.56 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.049, 8.4, 0.055, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0139+082', 'J0142+0827' RA= 01:42:31.070458 DEC= +08:27:58.26616 RAER= 0.64 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0139+217', 'J0142+2157' RA= 01:42:35.441494 DEC= +21:57:32.30227 RAER= 0.56 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.048, 8.4, 0.079, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0140-079', 'J0142-0743' RA= 01:42:36.445248 DEC= -07:43:03.14805 RAER= 4.74 DECER= 5.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0140-059', 'J0142-0544' RA= 01:42:38.877176 DEC= -05:44:01.55985 RAER= 0.18 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.039, 8.4, 0.111, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0140-168', 'J0142-1633' RA= 01:42:45.261218 DEC= -16:33:07.19592 RAER= 0.47 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0141-609', 'J0142-6044' RA= 01:42:56.906520 DEC= -60:44:48.95707 RAER= 0.46 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.495, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0140-190', 'J0142-1849' RA= 01:42:58.020534 DEC= -18:49:41.42389 RAER= 1.05 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.052, 8.4, 0.107, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0140+283', 'J0143+2833' RA= 01:43:00.432484 DEC= +28:33:37.53135 RAER= 3.30 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0140+133', 'J0143+1338' RA= 01:43:02.319666 DEC= +13:38:44.91661 RAER= 0.31 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, n/a, 8.4, 0.274, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0140+412', 'J0143+4129' RA= 01:43:03.184545 DEC= +41:29:20.44537 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.132, 8.4, 0.171, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 623 observations" / source= '0140-366', 'J0143-3622' RA= 01:43:08.760131 DEC= -36:22:58.47428 RAER= 1.07 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0140-322', 'J0143-3200' RA= 01:43:10.131566 DEC= -32:00:56.65210 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.132, 8.4, 0.235, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '0140-015', 'J0143-0119' RA= 01:43:16.721671 DEC= -01:19:01.04183 RAER= 0.46 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0140+120', 'J0143+1215' RA= 01:43:31.092282 DEC= +12:15:42.93263 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.038, 8.4, 0.113, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '0140+264', 'J0143+2639' RA= 01:43:37.141018 DEC= +26:39:32.55676 RAER= 0.79 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.008, 8.4, 0.031, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0140+490', 'J0143+4915' RA= 01:43:46.880027 DEC= +49:15:41.58446 RAER= 0.28 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.068, 8.4, 0.089, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '0142-590', 'J0143-5845' RA= 01:43:47.430274 DEC= -58:45:51.37877 RAER= 19.28 DECER= 7.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0141-229', 'J0143-2242' RA= 01:43:50.787643 DEC= -22:42:36.24337 RAER= 1.01 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0141+019', 'J0143+0211' RA= 01:43:56.032709 DEC= +02:11:48.14555 RAER= 1.17 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.009, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0141+339', 'J0144+3411' RA= 01:44:11.831014 DEC= +34:11:56.39578 RAER= 0.24 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.029, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '0142-646', 'J0144-6421' RA= 01:44:16.767111 DEC= -64:21:42.78101 RAER= 2.87 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0141-033', 'J0144-0304' RA= 01:44:20.035519 DEC= -03:04:06.96195 RAER= 1.08 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.008, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0141+268', 'J0144+2705' RA= 01:44:33.553850 DEC= +27:05:03.11818 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.112, 8.4, 0.256, 0.201, 15.2, 0.245, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '0142-182', 'J0144-1758' RA= 01:44:34.962151 DEC= -17:58:28.93078 RAER= 0.61 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.018, 8.4, 0.051, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0141+072', 'J0144+0729' RA= 01:44:35.347794 DEC= +07:29:00.54001 RAER= 0.71 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.019, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0142-383', 'J0144-3805' RA= 01:44:39.484869 DEC= -38:05:20.49708 RAER= 7.28 DECER= 22.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0142+025', 'J0144+0245' RA= 01:44:53.387326 DEC= +02:45:17.07223 RAER= 0.94 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0142-398', 'J0144-3938' RA= 01:44:54.093599 DEC= -39:38:10.52607 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 8.4, 0.138, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '0142+127', 'J0144+1259' RA= 01:44:59.234222 DEC= +12:59:49.10705 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 267 observations" / source= '0142-369', 'J0145-3640' RA= 01:45:00.314176 DEC= -36:40:42.01624 RAER= 1.64 DECER= 6.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0142-278', 'J0145-2733' RA= 01:45:03.394588 DEC= -27:33:34.32845 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.738, 0.352, 5.0, 1.127, n/a, 8.4, 0.742, 0.365, 15.2, 0.897, 0.518 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 693 observations" / source= '0142-218', 'J0145-2138' RA= 01:45:14.163973 DEC= -21:38:13.99824 RAER= 0.64 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.030, 8.4, 0.068, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0141+579', 'J0145+5810' RA= 01:45:14.298477 DEC= +58:10:49.79128 RAER= 0.90 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.033, 8.4, 0.074, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0142-260', 'J0145-2545' RA= 01:45:17.290036 DEC= -25:45:55.50413 RAER= 1.05 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.033, 8.4, 0.040, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0143-284', 'J0145-2814' RA= 01:45:26.485933 DEC= -28:14:35.42577 RAER= 0.74 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.042, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0142+387', 'J0145+3857' RA= 01:45:29.216370 DEC= +38:57:42.11657 RAER= 0.97 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0142+359', 'J0145+3614' RA= 01:45:40.192682 DEC= +36:14:15.40353 RAER= 2.64 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0143-208', 'J0145-2038' RA= 01:45:41.167588 DEC= -20:38:21.37398 RAER= 1.73 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.024, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0143+089', 'J0145+0909' RA= 01:45:51.738200 DEC= +09:09:55.94657 RAER= 0.48 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0143+230', 'J0145+2319' RA= 01:45:52.906255 DEC= +23:19:19.29805 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.429, 0.365, 8.4, 0.323, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0142+679', 'J0146+6810' RA= 01:46:11.045506 DEC= +68:10:07.97836 RAER= 4.20 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0143+021', 'J0146+0222' RA= 01:46:14.550174 DEC= +02:22:08.37343 RAER= 7.25 DECER= 7.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0143+463', 'J0146+4635' RA= 01:46:15.195436 DEC= +46:35:17.51015 RAER= 0.92 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0143+162', 'J0146+1630' RA= 01:46:19.033919 DEC= +16:30:55.32523 RAER= 0.46 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.050, 8.4, 0.061, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0143+458', 'J0146+4606' RA= 01:46:26.524069 DEC= +46:06:17.89424 RAER= 1.59 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0143+475', 'J0146+4745' RA= 01:46:31.148913 DEC= +47:45:55.06978 RAER= 0.74 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.018, 8.4, 0.060, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0143+125', 'J0146+1245' RA= 01:46:33.279206 DEC= +12:45:50.85723 RAER= 1.16 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0144-122', 'J0146-1159' RA= 01:46:35.480758 DEC= -11:59:31.63868 RAER= 1.25 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0144-277', 'J0146-2727' RA= 01:46:40.290454 DEC= -27:27:40.55008 RAER= 1.44 DECER= 4.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0143+426', 'J0146+4252' RA= 01:46:44.452720 DEC= +42:52:06.00178 RAER= 38.26 DECER= 27.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0144-374', 'J0146-3711' RA= 01:46:46.086740 DEC= -37:11:55.31299 RAER= 1.52 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.025, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0144-522', 'J0146-5202' RA= 01:46:48.581836 DEC= -52:02:33.64672 RAER= 2.44 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0144-022', 'J0146-0157' RA= 01:46:52.788921 DEC= -01:57:21.14931 RAER= 3.33 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0144-159', 'J0146-1540' RA= 01:46:52.906046 DEC= -15:40:51.00879 RAER= 0.49 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.046, 8.4, 0.087, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0144-380', 'J0146-3747' RA= 01:46:55.620475 DEC= -37:47:22.28926 RAER= 25.55 DECER= 56.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0144+209', 'J0146+2110' RA= 01:46:58.783776 DEC= +21:10:24.38409 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.026, 0.100, 8.4, 0.258, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '0144-219', 'J0147-2144' RA= 01:47:07.353253 DEC= -21:44:42.51212 RAER= 0.76 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, n/a, 5.0, 0.127, 0.037, 8.4, 0.101, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0144+201', 'J0147+2023' RA= 01:47:11.307818 DEC= +20:23:36.41894 RAER= 0.66 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0144-209', 'J0147-2043' RA= 01:47:16.361937 DEC= -20:43:01.00444 RAER= 1.37 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.011, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0143+653', 'J0147+6535' RA= 01:47:17.889977 DEC= +65:35:58.32825 RAER= 1.34 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0144-053', 'J0147-0508' RA= 01:47:18.347056 DEC= -05:08:01.78993 RAER= 0.75 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.070, 8.4, 0.087, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0144+557', 'J0147+5600' RA= 01:47:20.472136 DEC= +56:00:11.17620 RAER= 31.75 DECER= 17.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0144-050', 'J0147-0445' RA= 01:47:21.123054 DEC= -04:45:42.14822 RAER= 0.74 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.030, 8.4, 0.061, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0144+070', 'J0147+0715' RA= 01:47:27.795255 DEC= +07:15:03.06947 RAER= 4.57 DECER= 6.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0143+662', 'J0147+6627' RA= 01:47:28.394622 DEC= +66:27:20.75008 RAER= 0.93 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.064, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0145-218', 'J0147-2139' RA= 01:47:32.513035 DEC= -21:39:01.30786 RAER= 1.22 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.049, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0145-242', 'J0147-2358' RA= 01:47:36.043165 DEC= -23:58:17.13806 RAER= 1.30 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.020, 8.4, 0.032, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0144+487', 'J0147+4859' RA= 01:47:37.775060 DEC= +48:59:37.51075 RAER= 0.21 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.058, 8.4, 0.144, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0145-087', 'J0147-0827' RA= 01:47:38.386104 DEC= -08:27:18.04692 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.076, 8.4, 0.132, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '0144+584', 'J0147+5840' RA= 01:47:46.540864 DEC= +58:40:44.97102 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.142, 8.4, 0.130, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 913 observations" / source= '0145+060', 'J0147+0619' RA= 01:47:50.232869 DEC= +06:19:14.24023 RAER= 2.60 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0145+210', 'J0147+2115' RA= 01:47:53.822863 DEC= +21:15:39.72646 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.158, 8.4, 0.151, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '0144+430', 'J0147+4319' RA= 01:47:57.668974 DEC= +43:19:43.18810 RAER= 7.03 DECER= 7.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0145+064', 'J0147+0641' RA= 01:47:57.924949 DEC= +06:41:51.23645 RAER= 0.54 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0145-135', 'J0148-1320' RA= 01:48:04.682652 DEC= -13:20:19.45579 RAER= 0.51 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0145-247', 'J0148-2432' RA= 01:48:06.323047 DEC= -24:32:44.74023 RAER= 9.28 DECER= 11.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0145+346', 'J0148+3453' RA= 01:48:14.750316 DEC= +34:53:11.52977 RAER= 0.74 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0145+000', 'J0148+0019' RA= 01:48:16.255971 DEC= +00:19:44.95287 RAER= 0.47 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0146-285', 'J0148-2818' RA= 01:48:19.186382 DEC= -28:18:42.92177 RAER= 63.85 DECER= 63.24 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0145+517', 'J0148+5202' RA= 01:48:20.336540 DEC= +52:02:05.12889 RAER= 0.78 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0145+386', 'J0148+3854' RA= 01:48:24.377540 DEC= +38:54:05.22036 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.397, 8.4, 0.493, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 738 observations" / source= '0145+195', 'J0148+1946' RA= 01:48:26.389806 DEC= +19:46:34.56284 RAER= 5.04 DECER= 8.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0145+102', 'J0148+1028' RA= 01:48:28.873873 DEC= +10:28:21.30782 RAER= 0.39 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.007, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '0145+012', 'J0148+0129' RA= 01:48:33.794991 DEC= +01:29:01.43917 RAER= 0.47 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0145+227', 'J0148+2258' RA= 01:48:37.030177 DEC= +22:58:43.14127 RAER= 0.63 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0146+092', 'J0148+0927' RA= 01:48:41.235586 DEC= +09:27:22.98877 RAER= 0.43 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '0145+420', 'J0148+4215' RA= 01:48:44.576379 DEC= +42:15:19.40450 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.077, 8.4, 0.124, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '0146-228', 'J0148-2238' RA= 01:48:52.101260 DEC= -22:38:45.51899 RAER= 1.26 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.045, 8.4, 0.054, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0146-126', 'J0149-1225' RA= 01:49:05.954268 DEC= -12:25:37.18512 RAER= 0.90 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.032, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0146+250', 'J0149+2515' RA= 01:49:12.025042 DEC= +25:15:09.24825 RAER= 1.11 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0146+202', 'J0149+2030' RA= 01:49:18.254132 DEC= +20:30:29.35544 RAER= 0.74 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.019, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0146+056', 'J0149+0555' RA= 01:49:22.370902 DEC= +05:55:53.56842 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.205, 0.691, 5.0, 1.012, 0.388, 8.4, 0.898, 0.388, 15.2, 1.028, 0.566 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4043 observations" / source= '0147-337', 'J0149-3330' RA= 01:49:29.090858 DEC= -33:30:36.84756 RAER= 159.08 DECER= 171.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0147-078', 'J0149-0733' RA= 01:49:34.036259 DEC= -07:33:17.12732 RAER= 0.57 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.045, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0140+857', 'J0149+8601' RA= 01:49:35.254939 DEC= +86:01:15.45964 RAER= 15.36 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0147+028', 'J0149+0303' RA= 01:49:44.096934 DEC= +03:03:11.82409 RAER= 1.04 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0146+362', 'J0149+3628' RA= 01:49:46.077178 DEC= +36:28:32.64359 RAER= 0.89 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.242, 0.015, 8.4, 0.179, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0147+187', 'J0149+1857' RA= 01:49:49.718957 DEC= +18:57:20.61137 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.317, 0.193, 8.4, 0.358, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0147-076', 'J0150-0725' RA= 01:50:02.696753 DEC= -07:25:48.49900 RAER= 0.28 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.054, 5.0, 0.089, 0.019, 8.4, 0.057, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '0147+207', 'J0150+2059' RA= 01:50:02.716459 DEC= +20:59:40.98734 RAER= 0.60 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.034, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0147+265', 'J0150+2646' RA= 01:50:02.805005 DEC= +26:46:28.08425 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.052, 8.4, 0.103, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '0147+031', 'J0150+0321' RA= 01:50:04.047397 DEC= +03:21:54.99243 RAER= 0.75 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0147-113', 'J0150-1108' RA= 01:50:17.974672 DEC= -11:08:43.86288 RAER= 0.84 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0147+400', 'J0150+4017' RA= 01:50:19.610212 DEC= +40:17:30.02079 RAER= 0.53 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.059, 8.4, 0.099, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0148-338', 'J0150-3338' RA= 01:50:20.998359 DEC= -33:38:24.64399 RAER= 2.48 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0147+270', 'J0150+2717' RA= 01:50:22.660776 DEC= +27:17:52.66990 RAER= 0.86 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.017, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0147+211', 'J0150+2123' RA= 01:50:23.008982 DEC= +21:23:56.40741 RAER= 0.75 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.030, 8.4, 0.037, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0147-060', 'J0150-0545' RA= 01:50:23.823377 DEC= -05:45:15.17523 RAER= 0.92 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.050, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0147-152', 'J0150-1458' RA= 01:50:24.863871 DEC= -14:58:18.42191 RAER= 0.46 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.169, n/a, 8.4, 0.155, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0148-055', 'J0150-0521' RA= 01:50:34.343841 DEC= -05:21:07.41673 RAER= 2.54 DECER= 6.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0147+371', 'J0150+3723' RA= 01:50:40.363000 DEC= +37:23:09.30951 RAER= 0.56 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0148+021', 'J0150+0224' RA= 01:50:43.343876 DEC= +02:24:09.60647 RAER= 4.05 DECER= 7.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0148-550', 'J0150-5450' RA= 01:50:44.533541 DEC= -54:50:05.05731 RAER= 3.81 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, n/a, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0147+456', 'J0150+4555' RA= 01:50:46.517315 DEC= +45:55:40.02109 RAER= 0.64 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.076, 8.4, 0.059, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0148-092', 'J0150-0901' RA= 01:50:50.348494 DEC= -09:01:26.83309 RAER= 0.50 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0148-316', 'J0150-3123' RA= 01:50:53.244032 DEC= -31:23:23.39720 RAER= 13.58 DECER= 23.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0148+054', 'J0151+0540' RA= 01:51:01.841712 DEC= +05:40:34.00966 RAER= 0.43 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.042, 8.4, 0.058, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0148-177', 'J0151-1732' RA= 01:51:06.083349 DEC= -17:32:44.71847 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.210, 8.4, 0.375, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2404 observations" / source= '0148+250', 'J0151+2517' RA= 01:51:06.233873 DEC= +25:17:28.66251 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.117, 8.4, 0.112, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '0148-097', 'J0151-0932' RA= 01:51:06.700269 DEC= -09:32:00.40835 RAER= 0.61 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0148+126', 'J0151+1252' RA= 01:51:13.668100 DEC= +12:52:02.97820 RAER= 0.49 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, n/a, 5.0, 0.023, 0.014, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0148-096', 'J0151-0922' RA= 01:51:19.526247 DEC= -09:22:47.71100 RAER= 0.49 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.082, 8.4, 0.084, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0148+440', 'J0151+4417' RA= 01:51:20.879139 DEC= +44:17:35.89938 RAER= 0.69 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.063, 8.4, 0.058, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0149-348', 'J0151-3435' RA= 01:51:23.489088 DEC= -34:35:13.87677 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.136, 5.0, 0.143, 0.099, 8.4, 0.135, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '0148+274', 'J0151+2744' RA= 01:51:27.146183 DEC= +27:44:41.79360 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.884, 0.312, 5.0, 0.920, 0.302, 8.4, 0.597, 0.170, 15.2, 0.583, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1744 observations" / source= '0149-363', 'J0151-3606' RA= 01:51:27.443121 DEC= -36:06:17.67322 RAER= 0.67 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.029, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0148+165', 'J0151+1646' RA= 01:51:35.069595 DEC= +16:46:08.70608 RAER= 0.44 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.036, 8.4, 0.039, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0148+546', 'J0151+5454' RA= 01:51:36.285687 DEC= +54:54:37.69039 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.101, 8.4, 0.150, 0.109, 22.2, 0.154, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0148+513', 'J0151+5134' RA= 01:51:40.838095 DEC= +51:34:27.65865 RAER= 0.36 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.095, 8.4, 0.092, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0148+293', 'J0151+2935' RA= 01:51:44.675683 DEC= +29:35:56.21607 RAER= 0.84 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0149-175', 'J0151-1719' RA= 01:51:48.049376 DEC= -17:19:55.05466 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.163, 8.4, 0.111, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '0149+120', 'J0152+1217' RA= 01:52:06.682259 DEC= +12:17:37.36959 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.039, 8.4, 0.037, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '0149+398', 'J0152+4004' RA= 01:52:08.399591 DEC= +40:04:33.87124 RAER= 0.48 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0149-196', 'J0152-1923' RA= 01:52:08.759222 DEC= -19:23:25.84848 RAER= 8.19 DECER= 11.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0149-268', 'J0152-2635' RA= 01:52:12.044067 DEC= -26:35:54.08705 RAER= 0.66 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.027, 8.4, 0.088, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0149+370', 'J0152+3716' RA= 01:52:12.219962 DEC= +37:16:05.66729 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.223, 0.127, 8.4, 0.209, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 598 observations" / source= '0149+082', 'J0152+0831' RA= 01:52:14.901296 DEC= +08:31:41.81059 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.046, 8.4, 0.091, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '0149+224', 'J0152+2242' RA= 01:52:17.391770 DEC= +22:42:43.37555 RAER= 0.67 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.029, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0149+218', 'J0152+2207' RA= 01:52:18.059040 DEC= +22:07:07.69977 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.829, 0.394, 5.0, 1.175, 1.108, 8.4, 0.928, 0.695, 15.2, 0.978, 0.785 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8063 observations" / source= '0149+044', 'J0152+0442' RA= 01:52:20.812585 DEC= +04:42:37.90551 RAER= 0.52 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0150-275', 'J0152-2718' RA= 01:52:23.547823 DEC= -27:18:55.24148 RAER= 13.46 DECER= 20.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0150-202', 'J0152-2001' RA= 01:52:27.326059 DEC= -20:01:07.04838 RAER= 0.65 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.065, 8.4, 0.079, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0150-067', 'J0152-0629' RA= 01:52:30.293977 DEC= -06:29:55.69100 RAER= 0.65 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.009, 8.4, 0.039, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0150-144', 'J0152-1412' RA= 01:52:32.012460 DEC= -14:12:39.39409 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.208, 5.0, 0.362, 0.197, 8.4, 0.298, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '0149+437', 'J0152+4356' RA= 01:52:33.299594 DEC= +43:56:52.72843 RAER= 0.74 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.085, 8.4, 0.051, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0150-299', 'J0152-2942' RA= 01:52:33.692891 DEC= -29:42:47.92738 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.079, 5.0, 0.159, 0.125, 8.4, 0.173, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '0149+335', 'J0152+3350' RA= 01:52:34.576415 DEC= +33:50:33.15847 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.498, 0.227, 8.4, 0.246, 0.051, 22.2, 0.191, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1465 observations" / source= '0150-057', 'J0152-0532' RA= 01:52:36.550723 DEC= -05:32:14.77714 RAER= 0.95 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0150+015', 'J0152+0147' RA= 01:52:39.610935 DEC= +01:47:17.38374 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.056, 8.4, 0.070, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '0149+183', 'J0152+1836' RA= 01:52:41.613702 DEC= +18:36:34.55843 RAER= 0.64 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.010, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0150+116', 'J0152+1153' RA= 01:52:41.744269 DEC= +11:53:39.80586 RAER= 0.78 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0150+000', 'J0152+0020' RA= 01:52:43.149980 DEC= +00:20:39.71156 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.059, 8.4, 0.091, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0149+359', 'J0152+3609' RA= 01:52:46.457894 DEC= +36:09:06.49417 RAER= 1.47 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0150-381', 'J0152-3751' RA= 01:52:53.869512 DEC= -37:51:24.39511 RAER= 18.48 DECER= 39.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0150-27A', 'J0152-2720' RA= 01:52:59.850044 DEC= -27:20:50.19386 RAER= 2.48 DECER= 6.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0150-193', 'J0153-1906' RA= 01:53:01.511119 DEC= -19:06:56.68669 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.110, 5.0, 0.123, 0.088, 8.4, 0.104, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0150-134', 'J0153-1310' RA= 01:53:03.391301 DEC= -13:10:12.70130 RAER= 0.70 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.044, 8.4, 0.029, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0150+394', 'J0153+3942' RA= 01:53:05.189114 DEC= +39:42:35.69062 RAER= 0.76 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.043, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0148+750', 'J0153+7517' RA= 01:53:07.381857 DEC= +75:17:42.92314 RAER= 4.09 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0150-334', 'J0153-3310' RA= 01:53:10.121726 DEC= -33:10:25.86193 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.930, 0.389, 5.0, 0.859, 0.225, 8.4, 0.655, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0151-285', 'J0153-2817' RA= 01:53:18.087515 DEC= -28:17:13.17990 RAER= 1.01 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0150-038', 'J0153-0337' RA= 01:53:19.521097 DEC= -03:37:02.81925 RAER= 0.74 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0150-03A', 'J0153-0333' RA= 01:53:23.824663 DEC= -03:33:58.06236 RAER= 276.31 DECER= 431.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0151-167', 'J0153-1631' RA= 01:53:25.150098 DEC= -16:31:13.75685 RAER= 0.34 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0149+710', 'J0153+7115' RA= 01:53:25.851044 DEC= +71:15:06.46343 RAER= 0.35 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.129, 8.4, 0.197, 0.077, 15.2, 0.201, 0.079, 22.2, 0.195, 1.577 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2513 observations" / source= '0151-164', 'J0153-1611' RA= 01:53:28.589152 DEC= -16:11:27.58929 RAER= 0.91 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0151+028', 'J0153+0304' RA= 01:53:35.458156 DEC= +03:04:21.45588 RAER= 4.17 DECER= 8.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0150+628', 'J0153+6307' RA= 01:53:44.195688 DEC= +63:07:08.88835 RAER= 0.80 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.068, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0151+046', 'J0153+0456' RA= 01:53:56.949875 DEC= +04:56:03.28935 RAER= 1.14 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0151+109', 'J0154+1113' RA= 01:54:00.398396 DEC= +11:13:54.73972 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.051, 5.0, 0.053, 0.049, 8.4, 0.106, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '0151+081', 'J0154+0823' RA= 01:54:02.770245 DEC= +08:23:51.06776 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.071, 8.4, 0.098, 0.077, 15.2, 0.098, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '0151+508', 'J0154+5107' RA= 01:54:18.410715 DEC= +51:07:21.27225 RAER= 1.95 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.012, 8.4, 0.053, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0152-513', 'J0154-5107' RA= 01:54:19.695810 DEC= -51:07:51.72908 RAER= 2.46 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.236, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0151-028', 'J0154-0234' RA= 01:54:22.798784 DEC= -02:34:53.72055 RAER= 0.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0152-140', 'J0154-1346' RA= 01:54:29.387438 DEC= -13:46:35.78446 RAER= 0.67 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0153-663', 'J0154-6604' RA= 01:54:31.363665 DEC= -66:04:15.66936 RAER= 0.86 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.667, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0152-237', 'J0154-2329' RA= 01:54:46.102770 DEC= -23:29:53.94269 RAER= 2.44 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.008, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0151+362', 'J0154+3627' RA= 01:54:51.515766 DEC= +36:27:46.82247 RAER= 0.77 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.028, 8.4, 0.043, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0152-003', 'J0154-0007' RA= 01:54:54.364640 DEC= -00:07:23.23505 RAER= 0.50 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.058, 8.4, 0.074, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0151+443', 'J0154+4433' RA= 01:54:54.466967 DEC= +44:33:37.96304 RAER= 0.34 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0152-209', 'J0154-2040' RA= 01:54:55.751738 DEC= -20:40:27.00964 RAER= 4.51 DECER= 12.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0151+474', 'J0154+4743' RA= 01:54:56.289886 DEC= +47:43:26.53961 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.319, 0.206, 5.0, 0.425, 0.355, 8.4, 0.486, 0.384 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13178 observations" / source= '0152+043', 'J0155+0438' RA= 01:55:03.725469 DEC= +04:38:30.34904 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.066, 5.0, 0.110, 0.022, 8.4, 0.098, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 805 observations" / source= '0152-086', 'J0155-0823' RA= 01:55:07.966381 DEC= -08:23:52.27679 RAER= 0.99 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0152+010', 'J0155+0115' RA= 01:55:09.000969 DEC= +01:15:22.58032 RAER= 0.71 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.072, 8.4, 0.056, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0152-254', 'J0155-2514' RA= 01:55:16.871719 DEC= -25:14:24.01695 RAER= 0.56 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.067, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0152+382', 'J0155+3831' RA= 01:55:18.114518 DEC= +38:31:15.94435 RAER= 0.95 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.016, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0152+496', 'J0155+4953' RA= 01:55:18.558576 DEC= +49:53:05.47248 RAER= 0.69 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.011, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0152-083', 'J0155-0806' RA= 01:55:19.623913 DEC= -08:06:20.37654 RAER= 4.47 DECER= 13.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0152+343', 'J0155+3433' RA= 01:55:26.575102 DEC= +34:33:09.54421 RAER= 0.44 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.069, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0151+603', 'J0155+6036' RA= 01:55:26.617818 DEC= +60:36:47.02879 RAER= 3.41 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0153-149', 'J0155-1443' RA= 01:55:33.242489 DEC= -14:43:17.43851 RAER= 0.28 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.116, 8.4, 0.045, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0153-410', 'J0155-4048' RA= 01:55:37.059313 DEC= -40:48:42.35786 RAER= 0.23 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.223, 0.270, 5.0, 0.880, 0.119, 8.4, 0.425, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '0153+141', 'J0155+1422' RA= 01:55:42.751199 DEC= +14:22:30.32850 RAER= 1.51 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0153-066', 'J0155-0621' RA= 01:55:53.310889 DEC= -06:21:34.03044 RAER= 0.63 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0153+222', 'J0155+2230' RA= 01:55:58.935321 DEC= +22:30:11.86553 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.109, 8.4, 0.142, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '0153-053', 'J0156-0503' RA= 01:56:03.037303 DEC= -05:03:25.16885 RAER= 5.96 DECER= 10.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0153-191', 'J0156-1853' RA= 01:56:12.055839 DEC= -18:53:56.31329 RAER= 0.94 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0153-045', 'J0156-0419' RA= 01:56:13.984660 DEC= -04:19:22.44329 RAER= 0.57 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0153+111', 'J0156+1122' RA= 01:56:15.142510 DEC= +11:22:28.88409 RAER= 1.69 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.026, 8.4, 0.053, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0153+053', 'J0156+0537' RA= 01:56:20.989540 DEC= +05:37:44.27509 RAER= 0.95 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0151+753', 'J0156+7538' RA= 01:56:24.388610 DEC= +75:38:12.76314 RAER= 2.79 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.072, 8.4, 0.106, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0153+273', 'J0156+2733' RA= 01:56:28.870401 DEC= +27:33:15.89084 RAER= 2.16 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0154-244', 'J0156-2412' RA= 01:56:29.711440 DEC= -24:12:52.51598 RAER= 0.20 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.073, 8.4, 0.178, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0153+389', 'J0156+3914' RA= 01:56:31.410156 DEC= +39:14:30.92358 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.160, 8.4, 0.264, 0.227 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '0154-182', 'J0156-1801' RA= 01:56:36.745149 DEC= -18:01:01.94274 RAER= 0.44 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0154-398', 'J0156-3935' RA= 01:56:37.308065 DEC= -39:35:58.21190 RAER= 2.15 DECER= 8.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0154-336', 'J0156-3325' RA= 01:56:40.404913 DEC= -33:25:33.18498 RAER= 1.81 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0154+072', 'J0156+0730' RA= 01:56:41.905571 DEC= +07:30:53.64510 RAER= 0.67 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.023, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0154-479', 'J0156-4744' RA= 01:56:46.038147 DEC= -47:44:17.36395 RAER= 1.28 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations. No flux information" / source= '0154-365', 'J0156-3616' RA= 01:56:47.366739 DEC= -36:16:10.15719 RAER= 36.48 DECER= 49.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0155-549', 'J0156-5439' RA= 01:56:49.712358 DEC= -54:39:48.49930 RAER= 0.40 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0154-309', 'J0156-3043' RA= 01:56:51.735811 DEC= -30:43:10.01022 RAER= 1.42 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0153+319', 'J0156+3209' RA= 01:56:53.379661 DEC= +32:09:39.89032 RAER= 0.62 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.031, 8.4, 0.051, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0153+465', 'J0156+4648' RA= 01:56:54.576131 DEC= +46:48:30.74063 RAER= 0.98 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.038, 8.4, 0.031, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0155-53A', 'J0156-5301' RA= 01:56:58.004205 DEC= -53:01:59.96223 RAER= 1.46 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0155-532', 'J0156-5258' RA= 01:56:58.264449 DEC= -52:58:40.74782 RAER= 2.15 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0154+086', 'J0157+0854' RA= 01:57:00.798878 DEC= +08:54:03.81138 RAER= 0.58 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.048, 8.4, 0.089, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0147+857', 'J0157+8557' RA= 01:57:03.815757 DEC= +85:57:38.87301 RAER= 15.09 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.005, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0154+410', 'J0157+4120' RA= 01:57:05.005008 DEC= +41:20:30.61864 RAER= 0.89 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.034, 8.4, 0.028, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '0154-000', 'J0157+0011' RA= 01:57:10.534896 DEC= +00:11:24.48472 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.162, 8.4, 0.131, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 685 observations" / source= '0152+756', 'J0157+7552' RA= 01:57:11.536552 DEC= +75:52:28.45649 RAER= 13.61 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0154+31B', 'J0157+315B' RA= 01:57:15.318267 DEC= +31:54:16.44025 RAER= 26.83 DECER= 15.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0154+31A', 'J0157+315A' RA= 01:57:15.328917 DEC= +31:54:19.01361 RAER= 3.09 DECER= 7.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, 0.023, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0154-108', 'J0157-1039' RA= 01:57:16.759347 DEC= -10:39:15.67942 RAER= 1.12 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.028, 8.4, 0.025, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0155-387', 'J0157-3829' RA= 01:57:19.690485 DEC= -38:29:44.60764 RAER= 8.26 DECER= 22.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0154-077', 'J0157-0730' RA= 01:57:25.170764 DEC= -07:30:50.89662 RAER= 0.53 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0155-263', 'J0157-2609' RA= 01:57:28.367608 DEC= -26:09:02.17703 RAER= 0.92 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, 0.028, 8.4, 0.082, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0154+472', 'J0157+4732' RA= 01:57:32.346278 DEC= +47:32:03.45094 RAER= 0.86 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.065, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0153+744', 'J0157+7442' RA= 01:57:34.965090 DEC= +74:42:43.22909 RAER= 0.42 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.808, 0.612, 5.0, 1.147, 0.121, 8.4, 0.423, 0.060, 15.2, 0.343, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1941 observations" / source= '0155-10A', 'J0157-104A' RA= 01:57:41.556293 DEC= -10:43:40.95106 RAER= 0.90 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.028, 5.0, 0.105, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0155-109', 'J0157-1043' RA= 01:57:41.619249 DEC= -10:43:40.96492 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.377, n/a, 5.0, 0.131, 0.025, 8.4, 0.117, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '0154+209', 'J0157+2113' RA= 01:57:41.894351 DEC= +21:13:19.02387 RAER= 0.41 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.132, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0155-186', 'J0157-1825' RA= 01:57:43.278404 DEC= -18:25:00.71122 RAER= 4.40 DECER= 7.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0154+226', 'J0157+2253' RA= 01:57:46.888187 DEC= +22:53:13.15648 RAER= 1.61 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0155-464', 'J0157-4614' RA= 01:57:51.115839 DEC= -46:14:23.26101 RAER= 1.97 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0155-212', 'J0157-2102' RA= 01:57:53.384711 DEC= -21:02:17.16073 RAER= 1.79 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0155+211', 'J0158+2124' RA= 01:58:00.107979 DEC= +21:24:42.78781 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.100, 8.4, 0.188, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0155+449', 'J0158+4509' RA= 01:58:06.402904 DEC= +45:09:46.08604 RAER= 1.29 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.015, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0155-122', 'J0158-1202' RA= 01:58:19.320465 DEC= -12:02:35.09050 RAER= 1.74 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0155+413', 'J0158+4137' RA= 01:58:23.841827 DEC= +41:37:39.56035 RAER= 0.65 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.042, 8.4, 0.083, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0155+129', 'J0158+1312' RA= 01:58:23.977673 DEC= +13:12:24.19238 RAER= 0.48 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.056, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0156-584', 'J0158-5810' RA= 01:58:25.828120 DEC= -58:10:56.24583 RAER= 1.51 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '0154+675', 'J0158+6744' RA= 01:58:27.469733 DEC= +67:44:42.47091 RAER= 2.72 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0156-397', 'J0158-3932' RA= 01:58:38.106706 DEC= -39:32:03.79947 RAER= 5.66 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0156-144', 'J0158-1413' RA= 01:58:43.719629 DEC= -14:13:07.11837 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.689, 0.202, 8.4, 0.202, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '0155+561', 'J0158+5624' RA= 01:58:47.094998 DEC= +56:24:35.74711 RAER= 5.17 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0156+007', 'J0158+0101' RA= 01:58:52.770797 DEC= +01:01:32.92339 RAER= 0.61 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0156+128', 'J0158+1307' RA= 01:58:56.273782 DEC= +13:07:02.74055 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.191, 8.4, 0.238, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 963 observations" / source= '0156+166', 'J0158+1655' RA= 01:58:57.677060 DEC= +16:55:47.31873 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.098, 5.0, 0.170, 0.074, 8.4, 0.116, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '0155+532', 'J0159+5328' RA= 01:59:00.522536 DEC= +53:28:29.31050 RAER= 0.74 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.022, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0156+041', 'J0159+0421' RA= 01:59:13.313383 DEC= +04:21:54.58156 RAER= 0.76 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0156+308', 'J0159+3106' RA= 01:59:24.254142 DEC= +31:06:47.83320 RAER= 0.34 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.113, 8.4, 0.159, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '0155+576', 'J0159+5751' RA= 01:59:25.604190 DEC= +57:51:57.58577 RAER= 1.03 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.038, 8.4, 0.052, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0157-363', 'J0159-3604' RA= 01:59:26.121991 DEC= -36:04:35.84960 RAER= 6.83 DECER= 23.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0156+105', 'J0159+1047' RA= 01:59:34.392676 DEC= +10:47:05.76828 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.019, 8.4, 0.029, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '0158-727', 'J0159-7231' RA= 01:59:34.400584 DEC= -72:31:45.43332 RAER= 4.93 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0156+184', 'J0159+1841' RA= 01:59:41.829265 DEC= +18:41:01.49698 RAER= 0.61 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.007, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0157-279', 'J0159-2740' RA= 01:59:43.355872 DEC= -27:40:38.26070 RAER= 0.47 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0157-033', 'J0159-0304' RA= 01:59:43.806949 DEC= -03:04:46.45173 RAER= 0.33 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.099, 8.4, 0.115, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0157-192', 'J0159-1902' RA= 01:59:46.893677 DEC= -19:02:15.94504 RAER= 4.02 DECER= 8.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0157-090', 'J0159-0849' RA= 01:59:49.348503 DEC= -08:49:58.98974 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.043, 8.4, 0.068, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0156+538', 'J0159+5403' RA= 01:59:49.949690 DEC= +54:03:06.73874 RAER= 1.18 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0157+144', 'J0159+1438' RA= 01:59:54.672470 DEC= +14:38:49.77432 RAER= 0.85 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0157+011', 'J0200+0125' RA= 02:00:03.936017 DEC= +01:25:12.02360 RAER= 0.32 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.049, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0157+217', 'J0200+2157' RA= 02:00:07.623204 DEC= +21:57:00.80477 RAER= 0.59 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.020, 8.4, 0.061, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0158-404', 'J0200-4010' RA= 02:00:11.839010 DEC= -40:10:58.30540 RAER= 0.33 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0157-311', 'J0200-3053' RA= 02:00:12.175686 DEC= -30:53:26.67267 RAER= 0.54 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.058, 8.4, 0.066, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0157+251', 'J0200+2523' RA= 02:00:20.638164 DEC= +25:23:54.64987 RAER= 0.86 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0157+113', 'J0200+1136' RA= 02:00:26.265114 DEC= +11:36:21.14021 RAER= 1.56 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0158+031', 'J0200+0322' RA= 02:00:40.816506 DEC= +03:22:49.50705 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.245, 8.4, 0.348, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 818 observations" / source= '0157+280', 'J0200+2815' RA= 02:00:50.665083 DEC= +28:15:36.85263 RAER= 14.20 DECER= 34.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0158-159', 'J0200-1542' RA= 02:00:51.148844 DEC= -15:42:36.86374 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.087, 8.4, 0.161, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '0157+393', 'J0200+3935' RA= 02:00:53.020357 DEC= +39:35:00.78755 RAER= 0.47 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0158-141', 'J0200-1356' RA= 02:00:58.316996 DEC= -13:56:17.97835 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.046, 8.4, 0.062, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '0159-668', 'J0201-6638' RA= 02:01:07.743997 DEC= -66:38:12.66602 RAER= 0.35 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.189, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '0158+235', 'J0201+2344' RA= 02:01:09.827820 DEC= +23:44:55.11906 RAER= 0.49 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.024, 8.4, 0.047, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0158+096', 'J0201+0954' RA= 02:01:15.497309 DEC= +09:54:54.38922 RAER= 0.53 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.085, 8.4, 0.057, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0158+293', 'J0201+2933' RA= 02:01:36.053664 DEC= +29:33:43.99760 RAER= 0.75 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0159-006', 'J0201-0023' RA= 02:01:37.818293 DEC= -00:23:51.44847 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0158+183', 'J0201+1836' RA= 02:01:41.058312 DEC= +18:36:37.52794 RAER= 0.67 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0159+034', 'J0201+0343' RA= 02:01:51.508770 DEC= +03:43:09.25872 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.065, 8.4, 0.130, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0158+623', 'J0201+6237' RA= 02:01:52.980430 DEC= +62:37:57.11367 RAER= 0.73 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.047, 8.4, 0.046, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0159-117', 'J0201-1132' RA= 02:01:57.179334 DEC= -11:32:33.43669 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.894, 0.226, 8.4, 0.722, 0.442 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '0158+519', 'J0201+5212' RA= 02:01:59.854777 DEC= +52:12:28.89734 RAER= 0.89 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.029, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0159+394', 'J0202+3943' RA= 02:02:01.656311 DEC= +39:43:21.55249 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.261, 0.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 364 observations" / source= '0155+810', 'J0202+8115' RA= 02:02:05.746642 DEC= +81:15:45.27736 RAER= 1.58 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.046, 8.4, 0.041, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '0159-062', 'J0202-0559' RA= 02:02:06.864676 DEC= -05:59:00.12168 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.072, 8.4, 0.119, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '0159-255', 'J0202-2519' RA= 02:02:12.186004 DEC= -25:19:21.38854 RAER= 2.07 DECER= 5.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0202-765', 'J0202-7620' RA= 02:02:13.693868 DEC= -76:20:03.06246 RAER= 0.92 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0159-200', 'J0202-1948' RA= 02:02:13.847712 DEC= -19:48:19.49082 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.181, 8.4, 0.133, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 686 observations" / source= '0159-005', 'J0202-0017' RA= 02:02:14.292412 DEC= -00:17:48.31029 RAER= 0.56 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0159-019', 'J0202-0145' RA= 02:02:24.789837 DEC= -01:45:10.21844 RAER= 0.65 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.051, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0159+085', 'J0202+0849' RA= 02:02:26.423460 DEC= +08:49:13.69258 RAER= 0.37 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0159+455', 'J0202+4549' RA= 02:02:37.022266 DEC= +45:49:27.73395 RAER= 0.94 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.052, 8.4, 0.032, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0200-032', 'J0202-0302' RA= 02:02:39.929972 DEC= -03:02:07.94809 RAER= 0.42 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.043, 8.4, 0.054, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0159+418', 'J0202+4205' RA= 02:02:43.653308 DEC= +42:05:16.33280 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.140, 8.4, 0.256, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0200-026', 'J0202-0223' RA= 02:02:52.222660 DEC= -02:23:20.92756 RAER= 0.40 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0159+480', 'J0203+4818' RA= 02:03:02.233328 DEC= +48:18:34.85584 RAER= 13.40 DECER= 12.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0200-074', 'J0203-0714' RA= 02:03:03.121780 DEC= -07:14:38.46184 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0157+808', 'J0203+8106' RA= 02:03:07.871140 DEC= +81:06:13.21033 RAER= 0.94 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.121, 8.4, 0.211, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '0200+281', 'J0203+2822' RA= 02:03:08.153120 DEC= +28:22:25.57165 RAER= 1.03 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0200+263', 'J0203+2632' RA= 02:03:10.509692 DEC= +26:32:43.08160 RAER= 1.31 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0200+097', 'J0203+0956' RA= 02:03:20.654538 DEC= +09:56:32.94405 RAER= 1.00 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0200+003', 'J0203+0037' RA= 02:03:26.983735 DEC= +00:37:44.39789 RAER= 0.55 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.031, 8.4, 0.054, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0201-141', 'J0203-1356' RA= 02:03:27.208372 DEC= -13:56:02.76210 RAER= 1.02 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0201-242', 'J0203-2400' RA= 02:03:28.082558 DEC= -24:00:48.87127 RAER= 14.68 DECER= 14.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0200+360', 'J0203+3617' RA= 02:03:31.275857 DEC= +36:17:33.30175 RAER= 0.84 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.032, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0201-214', 'J0203-2113' RA= 02:03:32.133627 DEC= -21:13:46.80643 RAER= 4.03 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0159+723', 'J0203+7232' RA= 02:03:33.384968 DEC= +72:32:53.66730 RAER= 0.34 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.377, 0.305, 8.4, 0.391, 0.203, 15.2, 0.287, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7918 observations" / source= '0201-440', 'J0203-4349' RA= 02:03:40.705573 DEC= -43:49:51.38020 RAER= 3.84 DECER= 10.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, n/a, 5.0, 0.099, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0200+492', 'J0203+4927' RA= 02:03:42.902627 DEC= +49:27:59.22402 RAER= 1.14 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0201-064', 'J0203-0615' RA= 02:03:43.020728 DEC= -06:15:36.79392 RAER= 0.56 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0200+30A', 'J0203+3042' RA= 02:03:44.270689 DEC= +30:42:37.83607 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.097, 8.4, 0.231, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 768 observations" / source= '0200+304', 'J0203+3041' RA= 02:03:45.355160 DEC= +30:41:29.10730 RAER= 0.22 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.592, 0.172, 8.4, 0.154, 0.030, 15.2, 0.341, 0.319 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 730 observations" / source= '0200+485', 'J0203+4846' RA= 02:03:45.358701 DEC= +48:46:23.51567 RAER= 0.81 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.044, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0201+113', 'J0203+1134' RA= 02:03:46.657061 DEC= +11:34:45.40946 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.850, 0.617, 5.0, 0.685, 0.272, 8.4, 0.730, 0.427, 15.2, 0.508, 0.392 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25456 observations" / source= '0200+539', 'J0203+5411' RA= 02:03:46.657343 DEC= +54:11:57.62443 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.128, 5.0, 0.320, 0.233, 8.4, 0.253, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0201-206', 'J0203-2022' RA= 02:03:48.650534 DEC= -20:22:07.75360 RAER= 1.70 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0201-263', 'J0203-2604' RA= 02:03:51.332838 DEC= -26:04:02.00843 RAER= 1.27 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0201+023', 'J0203+0235' RA= 02:03:54.811420 DEC= +02:35:55.13186 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.060, 5.0, 0.088, 0.075, 8.4, 0.170, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '0201-311', 'J0203-3052' RA= 02:03:57.912848 DEC= -30:52:19.49476 RAER= 1.45 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0201+398', 'J0204+4005' RA= 02:04:05.194760 DEC= +40:05:03.51486 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.094, 8.4, 0.119, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 674 observations" / source= '0201-296', 'J0204-2923' RA= 02:04:10.555748 DEC= -29:23:04.15297 RAER= 1.54 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0202-319', 'J0204-3144' RA= 02:04:16.433935 DEC= -31:44:57.61532 RAER= 0.78 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0201+240', 'J0204+2417' RA= 02:04:21.545248 DEC= +24:17:50.71109 RAER= 0.72 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0201+110', 'J0204+1120' RA= 02:04:25.606465 DEC= +11:20:09.65093 RAER= 3.53 DECER= 6.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0201+316', 'J0204+3153' RA= 02:04:26.726759 DEC= +31:53:32.83898 RAER= 0.54 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.069, 8.4, 0.076, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0202-337', 'J0204-3328' RA= 02:04:28.664080 DEC= -33:28:50.45417 RAER= 0.21 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.116, 8.4, 0.152, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0201+088', 'J0204+0903' RA= 02:04:34.759343 DEC= +09:03:49.26288 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.965, 0.138, 5.0, 0.536, 0.031, 8.4, 0.184, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '0201+264', 'J0204+2641' RA= 02:04:37.901781 DEC= +26:41:08.91252 RAER= 1.20 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0202-076', 'J0204-0725' RA= 02:04:42.444376 DEC= -07:25:36.44490 RAER= 0.79 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0201+414', 'J0204+4141' RA= 02:04:45.875813 DEC= +41:41:52.22406 RAER= 1.09 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.027, 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0202+011', 'J0204+0120' RA= 02:04:50.305645 DEC= +01:20:52.95034 RAER= 0.91 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.009, 8.4, 0.038, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0202+149', 'J0204+1514' RA= 02:04:50.413897 DEC= +15:14:11.04361 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.802, 0.914, 5.0, 2.620, 1.934, 8.4, 1.581, 0.857, 15.2, 1.038, 0.411 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43643 observations" / source= '0201+438', 'J0204+4403' RA= 02:04:54.789177 DEC= +44:03:06.90528 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.466, 0.192, 5.0, 0.347, 0.192, 8.4, 0.276, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '0201+365', 'J0204+3649' RA= 02:04:55.596003 DEC= +36:49:17.99738 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.214, 8.4, 0.256, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '0202-172', 'J0204-1701' RA= 02:04:57.674331 DEC= -17:01:19.84079 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.484, 0.745, 5.0, 1.512, 1.023, 8.4, 1.402, 0.635, 15.2, 1.328, 0.899 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10350 observations" / source= '0201+433', 'J0205+4333' RA= 02:05:01.511542 DEC= +43:33:34.71754 RAER= 1.10 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.030, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0202+319', 'J0205+3212' RA= 02:05:04.925366 DEC= +32:12:30.09547 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.805, 0.668, 5.0, 1.365, 0.998, 8.4, 1.416, 1.037, 15.2, 1.790, 1.230, 22.2, 2.224, 1.590 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 222419 observations" / source= '0202-367', 'J0205-3629' RA= 02:05:05.888708 DEC= -36:29:54.69850 RAER= 1.78 DECER= 6.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.023, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0202-113', 'J0205-1109' RA= 02:05:07.210675 DEC= -11:09:22.06320 RAER= 1.19 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, 0.008, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0202+081', 'J0205+0824' RA= 02:05:09.144990 DEC= +08:24:36.66496 RAER= 4.67 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0202+296', 'J0205+2952' RA= 02:05:10.918087 DEC= +29:52:04.89859 RAER= 0.46 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.089, 8.4, 0.141, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0202+145', 'J0205+1444' RA= 02:05:13.117233 DEC= +14:44:32.38593 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.170, 5.0, 0.166, 0.159, 8.4, 0.176, 0.155, 15.2, 0.287, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '0202+393', 'J0205+3932' RA= 02:05:14.001891 DEC= +39:32:56.99097 RAER= 0.71 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.052, 8.4, 0.060, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0202+240', 'J0205+2416' RA= 02:05:21.322738 DEC= +24:16:32.85044 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.246, 0.126, 5.0, 0.206, 0.039, 8.4, 0.162, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0202+007', 'J0205+0102' RA= 02:05:25.477713 DEC= +01:02:07.39655 RAER= 5.67 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0203-400', 'J0205-3946' RA= 02:05:29.158519 DEC= -39:46:14.70884 RAER= 1.14 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.034, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0202+581', 'J0205+5822' RA= 02:05:34.337341 DEC= +58:22:40.38473 RAER= 2.15 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.046, 8.4, 0.046, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0200+751', 'J0205+7522' RA= 02:05:37.910365 DEC= +75:22:08.23563 RAER= 1.65 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.280, 0.190, 5.0, 0.658, 0.102, 8.4, 0.294, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0202+208', 'J0205+2105' RA= 02:05:44.000402 DEC= +21:05:01.05434 RAER= 0.64 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.047, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0203-311', 'J0205-3052' RA= 02:05:48.486969 DEC= -30:52:35.37197 RAER= 1.76 DECER= 5.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0203-220', 'J0205-2150' RA= 02:05:55.159404 DEC= -21:50:58.26513 RAER= 0.69 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.020, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0203-349', 'J0205-3444' RA= 02:05:55.510098 DEC= -34:44:09.18136 RAER= 0.38 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.076, 8.4, 0.066, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 329 observations" / source= '0202+568', 'J0206+5705' RA= 02:06:05.048817 DEC= +57:05:41.05037 RAER= 1.16 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0203-195', 'J0206-1916' RA= 02:06:06.121707 DEC= -19:16:53.81866 RAER= 7.04 DECER= 8.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0203+342', 'J0206+3429' RA= 02:06:08.481187 DEC= +34:29:17.97616 RAER= 1.32 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0203+078', 'J0206+0805' RA= 02:06:12.124646 DEC= +08:05:33.33798 RAER= 0.85 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.018, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0203-101', 'J0206-0957' RA= 02:06:15.901251 DEC= -09:57:17.47514 RAER= 0.51 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0204-224', 'J0206-2212' RA= 02:06:20.073552 DEC= -22:12:19.65623 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.140, 8.4, 0.151, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0203-094', 'J0206-0916' RA= 02:06:24.410814 DEC= -09:16:17.31700 RAER= 1.07 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.035, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0203-120', 'J0206-1150' RA= 02:06:26.084731 DEC= -11:50:39.72473 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.161, 8.4, 0.303, 0.267, 15.2, 0.280, 0.237 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2065 observations" / source= '0203+382', 'J0206+3829' RA= 02:06:28.085965 DEC= +38:29:23.54385 RAER= 0.93 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0203+456', 'J0206+4554' RA= 02:06:28.099323 DEC= +45:54:32.99914 RAER= 1.06 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0204-311', 'J0206-3057' RA= 02:06:37.994013 DEC= -30:57:09.04111 RAER= 0.48 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.041, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0205-720', 'J0206-7148' RA= 02:06:39.212060 DEC= -71:48:18.89338 RAER= 1.43 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0205-619', 'J0206-6143' RA= 02:06:40.003000 DEC= -61:43:32.20730 RAER= 2.43 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0203+321', 'J0206+3222' RA= 02:06:42.045412 DEC= +32:22:12.75716 RAER= 0.98 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.015, 8.4, 0.082, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0204-306', 'J0206-3024' RA= 02:06:43.235434 DEC= -30:24:58.41308 RAER= 0.82 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.458, 0.080, 8.4, 0.193, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0204+076', 'J0206+0755' RA= 02:06:48.920283 DEC= +07:55:18.78957 RAER= 0.67 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0204+005', 'J0206+0047' RA= 02:06:51.170374 DEC= +00:47:22.14660 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.005, 8.4, 0.022, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0204-360', 'J0206-3549' RA= 02:06:52.344138 DEC= -35:49:57.36994 RAER= 1.31 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0204+327', 'J0206+3301' RA= 02:06:56.697570 DEC= +33:01:27.75199 RAER= 6.93 DECER= 8.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0204+292', 'J0207+2930' RA= 02:07:02.206581 DEC= +29:30:46.04851 RAER= 0.61 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0203+625', 'J0207+6246' RA= 02:07:03.016776 DEC= +62:46:12.06771 RAER= 0.23 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.728, 0.514, 8.4, 0.923, 0.265, 22.2, 0.275, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3504 observations" / source= '0204+056', 'J0207+0552' RA= 02:07:04.457236 DEC= +05:52:24.41594 RAER= 11.58 DECER= 26.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0204-280', 'J0207-2747' RA= 02:07:05.995223 DEC= -27:47:24.68749 RAER= 2.34 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0204+012', 'J0207+0129' RA= 02:07:12.489028 DEC= +01:29:15.48655 RAER= 0.63 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.012, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0159+839', 'J0207+8411' RA= 02:07:13.506739 DEC= +84:11:19.08304 RAER= 1.25 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.199, 8.4, 0.136, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 951 observations" / source= '0205-391', 'J0207-3857' RA= 02:07:15.609432 DEC= -38:57:03.07635 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.113, 5.0, 0.172, 0.155, 8.4, 0.122, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 383 observations" / source= '0205-256', 'J0207-2522' RA= 02:07:20.308027 DEC= -25:22:48.19128 RAER= 1.25 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0201+79A', 'J0207+795A' RA= 02:07:22.194502 DEC= +79:56:01.38759 RAER= 19.66 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, n/a, 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0201+796', 'J0207+7956' RA= 02:07:24.173606 DEC= +79:56:02.73947 RAER= 39.43 DECER= 11.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, n/a, 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0204+472', 'J0207+4731' RA= 02:07:29.822042 DEC= +47:31:59.26498 RAER= 1.05 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.028, 8.4, 0.055, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0205-242', 'J0207-2402' RA= 02:07:33.399272 DEC= -24:02:02.20567 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.058, 8.4, 0.094, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0204+316', 'J0207+3152' RA= 02:07:34.989615 DEC= +31:52:06.46358 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.456, 0.140, 8.4, 0.274, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '0205-110', 'J0207-1047' RA= 02:07:38.929871 DEC= -10:47:48.64153 RAER= 0.58 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.026, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0202+758', 'J0207+7604' RA= 02:07:47.283703 DEC= +76:04:52.43059 RAER= 6.83 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.039, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0206-688', 'J0207-6837' RA= 02:07:50.931571 DEC= -68:37:55.16138 RAER= 0.54 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0205+096', 'J0207+0950' RA= 02:07:54.646571 DEC= +09:50:13.86788 RAER= 1.46 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, 0.004, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0205+218', 'J0208+2202' RA= 02:08:00.981173 DEC= +22:02:40.95974 RAER= 0.49 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0206-625', 'J0208-6216' RA= 02:08:01.171043 DEC= -62:16:35.53360 RAER= 0.72 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.198, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0205+080', 'J0208+0814' RA= 02:08:02.275052 DEC= +08:14:41.86467 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.070, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0205-070', 'J0208-0647' RA= 02:08:19.560178 DEC= -06:47:32.49230 RAER= 0.29 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0206-270', 'J0208-2650' RA= 02:08:22.355873 DEC= -26:50:18.87856 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.119, 5.0, 0.127, 0.117, 8.4, 0.126, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '0205-010', 'J0208-0047' RA= 02:08:26.345911 DEC= -00:47:44.29418 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.218, 8.4, 0.244, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '0206-178', 'J0208-1739' RA= 02:08:34.943319 DEC= -17:39:34.68176 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.092, 8.4, 0.136, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '0205+351', 'J0208+3523' RA= 02:08:38.162813 DEC= +35:23:12.81129 RAER= 1.05 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0205+411', 'J0208+4124' RA= 02:08:45.094302 DEC= +41:24:57.27217 RAER= 0.98 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.027, 8.4, 0.056, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0206-394', 'J0208-3914' RA= 02:08:56.662019 DEC= -39:14:35.74380 RAER= 9.85 DECER= 76.23 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0206+293', 'J0209+2932' RA= 02:09:08.644380 DEC= +29:32:45.74462 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.103, 8.4, 0.146, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 862 observations" / source= '0206+445', 'J0209+4449' RA= 02:09:17.128896 DEC= +44:49:46.36110 RAER= 0.94 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0207-383', 'J0209-3806' RA= 02:09:18.793766 DEC= -38:06:24.24099 RAER= 55.07 DECER= 69.83 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0207-527', 'J0209-5229' RA= 02:09:21.615809 DEC= -52:29:22.78810 RAER= 0.80 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0206-048', 'J0209-0438' RA= 02:09:30.766693 DEC= -04:38:26.14620 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.140, 5.0, 0.250, 0.194, 8.4, 0.294, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 666 observations" / source= '0207-07A', 'J0209-0736' RA= 02:09:31.426200 DEC= -07:36:50.42622 RAER= 0.46 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.049, 8.4, 0.067, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0205+643', 'J0209+6437' RA= 02:09:35.988071 DEC= +64:37:25.77061 RAER= 0.31 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.075, 8.4, 0.165, 0.069, 22.2, 0.186, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '0206+136', 'J0209+1352' RA= 02:09:35.998328 DEC= +13:52:00.75181 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.140, 8.4, 0.289, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6912 observations" / source= '0207-168', 'J0209-1635' RA= 02:09:36.332211 DEC= -16:35:16.86308 RAER= 69.85 DECER= 37.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0207-172', 'J0209-1701' RA= 02:09:37.055889 DEC= -17:01:43.75458 RAER= 47.55 DECER= 29.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0206+355', 'J0209+3547' RA= 02:09:38.560892 DEC= +35:47:50.77403 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.032, 8.4, 0.067, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1278 observations" / source= '0207-301', 'J0209-2955' RA= 02:09:44.978866 DEC= -29:55:21.20960 RAER= 2.01 DECER= 7.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0207-115', 'J0209-1116' RA= 02:09:49.253572 DEC= -11:16:44.15899 RAER= 3.82 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0205+722', 'J0209+7229' RA= 02:09:51.790453 DEC= +72:29:26.67005 RAER= 0.42 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.186, 8.4, 0.438, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '0207-103', 'J0210-1003' RA= 02:10:00.221897 DEC= -10:03:54.28659 RAER= 0.27 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.076, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '0207+250', 'J0210+2517' RA= 02:10:02.549948 DEC= +25:17:25.64725 RAER= 1.19 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.020, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0207+428', 'J0210+4305' RA= 02:10:07.746556 DEC= +43:05:49.63665 RAER= 1.58 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.024, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0207-224', 'J0210-2213' RA= 02:10:10.058067 DEC= -22:13:37.00023 RAER= 0.62 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.410, 0.093, 8.4, 0.188, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0207-053', 'J0210-0505' RA= 02:10:12.136735 DEC= -05:05:31.77887 RAER= 0.66 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0207-078', 'J0210-0737' RA= 02:10:16.528910 DEC= -07:37:20.69459 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.064, 8.4, 0.094, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 461 observations" / source= '0207+325', 'J0210+3249' RA= 02:10:16.800013 DEC= +32:49:33.75400 RAER= 1.18 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0207-149', 'J0210-1444' RA= 02:10:23.180428 DEC= -14:44:59.02094 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.116, 8.4, 0.125, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '0207+024', 'J0210+0241' RA= 02:10:23.417226 DEC= +02:41:57.00653 RAER= 0.87 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.019, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0208-177', 'J0210-1733' RA= 02:10:33.755285 DEC= -17:33:41.81749 RAER= 1.06 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0207+079', 'J0210+0812' RA= 02:10:37.058460 DEC= +08:12:24.02885 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.067, 8.4, 0.080, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '0208+040', 'J0210+0419' RA= 02:10:44.513618 DEC= +04:19:34.88721 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.045, 5.0, 0.244, 0.017, 8.4, 0.091, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0207+191', 'J0210+1921' RA= 02:10:45.479086 DEC= +19:21:44.57945 RAER= 0.32 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0208-512', 'J0210-5101' RA= 02:10:46.200416 DEC= -51:01:01.89195 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.085, 1.489, 8.4, 1.025, 0.303 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11129 observations" / source= '0208+134', 'J0210+1343' RA= 02:10:47.858857 DEC= +13:43:11.74835 RAER= 0.94 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0208-067', 'J0210-0633' RA= 02:10:53.404111 DEC= -06:33:33.43807 RAER= 0.40 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0208+225', 'J0210+2249' RA= 02:10:56.336143 DEC= +22:49:55.65214 RAER= 0.62 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.027, 8.4, 0.057, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0207+507', 'J0211+5058' RA= 02:11:07.968834 DEC= +50:58:28.85104 RAER= 0.82 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.026, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '0208-069', 'J0211-0645' RA= 02:11:09.934835 DEC= -06:45:50.07669 RAER= 2.39 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0208-265', 'J0211-2618' RA= 02:11:11.651980 DEC= -26:18:15.03797 RAER= 6.06 DECER= 11.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0208+106', 'J0211+1051' RA= 02:11:13.177398 DEC= +10:51:34.79848 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.643, 0.379, 5.0, 0.637, n/a, 8.4, 0.500, 0.227, 15.2, 1.015, 0.589 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1177 observations" / source= '0208-06A', 'J0211-0644' RA= 02:11:16.959642 DEC= -06:44:19.73104 RAER= 0.75 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0208-030', 'J0211-0250' RA= 02:11:20.395516 DEC= -02:50:28.55990 RAER= 0.61 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0208+385', 'J0211+3846' RA= 02:11:20.741544 DEC= +38:46:06.55918 RAER= 12.74 DECER= 11.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0208-019', 'J0211-0145' RA= 02:11:21.345036 DEC= -01:45:15.53580 RAER= 0.49 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0208+429', 'J0211+4313' RA= 02:11:34.098465 DEC= +43:13:31.60769 RAER= 0.63 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.088, 8.4, 0.079, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0209-244', 'J0211-2411' RA= 02:11:44.069482 DEC= -24:11:50.02152 RAER= 1.24 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0209+168', 'J0211+1707' RA= 02:11:48.778893 DEC= +17:07:22.72115 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.105, 8.4, 0.187, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 887 observations" / source= '0209-162', 'J0211-1558' RA= 02:11:49.760727 DEC= -15:58:18.84656 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.079, 8.4, 0.157, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '0208+528', 'J0211+5306' RA= 02:11:50.392171 DEC= +53:06:21.10652 RAER= 1.90 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.005, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0209-24A', 'J0212-2411' RA= 02:12:02.073935 DEC= -24:11:59.90374 RAER= 0.86 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0209-204', 'J0212-2014' RA= 02:12:02.956691 DEC= -20:14:11.87494 RAER= 0.37 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.090, 5.0, 0.089, 0.042, 8.4, 0.066, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0209+272', 'J0212+2726' RA= 02:12:04.589372 DEC= +27:26:36.60202 RAER= 0.63 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.048, 8.4, 0.056, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0209+138', 'J0212+1402' RA= 02:12:09.507168 DEC= +14:02:59.01598 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.031, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '0209+362', 'J0212+3626' RA= 02:12:09.736135 DEC= +36:26:18.01542 RAER= 2.16 DECER= 11.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0210-448', 'J0212-4436' RA= 02:12:11.033212 DEC= -44:36:05.80617 RAER= 5.25 DECER= 15.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0210-180', 'J0212-1746' RA= 02:12:22.643565 DEC= -17:46:14.34366 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.148, 8.4, 0.290, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '0209+007', 'J0212+0100' RA= 02:12:25.566678 DEC= +01:00:56.15073 RAER= 0.60 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0210-262', 'J0212-2558' RA= 02:12:29.518817 DEC= -25:58:18.39736 RAER= 0.51 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0210-352', 'J0212-3503' RA= 02:12:30.505162 DEC= -35:03:30.14229 RAER= 1.32 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0210-085', 'J0212-0820' RA= 02:12:35.264394 DEC= -08:20:45.95746 RAER= 0.75 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0209+394', 'J0212+3942' RA= 02:12:37.453273 DEC= +39:42:18.46096 RAER= 0.52 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.029, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0209+265', 'J0212+2649' RA= 02:12:40.489050 DEC= +26:49:35.24931 RAER= 0.97 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0210+136', 'J0212+1351' RA= 02:12:47.066925 DEC= +13:51:11.86005 RAER= 1.78 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0210-152', 'J0212-1502' RA= 02:12:50.981680 DEC= -15:02:58.28972 RAER= 2.38 DECER= 4.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0210+225', 'J0212+2244' RA= 02:12:52.834882 DEC= +22:44:52.25342 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.060, 5.0, 0.069, 0.045, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 773 observations" / source= '0210-275', 'J0212-2718' RA= 02:12:55.236386 DEC= -27:18:18.66255 RAER= 0.50 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0210-005', 'J0213-0018' RA= 02:13:01.150731 DEC= -00:18:14.90914 RAER= 0.44 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0210+199', 'J0213+2012' RA= 02:13:01.377881 DEC= +20:12:22.43197 RAER= 0.50 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.025, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0210-177', 'J0213-1732' RA= 02:13:03.604090 DEC= -17:32:36.54509 RAER= 1.72 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0210+004', 'J0213+0038' RA= 02:13:03.777442 DEC= +00:38:11.88371 RAER= 0.41 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0210+119', 'J0213+1213' RA= 02:13:05.183036 DEC= +12:13:10.91059 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.072, 8.4, 0.127, 0.093, 22.2, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '0210+181', 'J0213+1820' RA= 02:13:10.529327 DEC= +18:20:25.44734 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.129, 8.4, 0.275, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '0210-052', 'J0213-0501' RA= 02:13:11.763718 DEC= -05:01:02.63345 RAER= 0.38 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0210+036', 'J0213+0354' RA= 02:13:11.955619 DEC= +03:54:15.95816 RAER= 0.61 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.015, 8.4, 0.030, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0211-299', 'J0213-2943' RA= 02:13:16.409377 DEC= -29:43:26.10326 RAER= 0.74 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0210-075', 'J0213-0719' RA= 02:13:16.670566 DEC= -07:19:32.47268 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.059, 8.4, 0.094, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '0209+627', 'J0213+6257' RA= 02:13:23.304782 DEC= +62:57:21.41942 RAER= 2.99 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0210+055', 'J0213+0547' RA= 02:13:36.169866 DEC= +05:47:48.70152 RAER= 1.78 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0211+091', 'J0213+0925' RA= 02:13:43.886028 DEC= +09:25:21.72502 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.067, 8.4, 0.094, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '0211-031', 'J0213-0256' RA= 02:13:46.973860 DEC= -02:56:31.13161 RAER= 0.67 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0210+366', 'J0213+3652' RA= 02:13:48.191931 DEC= +36:52:34.00725 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.148, 5.0, 0.222, 0.170, 8.4, 0.146, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '0209+671', 'J0213+6720' RA= 02:13:48.391563 DEC= +67:20:06.79518 RAER= 1.86 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0159+870', 'J0213+8717' RA= 02:13:57.846698 DEC= +87:17:28.72655 RAER= 3.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.172, 8.4, 0.099, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 742 observations" / source= '0211+301', 'J0214+3022' RA= 02:14:03.551965 DEC= +30:22:07.93852 RAER= 0.77 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.015, 8.4, 0.029, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0213-706', 'J0214-7027' RA= 02:14:04.468410 DEC= -70:27:06.19763 RAER= 1.26 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0212-586', 'J0214-5822' RA= 02:14:10.308317 DEC= -58:22:06.71441 RAER= 1.18 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0212-620', 'J0214-6149' RA= 02:14:16.204298 DEC= -61:49:33.65943 RAER= 0.28 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.575, 0.604 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 393 observations" / source= '0210+515', 'J0214+5144' RA= 02:14:17.934453 DEC= +51:44:51.94763 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.078, 5.0, 0.133, 0.065, 8.4, 0.103, 0.056, 15.2, 0.100, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1129 observations" / source= '0211+145', 'J0214+1445' RA= 02:14:20.760881 DEC= +14:45:25.83863 RAER= 5.56 DECER= 17.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0211+390', 'J0214+3918' RA= 02:14:24.749030 DEC= +39:18:39.04840 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.115, 8.4, 0.175, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0211-055', 'J0214-0517' RA= 02:14:29.297527 DEC= -05:17:44.85840 RAER= 0.74 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.058, 8.4, 0.044, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0212-015', 'J0214-0120' RA= 02:14:33.383198 DEC= -01:20:23.85547 RAER= 0.54 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040, 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0212+017', 'J0214+0157' RA= 02:14:35.777885 DEC= +01:57:03.05683 RAER= 0.62 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.058, 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0211+063', 'J0214+0632' RA= 02:14:37.027766 DEC= +06:32:51.43615 RAER= 0.73 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.032, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0212-214', 'J0214-2113' RA= 02:14:40.703290 DEC= -21:13:28.83689 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.061, 8.4, 0.107, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '0212+114', 'J0214+1140' RA= 02:14:43.580160 DEC= +11:40:56.61947 RAER= 1.19 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0211+296', 'J0214+2950' RA= 02:14:43.946675 DEC= +29:50:37.37412 RAER= 1.43 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0211+171', 'J0214+1722' RA= 02:14:44.912854 DEC= +17:22:49.51156 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.059, 8.4, 0.129, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1083 observations" / source= '0211+263', 'J0214+2635' RA= 02:14:47.052015 DEC= +26:35:59.01899 RAER= 0.81 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.027, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0212-248', 'J0214-2438' RA= 02:14:55.706439 DEC= -24:38:15.64550 RAER= 0.45 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.260, 0.063, 8.4, 0.179, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0212-377', 'J0215-3728' RA= 02:15:00.081683 DEC= -37:28:49.23500 RAER= 0.94 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.041, 8.4, 0.049, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0212+197', 'J0215+2000' RA= 02:15:05.812963 DEC= +20:00:58.34802 RAER= 0.29 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.081, 8.4, 0.061, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0211+630', 'J0215+6319' RA= 02:15:05.815762 DEC= +63:19:53.67707 RAER= 4.95 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0212-072', 'J0215-0702' RA= 02:15:07.581730 DEC= -07:02:08.87625 RAER= 0.43 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.030, 8.4, 0.051, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0211+509', 'J0215+5109' RA= 02:15:11.051654 DEC= +51:09:40.43096 RAER= 1.37 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.023, 8.4, 0.053, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0212-039', 'J0215-0343' RA= 02:15:11.506499 DEC= -03:43:07.89434 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.066, 8.4, 0.060, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '0210+756', 'J0215+7554' RA= 02:15:17.904646 DEC= +75:54:53.01347 RAER= 4.05 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.023, 8.4, 0.041, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0213-315', 'J0215-3121' RA= 02:15:27.179658 DEC= -31:21:48.17845 RAER= 8.89 DECER= 19.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0213-132', 'J0215-1259' RA= 02:15:37.423231 DEC= -12:59:30.23737 RAER= 3.03 DECER= 4.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0212+479', 'J0215+4808' RA= 02:15:38.533345 DEC= +48:08:08.59901 RAER= 8.85 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0212+376', 'J0215+3750' RA= 02:15:40.039518 DEC= +37:50:08.33919 RAER= 5.96 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0213-026', 'J0215-0222' RA= 02:15:42.017295 DEC= -02:22:56.75271 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.450, 0.222, 8.4, 0.582, 0.329 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2232 observations" / source= '0212+534', 'J0215+5339' RA= 02:15:43.780754 DEC= +53:39:06.65326 RAER= 1.04 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.008, 8.4, 0.017, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0213-300', 'J0215-2948' RA= 02:15:48.479075 DEC= -29:48:42.20016 RAER= 2.15 DECER= 4.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0212+344', 'J0215+3443' RA= 02:15:49.434059 DEC= +34:43:04.80496 RAER= 0.71 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0213+051', 'J0215+0524' RA= 02:15:55.010780 DEC= +05:24:25.55475 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.146, 8.4, 0.141, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '0213+027', 'J0216+0300' RA= 02:16:00.459595 DEC= +03:00:11.90589 RAER= 0.61 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0213-383', 'J0216-3809' RA= 02:16:02.076747 DEC= -38:09:00.34896 RAER= 1.98 DECER= 8.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0214-522', 'J0216-5200' RA= 02:16:03.197769 DEC= -52:00:12.47540 RAER= 0.31 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.257, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '0213-015', 'J0216-0118' RA= 02:16:05.663844 DEC= -01:18:03.39706 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.094, 8.4, 0.111, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '0213-013', 'J0216-0105' RA= 02:16:12.211899 DEC= -01:05:18.82287 RAER= 0.12 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.095, 8.4, 0.091, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 671 observations" / source= '0212+547', 'J0216+5457' RA= 02:16:16.668638 DEC= +54:57:27.28754 RAER= 2.82 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0213+052', 'J0216+0530' RA= 02:16:16.857215 DEC= +05:30:56.20289 RAER= 1.20 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0213+443', 'J0216+4437' RA= 02:16:17.171658 DEC= +44:37:43.39695 RAER= 0.24 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.058, 8.4, 0.091, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '0214-303', 'J0216-3009' RA= 02:16:22.726368 DEC= -30:09:36.48234 RAER= 3.60 DECER= 10.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0213+424', 'J0216+4240' RA= 02:16:25.972245 DEC= +42:40:36.42316 RAER= 1.71 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0212+549', 'J0216+5512' RA= 02:16:26.754025 DEC= +55:12:04.57150 RAER= 1.34 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0213+412', 'J0216+4131' RA= 02:16:30.371441 DEC= +41:31:50.85073 RAER= 0.59 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0213+230', 'J0216+2314' RA= 02:16:32.094308 DEC= +23:14:50.35813 RAER= 1.73 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.006, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0213+178', 'J0216+1806' RA= 02:16:32.527579 DEC= +18:06:34.18925 RAER= 0.42 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0213+025', 'J0216+0244' RA= 02:16:35.797032 DEC= +02:44:00.86115 RAER= 0.87 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0214-105', 'J0216-1017' RA= 02:16:38.875880 DEC= -10:17:02.99935 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.105, 8.4, 0.155, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '0214-049', 'J0216-0444' RA= 02:16:40.738092 DEC= -04:44:04.92896 RAER= 6.67 DECER= 14.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0213+432', 'J0216+4331' RA= 02:16:41.834007 DEC= +43:31:34.18358 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.083, 8.4, 0.167, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '0214-330', 'J0216-3247' RA= 02:16:48.185424 DEC= -32:47:40.85081 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.202, 8.4, 0.389, 0.286 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '0214+171', 'J0216+1724' RA= 02:16:50.730009 DEC= +17:24:06.16383 RAER= 0.53 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0215-668', 'J0216-6636' RA= 02:16:50.869934 DEC= -66:36:42.60022 RAER= 6.48 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0214-166', 'J0216-1627' RA= 02:16:54.762337 DEC= -16:27:47.80685 RAER= 0.62 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0214+049', 'J0216+0510' RA= 02:16:55.639804 DEC= +05:10:18.37808 RAER= 0.66 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0214-251', 'J0216-2452' RA= 02:16:56.413198 DEC= -24:52:34.87916 RAER= 4.48 DECER= 7.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.024, 8.4, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0214-085', 'J0217-0820' RA= 02:17:02.662324 DEC= -08:20:52.35217 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.279, 8.4, 0.417, 0.332 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '0214+108', 'J0217+1104' RA= 02:17:07.665349 DEC= +11:04:09.87724 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.030, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 293 observations" / source= '0215-274', 'J0217-2715' RA= 02:17:15.304266 DEC= -27:15:55.60927 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.056, 8.4, 0.081, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0215-261', 'J0217-2553' RA= 02:17:16.296065 DEC= -25:53:31.69722 RAER= 8.31 DECER= 32.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0214+083', 'J0217+0837' RA= 02:17:17.125005 DEC= +08:37:03.89845 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.683, 0.382, 8.4, 0.701, 0.203, 15.2, 0.573, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '0213+656', 'J0217+6554' RA= 02:17:20.352645 DEC= +65:54:53.70590 RAER= 2.94 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0215-353', 'J0217-3507' RA= 02:17:23.342281 DEC= -35:07:34.73334 RAER= 0.77 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.105, 8.4, 0.110, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0214-011', 'J0217-0052' RA= 02:17:28.634651 DEC= -00:52:27.12554 RAER= 3.78 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0215-176', 'J0217-1723' RA= 02:17:30.597738 DEC= -17:23:17.36849 RAER= 0.64 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.026, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0212+735', 'J0217+7349' RA= 02:17:30.813371 DEC= +73:49:32.62175 RAER= 0.36 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.628, 1.381, 5.0, 3.343, 1.780, 8.4, 3.093, 1.182, 15.2, 2.459, 0.779 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75144 observations" / source= '0214+562', 'J0217+5626' RA= 02:17:30.990494 DEC= +56:26:41.32597 RAER= 3.92 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0215-400', 'J0217-3947' RA= 02:17:34.648245 DEC= -39:47:32.29890 RAER= 24.32 DECER= 57.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0214+311', 'J0217+3123' RA= 02:17:37.309453 DEC= +31:23:28.60165 RAER= 0.88 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0214+418', 'J0217+4202' RA= 02:17:37.325431 DEC= +42:02:19.64976 RAER= 0.61 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.077, 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0215-245', 'J0217-2420' RA= 02:17:44.778410 DEC= -24:20:39.85887 RAER= 0.94 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0215+015', 'J0217+0144' RA= 02:17:48.954748 DEC= +01:44:49.69893 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.626, 0.510, 5.0, 0.637, 0.377, 8.4, 0.901, 0.763, 15.2, 1.351, 1.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56256 observations" / source= '0215-015', 'J0217-0121' RA= 02:17:54.999390 DEC= -01:21:50.71890 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.070, 8.4, 0.060, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '0214+632', 'J0217+6330' RA= 02:17:55.333245 DEC= +63:30:52.17414 RAER= 3.32 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations. No flux information" / source= '0215-167', 'J0217-1631' RA= 02:17:57.249495 DEC= -16:31:10.47367 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.120, 8.4, 0.195, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '0215+243', 'J0218+2433' RA= 02:18:05.898052 DEC= +24:33:53.38418 RAER= 0.39 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.099, 8.4, 0.069, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0215-124', 'J0218-1213' RA= 02:18:14.248541 DEC= -12:13:54.48387 RAER= 2.44 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0215+388', 'J0218+3905' RA= 02:18:15.839352 DEC= +39:05:18.22242 RAER= 0.41 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.056, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0215+356', 'J0218+3549' RA= 02:18:28.819324 DEC= +35:49:59.74694 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.043, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0216-096', 'J0218-0923' RA= 02:18:34.381665 DEC= -09:23:38.42194 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.130, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0216+004', 'J0218+0040' RA= 02:18:35.444976 DEC= +00:40:39.23258 RAER= 0.39 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.046, 8.4, 0.063, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0216-197', 'J0218-1933' RA= 02:18:37.426443 DEC= -19:33:29.38848 RAER= 0.84 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0215+182', 'J0218+1825' RA= 02:18:40.087829 DEC= +18:25:52.90540 RAER= 0.75 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.018, 8.4, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0216-233', 'J0218-2307' RA= 02:18:40.215411 DEC= -23:07:12.43468 RAER= 1.01 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0215+165', 'J0218+1646' RA= 02:18:40.338346 DEC= +16:46:11.34199 RAER= 0.87 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.022, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0215+315', 'J0218+3149' RA= 02:18:42.206398 DEC= +31:49:26.87580 RAER= 0.62 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037, 8.4, 0.055, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0215+364', 'J0218+3640' RA= 02:18:50.041996 DEC= +36:40:42.57967 RAER= 0.18 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.278, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0216+167', 'J0218+1700' RA= 02:18:56.035206 DEC= +17:00:59.59329 RAER= 1.20 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0216-170', 'J0218-1649' RA= 02:18:58.058192 DEC= -16:49:35.35629 RAER= 46.44 DECER= 30.77 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0216+245', 'J0219+2445' RA= 02:19:00.406637 DEC= +24:45:20.58545 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.021, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0216-366', 'J0219-3626' RA= 02:19:02.907388 DEC= -36:26:07.15663 RAER= 0.97 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0216-176', 'J0219-1725' RA= 02:19:05.503296 DEC= -17:25:13.08816 RAER= 0.72 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0216+011', 'J0219+0120' RA= 02:19:07.024501 DEC= +01:20:59.86608 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.531, 0.367, 5.0, 0.913, 0.780, 8.4, 0.711, 0.522 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1530 observations" / source= '0217-254', 'J0219-2512' RA= 02:19:21.115264 DEC= -25:12:10.77813 RAER= 14.38 DECER= 25.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0217-189', 'J0219-1842' RA= 02:19:21.161757 DEC= -18:42:38.74769 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.231, 8.4, 0.271, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0215+601', 'J0219+6025' RA= 02:19:21.828975 DEC= +60:25:07.80091 RAER= 3.73 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '0216+472', 'J0219+4727' RA= 02:19:23.359892 DEC= +47:27:40.00732 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.160, 8.4, 0.122, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '0216+072', 'J0219+0727' RA= 02:19:25.685537 DEC= +07:27:34.38922 RAER= 0.44 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.025, 8.4, 0.037, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0216+478', 'J0219+4806' RA= 02:19:26.676056 DEC= +48:06:38.86039 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.052, 8.4, 0.149, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '0217-295', 'J0219-2922' RA= 02:19:30.194073 DEC= -29:22:13.24444 RAER= 1.78 DECER= 6.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0216+332', 'J0219+3328' RA= 02:19:30.265562 DEC= +33:28:51.13108 RAER= 0.54 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.045, 8.4, 0.090, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0216+295', 'J0219+2945' RA= 02:19:32.197203 DEC= +29:45:53.22532 RAER= 8.41 DECER= 26.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0218-683', 'J0219-6806' RA= 02:19:41.727135 DEC= -68:06:18.24077 RAER= 1.20 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.206, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0216+223', 'J0219+2233' RA= 02:19:47.480604 DEC= +22:33:03.48563 RAER= 0.88 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0217+017', 'J0219+0155' RA= 02:19:58.746685 DEC= +01:55:48.98265 RAER= 1.05 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0217+166', 'J0220+1652' RA= 02:20:00.758804 DEC= +16:52:28.58900 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.069, 8.4, 0.195, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '0217-370', 'J0220-3649' RA= 02:20:03.876150 DEC= -36:49:52.69341 RAER= 6.72 DECER= 24.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0219-706', 'J0220-7022' RA= 02:20:08.076844 DEC= -70:22:29.21379 RAER= 4.16 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0217+367', 'J0220+3659' RA= 02:20:24.163456 DEC= +36:59:41.19658 RAER= 0.45 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.037, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '0218-133', 'J0220-1305' RA= 02:20:28.217640 DEC= -13:05:19.06770 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.115, 8.4, 0.227, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '0218-220', 'J0220-2151' RA= 02:20:35.150147 DEC= -21:51:12.07989 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.120, 8.4, 0.110, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 780 observations" / source= '0217+262', 'J0220+2631' RA= 02:20:35.987146 DEC= +26:31:03.97881 RAER= 0.59 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0217+324', 'J0220+3241' RA= 02:20:48.053015 DEC= +32:41:06.46368 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.593, 0.232, 8.4, 0.346, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '0218-089', 'J0220-0842' RA= 02:20:48.467826 DEC= -08:42:50.41444 RAER= 1.03 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0218+095', 'J0220+0945' RA= 02:20:53.802315 DEC= +09:45:35.17842 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.033, 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 661 observations" / source= '0219-637', 'J0220-6330' RA= 02:20:54.171157 DEC= -63:30:19.38744 RAER= 0.36 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.356, 0.337 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0218-021', 'J0220-0156' RA= 02:20:54.317168 DEC= -01:56:50.44219 RAER= 4.27 DECER= 8.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0218+35A', 'J0221+355A' RA= 02:21:05.468248 DEC= +35:56:13.73636 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.417, 0.056, 5.0, 0.462, 0.020, 8.4, 0.594, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1807 observations" / source= '0218+35B', 'J0221+355B' RA= 02:21:05.493716 DEC= +35:56:13.86402 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.586, 0.040, 8.4, 0.308, 0.019, 22.2, 0.652, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1310 observations" / source= '0218-006', 'J0221-0025' RA= 02:21:09.456645 DEC= -00:25:46.58015 RAER= 1.07 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.013, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0218-132', 'J0221-1302' RA= 02:21:12.252533 DEC= -13:02:47.82129 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.312, 5.0, 0.327, 0.291, 8.4, 0.320, 0.286 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '0218+007', 'J0221+0101' RA= 02:21:13.148720 DEC= +01:01:02.90510 RAER= 0.58 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.044, 8.4, 0.064, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0219-293', 'J0221-2907' RA= 02:21:19.066800 DEC= -29:07:15.69508 RAER= 5.52 DECER= 12.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0218+279', 'J0221+2809' RA= 02:21:23.259507 DEC= +28:09:02.21050 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.382, 0.112, 5.0, 0.261, 0.064, 8.4, 0.151, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '0218+250', 'J0221+2514' RA= 02:21:26.965098 DEC= +25:14:33.66531 RAER= 0.35 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0219-474', 'J0221-4712' RA= 02:21:29.165699 DEC= -47:12:56.69263 RAER= 0.49 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.611, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '0219-235', 'J0221-2318' RA= 02:21:41.262202 DEC= -23:18:35.97309 RAER= 0.69 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0218+617', 'J0221+6159' RA= 02:21:54.660672 DEC= +61:59:20.68297 RAER= 26.92 DECER= 12.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0219-164', 'J0222-1615' RA= 02:22:00.725049 DEC= -16:15:16.54892 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.202, 5.0, 0.155, 0.126, 8.4, 0.181, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0219+306', 'J0222+3051' RA= 02:22:03.708328 DEC= +30:51:37.84471 RAER= 0.66 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.049, 8.4, 0.051, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0219+013', 'J0222+0137' RA= 02:22:05.586127 DEC= +01:37:23.07975 RAER= 2.31 DECER= 5.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0217+734', 'J0222+7338' RA= 02:22:12.269127 DEC= +73:38:15.57329 RAER= 7.30 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0219+372', 'J0222+3731' RA= 02:22:15.461174 DEC= +37:31:15.59320 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.048, 8.4, 0.092, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0219+096', 'J0222+0952' RA= 02:22:15.608438 DEC= +09:52:37.82041 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.051, 5.0, 0.215, 0.035, 8.4, 0.113, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0219+443', 'J0222+4432' RA= 02:22:17.761125 DEC= +44:32:57.14335 RAER= 1.39 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0220-422', 'J0222-4159' RA= 02:22:17.955840 DEC= -41:59:38.61806 RAER= 1.51 DECER= 6.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0220-224', 'J0222-2213' RA= 02:22:20.729431 DEC= -22:13:28.19224 RAER= 43.94 DECER= 36.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0218+652', 'J0222+6529' RA= 02:22:29.088896 DEC= +65:29:08.24050 RAER= 6.25 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0218+585', 'J0222+5848' RA= 02:22:33.520673 DEC= +58:48:13.94346 RAER= 1.03 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0219+428', 'J0222+4302' RA= 02:22:39.611496 DEC= +43:02:07.79885 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.625, 0.446, 5.0, 0.417, 0.232, 8.4, 0.498, 0.293, 15.2, 0.664, 0.394 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3828 observations" / source= '0220+074', 'J0222+0742' RA= 02:22:47.688144 DEC= +07:42:57.18240 RAER= 0.43 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.082, 8.4, 0.094, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0220-055', 'J0222-0518' RA= 02:22:55.758717 DEC= -05:18:17.58157 RAER= 1.22 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.050, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0220-349', 'J0222-3441' RA= 02:22:56.401641 DEC= -34:41:28.73015 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.910, 0.614, 5.0, 0.729, 0.107, 8.4, 0.892, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2922 observations" / source= '0218+681', 'J0223+6821' RA= 02:23:04.537405 DEC= +68:21:54.99476 RAER= 1.73 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0219+553', 'J0223+5535' RA= 02:23:04.696635 DEC= +55:35:10.45340 RAER= 2.45 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.087, 8.4, 0.078, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0220-286', 'J0223-2824' RA= 02:23:05.570915 DEC= -28:24:51.35794 RAER= 1.00 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.044, 8.4, 0.066, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0220+392', 'J0223+3929' RA= 02:23:09.190491 DEC= +39:29:36.94134 RAER= 0.60 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0220+427', 'J0223+4259' RA= 02:23:11.411257 DEC= +42:59:31.38532 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.091, 5.0, 0.113, 0.020, 8.4, 0.179, 0.093, 15.2, 0.161, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 935 observations" / source= '0220-023', 'J0223-0205' RA= 02:23:13.040532 DEC= -02:05:07.93444 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.113, 8.4, 0.123, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 348 observations" / source= '0220-115', 'J0223-1117' RA= 02:23:14.252794 DEC= -11:17:38.47693 RAER= 0.87 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0221-361', 'J0223-3555' RA= 02:23:17.844821 DEC= -35:55:47.84382 RAER= 16.38 DECER= 24.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.028, 8.4, 0.025, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0219+539', 'J0223+5413' RA= 02:23:24.130984 DEC= +54:13:33.31430 RAER= 1.42 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0220+389', 'J0223+3912' RA= 02:23:28.395158 DEC= +39:12:51.28563 RAER= 0.69 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.031, 8.4, 0.044, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0219+628', 'J0223+6307' RA= 02:23:29.607035 DEC= +63:07:17.30512 RAER= 0.24 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.038, 5.0, 0.089, 0.012, 8.4, 0.094, 0.038, 22.2, 0.227, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2332 observations" / source= '0221-540', 'J0223-5347' RA= 02:23:30.874779 DEC= -53:47:39.90103 RAER= 0.28 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.278, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0221-212', 'J0223-2100' RA= 02:23:33.700894 DEC= -21:00:07.03311 RAER= 0.86 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0220+393', 'J0223+3936' RA= 02:23:34.336754 DEC= +39:36:04.26439 RAER= 0.43 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.047, 8.4, 0.057, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0221-096', 'J0223-0925' RA= 02:23:40.812388 DEC= -09:25:21.21696 RAER= 1.00 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0221-171', 'J0223-1656' RA= 02:23:43.763625 DEC= -16:56:37.69831 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.101, 5.0, 0.144, 0.096, 8.4, 0.153, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '0219+715', 'J0223+7144' RA= 02:23:52.192469 DEC= +71:44:45.84406 RAER= 2.70 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.047, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0220+461', 'J0223+4621' RA= 02:23:53.969542 DEC= +46:21:30.62768 RAER= 0.53 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.017, 8.4, 0.098, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0221+192', 'J0223+1925' RA= 02:23:55.496483 DEC= +19:25:49.57271 RAER= 0.72 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.034, 8.4, 0.031, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0220+565', 'J0223+5644' RA= 02:23:57.222837 DEC= +56:44:23.05373 RAER= 8.87 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0221-190', 'J0224-1850' RA= 02:24:04.457317 DEC= -18:50:32.40912 RAER= 637.57 DECER= 1049.1 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0221+177', 'J0224+1759' RA= 02:24:08.821857 DEC= +17:59:28.84338 RAER= 0.37 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.024, 8.4, 0.028, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '0221+160', 'J0224+1614' RA= 02:24:11.834223 DEC= +16:14:58.36444 RAER= 0.79 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0221+276', 'J0224+2750' RA= 02:24:12.294240 DEC= +27:50:10.79887 RAER= 9.60 DECER= 9.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0220+518', 'J0224+5201' RA= 02:24:13.947930 DEC= +52:01:51.18743 RAER= 1.60 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0221-029', 'J0224-0243' RA= 02:24:18.344161 DEC= -02:43:26.64448 RAER= 0.84 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0220+698', 'J0224+7004' RA= 02:24:22.855303 DEC= +70:04:35.92046 RAER= 1.20 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.045, 8.4, 0.073, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0220+56A', 'J0224+5645' RA= 02:24:24.865268 DEC= +56:45:37.80690 RAER= 1.18 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0221+067', 'J0224+0659' RA= 02:24:28.428193 DEC= +06:59:23.34152 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.409, 0.229, 5.0, 0.609, 0.464, 8.4, 0.940, 0.728, 15.2, 0.825, 0.518 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8978 observations" / source= '0221-025', 'J0224-0219' RA= 02:24:30.331636 DEC= -02:19:32.11171 RAER= 0.65 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.061, 8.4, 0.058, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0221+137', 'J0224+1357' RA= 02:24:41.828047 DEC= +13:57:32.71594 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 238 observations" / source= '0221+513', 'J0224+5136' RA= 02:24:46.101954 DEC= +51:36:58.63717 RAER= 2.82 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0219+767', 'J0224+7655' RA= 02:24:53.996852 DEC= +76:55:54.16435 RAER= 5.00 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, n/a, 5.0, 0.017, 0.008, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0222-119', 'J0224-1141' RA= 02:24:57.939387 DEC= -11:41:28.77351 RAER= 0.56 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0222-099', 'J0224-0942' RA= 02:24:59.908348 DEC= -09:42:35.73571 RAER= 2.99 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.012, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0222-234', 'J0225-2312' RA= 02:25:02.821452 DEC= -23:12:48.48767 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.075, 5.0, 0.195, 0.113, 8.4, 0.206, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 691 observations" / source= '0222+185', 'J0225+1846' RA= 02:25:04.668850 DEC= +18:46:48.76688 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.394, 0.345, 8.4, 0.160, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1687 observations" / source= '0222+000', 'J0225+0017' RA= 02:25:08.076262 DEC= +00:17:07.22800 RAER= 2.46 DECER= 5.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0222-262', 'J0225-2603' RA= 02:25:10.889565 DEC= -26:03:18.79772 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.167, 8.4, 0.145, 0.103, 22.2, 0.206, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2101 observations" / source= '0222+038', 'J0225+0407' RA= 02:25:13.821348 DEC= +04:07:24.39998 RAER= 0.42 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.032, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0222+310', 'J0225+3118' RA= 02:25:16.830319 DEC= +31:18:57.83006 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.293, 0.114, 8.4, 0.239, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '0222+296', 'J0225+2955' RA= 02:25:19.195316 DEC= +29:55:12.12934 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.119, 8.4, 0.153, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '0222+369', 'J0225+3710' RA= 02:25:27.327163 DEC= +37:10:27.74567 RAER= 0.23 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '0223-245', 'J0225-2421' RA= 02:25:29.584410 DEC= -24:21:17.09585 RAER= 9.85 DECER= 16.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0223-023', 'J0225-0210' RA= 02:25:34.211624 DEC= -02:10:16.93944 RAER= 4.83 DECER= 12.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0222+227', 'J0225+2258' RA= 02:25:35.244271 DEC= +22:58:48.71668 RAER= 0.42 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.042, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0223+113', 'J0225+1134' RA= 02:25:41.909866 DEC= +11:34:25.46492 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.375, 0.302, 8.4, 0.294, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 879 observations" / source= '0221+660', 'J0225+6614' RA= 02:25:42.755197 DEC= +66:14:52.95879 RAER= 1.34 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.021, 8.4, 0.065, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0223-452', 'J0225-4503' RA= 02:25:43.527656 DEC= -45:03:16.48067 RAER= 1.73 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0222+403', 'J0225+4031' RA= 02:25:44.894619 DEC= +40:31:33.25054 RAER= 1.23 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0222+596', 'J0225+5953' RA= 02:25:48.270144 DEC= +59:53:53.14443 RAER= 1.81 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0222+417', 'J0226+4155' RA= 02:26:06.231763 DEC= +41:55:34.16694 RAER= 0.72 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.032, 8.4, 0.034, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0223+012', 'J0226+0129' RA= 02:26:09.681946 DEC= +01:29:28.65621 RAER= 0.37 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0223+341', 'J0226+3421' RA= 02:26:10.333244 DEC= +34:21:30.28705 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.151, 0.858, 5.0, 1.671, 0.317, 8.4, 0.948, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '0223+093', 'J0226+0937' RA= 02:26:13.715362 DEC= +09:37:26.75757 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.105, 8.4, 0.129, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '0223-162', 'J0226-1601' RA= 02:26:17.639220 DEC= -16:01:08.96510 RAER= 1.00 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0224-309', 'J0226-3041' RA= 02:26:24.085591 DEC= -30:41:32.31059 RAER= 0.98 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.023, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0223+229', 'J0226+2311' RA= 02:26:31.269251 DEC= +23:11:25.21227 RAER= 0.58 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0223+094', 'J0226+0938' RA= 02:26:34.256493 DEC= +09:38:44.23423 RAER= 0.31 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0223+357', 'J0226+3555' RA= 02:26:36.134189 DEC= +35:55:45.20958 RAER= 1.17 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.008, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0224-449', 'J0226-4441' RA= 02:26:38.877290 DEC= -44:41:22.41768 RAER= 30.99 DECER= 9.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0223+194', 'J0226+1941' RA= 02:26:39.961339 DEC= +19:41:10.37987 RAER= 1.44 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.016, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0224-061', 'J0226-0552' RA= 02:26:40.028744 DEC= -05:52:38.52025 RAER= 0.36 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.069, 8.4, 0.079, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '0224-431', 'J0226-4255' RA= 02:26:41.424533 DEC= -42:55:38.40269 RAER= 1.82 DECER= 6.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, 0.060, 8.4, 0.119, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0224-189', 'J0226-1843' RA= 02:26:47.628412 DEC= -18:43:39.23977 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.101, 5.0, 0.108, 0.093, 8.4, 0.172, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '0224-198', 'J0226-1937' RA= 02:26:58.393584 DEC= -19:37:55.34887 RAER= 1.66 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0224+176', 'J0227+1749' RA= 02:27:01.897609 DEC= +17:49:27.73427 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.042, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '0224-178', 'J0227-1737' RA= 02:27:04.249351 DEC= -17:37:21.62702 RAER= 0.71 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.018, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0224+393', 'J0227+3931' RA= 02:27:07.415964 DEC= +39:31:41.51777 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.234, 0.156, 8.4, 0.179, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '0224+018', 'J0227+0202' RA= 02:27:16.591961 DEC= +02:02:00.01016 RAER= 0.76 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0224+263', 'J0227+2633' RA= 02:27:18.785395 DEC= +26:33:46.59203 RAER= 6.00 DECER= 9.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0222+709', 'J0227+7109' RA= 02:27:28.271406 DEC= +71:09:33.15363 RAER= 4.96 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.013, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0225-286', 'J0227-2825' RA= 02:27:29.411785 DEC= -28:25:49.45480 RAER= 0.62 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0225-090', 'J0227-0848' RA= 02:27:32.076375 DEC= -08:48:12.20586 RAER= 0.84 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.045, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0225-241', 'J0227-2354' RA= 02:27:33.544363 DEC= -23:54:55.81163 RAER= 0.72 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0220+818', 'J0227+8206' RA= 02:27:34.196935 DEC= +82:06:31.61560 RAER= 2.42 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.043, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0224+251', 'J0227+2520' RA= 02:27:36.716498 DEC= +25:20:01.91302 RAER= 3.68 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0225-306', 'J0227-3026' RA= 02:27:40.536670 DEC= -30:26:03.62905 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.175, 8.4, 0.309, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0225-394', 'J0227-3913' RA= 02:27:42.050627 DEC= -39:13:08.77938 RAER= 2.19 DECER= 12.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0224+225', 'J0227+2248' RA= 02:27:44.361629 DEC= +22:48:34.24356 RAER= 0.31 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0225-065', 'J0227-0621' RA= 02:27:44.464262 DEC= -06:21:06.74003 RAER= 0.44 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.238, n/a, 8.4, 0.147, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0225+187', 'J0227+1901' RA= 02:27:53.333611 DEC= +19:01:14.08122 RAER= 3.92 DECER= 3.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0224+382', 'J0227+3828' RA= 02:27:53.928070 DEC= +38:28:24.10443 RAER= 0.69 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.035, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0225+282', 'J0227+2830' RA= 02:27:58.829361 DEC= +28:30:45.67577 RAER= 0.90 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.031, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0224+498', 'J0228+5005' RA= 02:28:00.465687 DEC= +50:05:59.01020 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.133, 8.4, 0.256, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 606 observations" / source= '0225-014', 'J0228-0115' RA= 02:28:07.847843 DEC= -01:15:40.31863 RAER= 0.62 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.017, 8.4, 0.057, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0225+419', 'J0228+4212' RA= 02:28:12.467272 DEC= +42:12:03.44470 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.135, 8.4, 0.146, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '0226-312', 'J0228-3102' RA= 02:28:12.985270 DEC= -31:02:40.28158 RAER= 1.22 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0226-293', 'J0228-2904' RA= 02:28:14.541300 DEC= -29:04:38.06635 RAER= 18.36 DECER= 31.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0226-559', 'J0228-5546' RA= 02:28:21.598377 DEC= -55:46:03.28067 RAER= 0.26 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.201, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0224+540', 'J0228+5419' RA= 02:28:25.691666 DEC= +54:19:08.13517 RAER= 0.34 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.035, 8.4, 0.106, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '0225+520', 'J0228+5214' RA= 02:28:27.433976 DEC= +52:14:34.43942 RAER= 1.12 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.015, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0226-227', 'J0228-2233' RA= 02:28:32.091497 DEC= -22:33:51.11100 RAER= 1.22 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.006, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0226-375', 'J0228-3719' RA= 02:28:33.733666 DEC= -37:19:56.35483 RAER= 0.24 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.074, 8.4, 0.096, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 272 observations" / source= '0226-013', 'J0228-0107' RA= 02:28:36.560365 DEC= -01:07:21.50797 RAER= 2.30 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '0225+146', 'J0228+1450' RA= 02:28:38.372087 DEC= +14:50:40.09273 RAER= 0.87 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.021, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0225+138', 'J0228+1401' RA= 02:28:40.715579 DEC= +14:01:58.35520 RAER= 44.42 DECER= 20.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0225+253', 'J0228+2532' RA= 02:28:44.124198 DEC= +25:32:41.77466 RAER= 0.89 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.051, 8.4, 0.047, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0226-130', 'J0228-1247' RA= 02:28:48.067056 DEC= -12:47:06.78655 RAER= 0.51 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.042, 8.4, 0.068, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0224+671', 'J0228+6721' RA= 02:28:50.051493 DEC= +67:21:03.02929 RAER= 0.26 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.091, 0.661, 5.0, 1.090, 0.799, 8.4, 0.931, 0.502, 15.2, 0.863, 0.414, 22.2, 0.664, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9516 observations" / source= '0226-038', 'J0228-0337' RA= 02:28:53.211221 DEC= -03:37:37.12609 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.599, 0.272, 8.4, 0.629, 0.297 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '0226+174', 'J0228+1739' RA= 02:28:54.698014 DEC= +17:39:31.81085 RAER= 1.53 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0225+469', 'J0229+4710' RA= 02:29:12.116875 DEC= +47:10:16.78406 RAER= 1.26 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.016, 8.4, 0.039, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0227-542', 'J0229-5403' RA= 02:29:12.785325 DEC= -54:03:24.03432 RAER= 0.22 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.306, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 155 observations" / source= '0226+444', 'J0229+4443' RA= 02:29:13.249104 DEC= +44:43:00.80620 RAER= 1.17 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0224+709', 'J0229+7112' RA= 02:29:13.535641 DEC= +71:12:18.61331 RAER= 2.95 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.051, 8.4, 0.088, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0226+279', 'J0229+2807' RA= 02:29:14.248153 DEC= +28:07:43.49898 RAER= 2.00 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0223+774', 'J0229+7743' RA= 02:29:14.672517 DEC= +77:43:16.14201 RAER= 7.92 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, n/a, 5.0, 0.066, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0226+086', 'J0229+0851' RA= 02:29:15.534964 DEC= +08:51:25.27337 RAER= 0.42 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.199, 0.086, 8.4, 0.106, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0226-049', 'J0229-0442' RA= 02:29:15.807425 DEC= -04:42:15.98461 RAER= 0.84 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0226+037', 'J0229+0356' RA= 02:29:18.381882 DEC= +03:56:37.19053 RAER= 0.89 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0225+668', 'J0229+6706' RA= 02:29:22.585239 DEC= +67:06:37.54696 RAER= 2.11 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0226+278', 'J0229+2801' RA= 02:29:24.465931 DEC= +28:01:23.67171 RAER= 0.92 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.011, 8.4, 0.030, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0227-527', 'J0229-5232' RA= 02:29:25.266678 DEC= -52:32:21.97887 RAER= 3.24 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0227-369', 'J0229-3643' RA= 02:29:28.449050 DEC= -36:43:56.82239 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.259, 8.4, 0.282, 0.260 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4764 observations" / source= '0230-790', 'J0229-7847' RA= 02:29:34.946600 DEC= -78:47:45.60174 RAER= 0.52 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3418 observations. No flux information" / source= '0226+287', 'J0229+2859' RA= 02:29:38.873797 DEC= +28:59:15.45663 RAER= 0.82 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0226+28A', 'J0229+2858' RA= 02:29:42.137991 DEC= +28:58:19.00648 RAER= 3.02 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0226+455', 'J0229+4547' RA= 02:29:45.521725 DEC= +45:47:08.01608 RAER= 1.24 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0226+559', 'J0229+5612' RA= 02:29:47.562317 DEC= +56:12:49.72106 RAER= 12.64 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0226+225', 'J0229+2244' RA= 02:29:47.685776 DEC= +22:44:33.32821 RAER= 1.12 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.036, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0227+279', 'J0230+2808' RA= 02:30:00.476742 DEC= +28:08:18.86713 RAER= 0.69 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0227+217', 'J0230+2159' RA= 02:30:04.294342 DEC= +21:59:08.10195 RAER= 0.30 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.040, 8.4, 0.049, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0227-145', 'J0230-1417' RA= 02:30:10.736308 DEC= -14:17:49.41812 RAER= 0.59 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.039, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0223+814', 'J0230+8141' RA= 02:30:10.767681 DEC= +81:41:29.86787 RAER= 4.12 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.034, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '0228-624', 'J0230-6214' RA= 02:30:11.574914 DEC= -62:14:35.71200 RAER= 0.53 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '0226+619', 'J0230+6209' RA= 02:30:16.155004 DEC= +62:09:37.70680 RAER= 5.66 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '0227+283', 'J0230+2835' RA= 02:30:24.006081 DEC= +28:35:21.35819 RAER= 1.68 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0227+209', 'J0230+2112' RA= 02:30:29.494745 DEC= +21:12:44.19836 RAER= 0.44 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.025, 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0228-138', 'J0230-1339' RA= 02:30:30.661448 DEC= -13:39:15.55687 RAER= 0.97 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0228-043', 'J0230-0409' RA= 02:30:36.808743 DEC= -04:09:36.47194 RAER= 1.01 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0227+273', 'J0230+2736' RA= 02:30:38.912381 DEC= +27:36:52.26801 RAER= 0.82 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.031, 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0237-856', 'J0230-8528' RA= 02:30:39.448249 DEC= -85:28:19.07426 RAER= 22.40 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0227+403', 'J0230+4032' RA= 02:30:45.710794 DEC= +40:32:53.06867 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.551, 0.388, 8.4, 0.293, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3935 observations" / source= '0227+448', 'J0230+4502' RA= 02:30:49.919349 DEC= +45:02:07.49198 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.266, 0.079, 8.4, 0.148, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '0228+066', 'J0230+0651' RA= 02:30:57.071089 DEC= +06:51:04.78162 RAER= 0.38 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.040, 8.4, 0.058, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0228+258', 'J0231+2606' RA= 02:31:01.498106 DEC= +26:06:21.61064 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0228-163', 'J0231-1606' RA= 02:31:05.035154 DEC= -16:06:49.01703 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.366, 0.260, 8.4, 0.166, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '0229-581', 'J0231-5755' RA= 02:31:09.273882 DEC= -57:55:06.05797 RAER= 1.22 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0228+007', 'J0231+0057' RA= 02:31:09.301355 DEC= +00:57:03.53124 RAER= 0.98 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0229-479', 'J0231-4746' RA= 02:31:11.804028 DEC= -47:46:11.58305 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.441, 0.421 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '0229-589', 'J0231-5841' RA= 02:31:16.931982 DEC= -58:41:06.76125 RAER= 0.48 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.111, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0228+292', 'J0231+2928' RA= 02:31:18.159396 DEC= +29:28:49.15661 RAER= 2.66 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0228+434', 'J0231+4342' RA= 02:31:20.089550 DEC= +43:42:30.34902 RAER= 0.80 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.044, 8.4, 0.035, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0228+201', 'J0231+2019' RA= 02:31:22.075503 DEC= +20:19:21.93593 RAER= 0.55 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0229-178', 'J0231-1739' RA= 02:31:26.203037 DEC= -17:39:13.51290 RAER= 0.34 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '0229-148', 'J0231-1439' RA= 02:31:31.286663 DEC= -14:39:18.41131 RAER= 0.90 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.023, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0229-376', 'J0231-3728' RA= 02:31:31.907994 DEC= -37:28:33.28349 RAER= 1.53 DECER= 4.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.027, 8.4, 0.056, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0229-113', 'J0231-1106' RA= 02:31:34.247872 DEC= -11:06:07.97322 RAER= 0.82 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0229-208', 'J0231-2040' RA= 02:31:36.993980 DEC= -20:40:21.65939 RAER= 0.59 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0228+571', 'J0231+5722' RA= 02:31:38.178520 DEC= +57:22:39.28111 RAER= 2.30 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0229+131', 'J0231+1322' RA= 02:31:45.894063 DEC= +13:22:54.71627 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.336, 0.758, 5.0, 1.783, 1.163, 8.4, 1.421, 0.559, 15.2, 1.649, 0.588 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132289 observations" / source= '0228+505', 'J0231+5046' RA= 02:31:49.648437 DEC= +50:46:40.17025 RAER= 1.50 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.032, 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0229-398', 'J0231-3935' RA= 02:31:51.816294 DEC= -39:35:47.26298 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.381, 0.273, 8.4, 0.275, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1220 observations" / source= '0229-161', 'J0231-1557' RA= 02:31:54.882844 DEC= -15:57:05.07737 RAER= 18.89 DECER= 25.86 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0228+626', 'J0231+6250' RA= 02:31:59.156880 DEC= +62:50:34.21131 RAER= 0.50 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, n/a, 8.4, 0.069, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 291 observations" / source= '0230-509', 'J0232-5041' RA= 02:32:02.911400 DEC= -50:41:11.29740 RAER= 8.90 DECER= 7.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0229+072', 'J0232+0726' RA= 02:32:04.801553 DEC= +07:26:05.49363 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.035, 5.0, 0.158, 0.048, 8.4, 0.114, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0229+23A', 'J0232+2313' RA= 02:32:10.166387 DEC= +23:13:20.99124 RAER= 0.28 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.049, 8.4, 0.081, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0230-516', 'J0232-5127' RA= 02:32:15.433687 DEC= -51:27:16.38780 RAER= 22.65 DECER= 25.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0229+352', 'J0232+3527' RA= 02:32:17.777303 DEC= +35:27:40.99741 RAER= 0.71 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.034, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0229+309', 'J0232+3109' RA= 02:32:18.826739 DEC= +31:09:55.59181 RAER= 0.60 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.031, 8.4, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0229-062', 'J0232-0601' RA= 02:32:19.949481 DEC= -06:01:59.82301 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.035, 8.4, 0.069, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0229+230', 'J0232+2317' RA= 02:32:20.756498 DEC= +23:17:56.85897 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.362, 0.168, 8.4, 0.253, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 780 observations" / source= '0229+262', 'J0232+2628' RA= 02:32:27.623261 DEC= +26:28:38.59062 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.641, 0.403, 8.4, 0.409, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 646 observations" / source= '0230-345', 'J0232-3422' RA= 02:32:30.046179 DEC= -34:22:03.64867 RAER= 1.03 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.034, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0230-288', 'J0232-2839' RA= 02:32:36.740980 DEC= -28:39:26.31109 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.089, 8.4, 0.110, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '0230-115', 'J0232-1120' RA= 02:32:41.903028 DEC= -11:20:20.22067 RAER= 1.03 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.023, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0229+200', 'J0232+2017' RA= 02:32:48.615364 DEC= +20:17:17.48599 RAER= 0.28 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.035, 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0230-169', 'J0232-1644' RA= 02:32:48.717504 DEC= -16:44:27.15970 RAER= 1.36 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0227+782', 'J0232+7825' RA= 02:32:55.091252 DEC= +78:25:21.47326 RAER= 6.43 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, n/a, 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0230+259', 'J0232+2609' RA= 02:32:56.363306 DEC= +26:09:42.95533 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0229+492', 'J0233+4930' RA= 02:33:00.924991 DEC= +49:30:47.89527 RAER= 0.88 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.050, 8.4, 0.051, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0230+312', 'J0233+3125' RA= 02:33:01.106108 DEC= +31:25:34.21177 RAER= 1.05 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0230+064', 'J0233+0640' RA= 02:33:07.343523 DEC= +06:40:44.61244 RAER= 1.37 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0230+388', 'J0233+3905' RA= 02:33:07.946077 DEC= +39:05:23.79420 RAER= 0.21 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.277, 0.234, 8.4, 0.182, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0230+374', 'J0233+3741' RA= 02:33:07.986674 DEC= +37:41:59.82632 RAER= 0.61 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0230-103', 'J0233-1009' RA= 02:33:13.154036 DEC= -10:09:24.96122 RAER= 1.60 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.014, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0230-106', 'J0233-1023' RA= 02:33:17.129599 DEC= -10:23:00.97041 RAER= 1.59 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0230+344', 'J0233+3442' RA= 02:33:20.420032 DEC= +34:42:53.98951 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.056, 5.0, 0.158, 0.080, 8.4, 0.149, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0230-051', 'J0233-0455' RA= 02:33:22.159973 DEC= -04:55:06.91940 RAER= 0.88 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0230+445', 'J0233+4446' RA= 02:33:25.579474 DEC= +44:46:41.30666 RAER= 6.10 DECER= 6.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0230+310', 'J0233+3115' RA= 02:33:26.035173 DEC= +31:15:01.94095 RAER= 0.80 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.039, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0230+067', 'J0233+0655' RA= 02:33:29.987984 DEC= +06:55:26.38270 RAER= 0.69 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.005, 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0230-022', 'J0233-0203' RA= 02:33:30.396099 DEC= -02:03:22.77350 RAER= 0.56 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0229+624', 'J0233+6239' RA= 02:33:39.004918 DEC= +62:39:11.00681 RAER= 4.99 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0231+067', 'J0233+0656' RA= 02:33:40.996218 DEC= +06:56:11.05944 RAER= 0.95 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.015, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0231+119', 'J0233+1207' RA= 02:33:47.339181 DEC= +12:07:48.75833 RAER= 1.08 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0231+022', 'J0233+0229' RA= 02:33:49.204081 DEC= +02:29:25.15409 RAER= 0.49 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0226+819', 'J0233+8212' RA= 02:33:53.657490 DEC= +82:12:05.69288 RAER= 15.91 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.013, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0232-507', 'J0233-5030' RA= 02:33:56.815160 DEC= -50:30:19.67600 RAER= 0.62 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.335, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0231+183', 'J0234+1832' RA= 02:34:03.372684 DEC= +18:32:55.37332 RAER= 0.31 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.027, 8.4, 0.062, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '0231+045', 'J0234+0446' RA= 02:34:07.155415 DEC= +04:46:43.09288 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.169, 8.4, 0.130, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 687 observations" / source= '0232-622', 'J0234-6200' RA= 02:34:14.437148 DEC= -62:00:43.55093 RAER= 3.50 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0231-098', 'J0234-0935' RA= 02:34:15.921128 DEC= -09:35:15.84905 RAER= 4.44 DECER= 5.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0231+433', 'J0234+4333' RA= 02:34:20.112805 DEC= +43:33:05.54549 RAER= 0.85 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.018, 8.4, 0.057, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0231+385', 'J0234+3844' RA= 02:34:28.416200 DEC= +38:44:54.97923 RAER= 0.36 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.060, 8.4, 0.076, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0231+202', 'J0234+2025' RA= 02:34:28.953695 DEC= +20:25:31.34279 RAER= 0.80 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0231+284', 'J0234+2842' RA= 02:34:32.243547 DEC= +28:42:12.76079 RAER= 0.47 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.031, 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0231+545', 'J0234+5446' RA= 02:34:36.875823 DEC= +54:46:22.93861 RAER= 14.75 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0231+231', 'J0234+2324' RA= 02:34:43.094297 DEC= +23:24:46.81734 RAER= 0.31 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0233-478', 'J0235-4737' RA= 02:35:06.423555 DEC= -47:37:10.57523 RAER= 2.49 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.109, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0232-042', 'J0235-0402' RA= 02:35:07.341791 DEC= -04:02:05.31770 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.043, 8.4, 0.171, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 746 observations" / source= '0233-325', 'J0235-3222' RA= 02:35:08.448107 DEC= -32:22:33.68601 RAER= 5.98 DECER= 15.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0233-298', 'J0235-2936' RA= 02:35:13.453745 DEC= -29:36:17.25730 RAER= 0.76 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0233-473', 'J0235-4709' RA= 02:35:14.449545 DEC= -47:09:31.92274 RAER= 1.99 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0233-385', 'J0235-3817' RA= 02:35:16.457127 DEC= -38:17:54.46463 RAER= 2.36 DECER= 5.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.038, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0232-012', 'J0235-0100' RA= 02:35:16.809390 DEC= -01:00:51.65990 RAER= 2.10 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0231+620', 'J0235+6216' RA= 02:35:20.639495 DEC= +62:16:02.33456 RAER= 0.38 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.042, 8.4, 0.060, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 364 observations" / source= '0233-349', 'J0235-3445' RA= 02:35:28.635474 DEC= -34:45:42.75994 RAER= 14.61 DECER= 34.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0232+181', 'J0235+1824' RA= 02:35:30.311392 DEC= +18:24:48.63639 RAER= 284.02 DECER= 204.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0232+301', 'J0235+3020' RA= 02:35:31.046889 DEC= +30:20:02.39361 RAER= 0.47 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.081, 8.4, 0.115, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0233-025', 'J0235-0219' RA= 02:35:32.375278 DEC= -02:19:32.65711 RAER= 10.90 DECER= 8.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0230+748', 'J0235+7505' RA= 02:35:32.729581 DEC= +75:05:19.47326 RAER= 0.81 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, n/a, 8.4, 0.108, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '0231+597', 'J0235+5956' RA= 02:35:37.801458 DEC= +59:56:28.99199 RAER= 49.57 DECER= 13.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0233+086', 'J0235+0849' RA= 02:35:47.094864 DEC= +08:49:06.57568 RAER= 0.65 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.032, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0232+466', 'J0235+4655' RA= 02:35:47.418609 DEC= +46:55:01.81326 RAER= 0.74 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.069, 8.4, 0.054, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0233+128', 'J0235+1304' RA= 02:35:50.369175 DEC= +13:04:35.82890 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.040, 8.4, 0.083, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '0232+411', 'J0235+4123' RA= 02:35:56.142871 DEC= +41:23:16.51273 RAER= 1.11 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0233+160', 'J0235+1615' RA= 02:35:56.883633 DEC= +16:15:24.34627 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.035, 8.4, 0.052, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '0233-149', 'J0236-1445' RA= 02:36:07.567477 DEC= -14:45:33.85971 RAER= 1.80 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0233-133', 'J0236-1307' RA= 02:36:09.630884 DEC= -13:07:59.38332 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.189, 0.117, 8.4, 0.178, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '0233-153', 'J0236-1506' RA= 02:36:10.435955 DEC= -15:06:52.84796 RAER= 0.58 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0234-379', 'J0236-3745' RA= 02:36:19.685417 DEC= -37:45:32.75598 RAER= 8.89 DECER= 23.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0234-273', 'J0236-2709' RA= 02:36:25.103680 DEC= -27:09:33.43695 RAER= 0.89 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0233+069', 'J0236+0709' RA= 02:36:30.057840 DEC= +07:09:27.21144 RAER= 1.60 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0234-301', 'J0236-2953' RA= 02:36:31.169412 DEC= -29:53:55.54052 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.194, 8.4, 0.407, 0.355 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4981 observations" / source= '0233+359', 'J0236+3612' RA= 02:36:38.280155 DEC= +36:12:40.27985 RAER= 0.88 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.257, 0.052, 8.4, 0.162, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0233+504', 'J0236+5039' RA= 02:36:38.985408 DEC= +50:39:40.28382 RAER= 0.80 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0233+334', 'J0236+3338' RA= 02:36:52.308688 DEC= +33:38:36.48654 RAER= 0.38 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.054, 8.4, 0.104, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0235-618', 'J0236-6136' RA= 02:36:53.245737 DEC= -61:36:15.18353 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.292, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '0233+617', 'J0236+6157' RA= 02:36:56.787700 DEC= +61:57:58.68704 RAER= 5.36 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0234+302', 'J0237+3025' RA= 02:37:00.442129 DEC= +30:25:43.79376 RAER= 0.90 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.029, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0234-074', 'J0237-0713' RA= 02:37:00.776096 DEC= -07:13:07.37820 RAER= 2.34 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0233+434', 'J0237+4342' RA= 02:37:01.211687 DEC= +43:42:04.18463 RAER= 1.36 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.020, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0234+110', 'J0237+1116' RA= 02:37:13.589636 DEC= +11:16:15.47752 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.059, 8.4, 0.071, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0234+052', 'J0237+0526' RA= 02:37:14.038018 DEC= +05:26:49.96957 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.048, 8.4, 0.086, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1085 observations" / source= '0235-266', 'J0237-2623' RA= 02:37:16.761755 DEC= -26:23:53.14647 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.068, 8.4, 0.098, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0234+197', 'J0237+2000' RA= 02:37:19.772587 DEC= +20:00:31.76168 RAER= 0.42 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0234+301', 'J0237+3022' RA= 02:37:21.841665 DEC= +30:22:59.81808 RAER= 0.22 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.101, 8.4, 0.129, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '0233+630', 'J0237+6313' RA= 02:37:23.391184 DEC= +63:13:23.82526 RAER= 3.18 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0235-196', 'J0237-1923' RA= 02:37:31.423308 DEC= -19:23:17.54852 RAER= 5.79 DECER= 13.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0235-250', 'J0237-2447' RA= 02:37:31.799107 DEC= -24:47:50.95143 RAER= 2.60 DECER= 7.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0235-362', 'J0237-3603' RA= 02:37:34.046386 DEC= -36:03:28.45419 RAER= 0.76 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0235+019', 'J0237+0207' RA= 02:37:37.973326 DEC= +02:07:42.54907 RAER= 0.56 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0235+091', 'J0237+0919' RA= 02:37:40.529250 DEC= +09:19:01.64250 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.041, 5.0, 0.315, 0.037, 8.4, 0.114, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '0235+017', 'J0237+0158' RA= 02:37:41.779639 DEC= +01:58:31.13131 RAER= 0.49 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0235-147', 'J0237-1433' RA= 02:37:45.645412 DEC= -14:33:53.88814 RAER= 4.02 DECER= 4.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0234+567', 'J0237+5658' RA= 02:37:46.103250 DEC= +56:58:58.87073 RAER= 0.62 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.077, 8.4, 0.090, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0233+647', 'J0237+6457' RA= 02:37:50.431827 DEC= +64:57:53.12328 RAER= 3.47 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0235+205', 'J0237+2046' RA= 02:37:50.628934 DEC= +20:46:18.45584 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.069, 8.4, 0.084, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0234+285', 'J0237+2848' RA= 02:37:52.405679 DEC= +28:48:08.98999 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.184, 1.056, 5.0, 2.275, 0.921, 8.4, 2.618, 1.655, 15.2, 2.028, 1.211, 22.2, 2.478, 0.386 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78972 observations" / source= '0235-019', 'J0237-0145' RA= 02:37:57.221789 DEC= -01:45:10.56224 RAER= 1.37 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0236-393', 'J0238-3905' RA= 02:38:00.634705 DEC= -39:05:04.72453 RAER= 7.97 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0235-191', 'J0238-1854' RA= 02:38:02.479116 DEC= -18:54:29.75715 RAER= 0.78 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.024, 8.4, 0.039, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0234+589', 'J0238+5911' RA= 02:38:02.602505 DEC= +59:11:49.77059 RAER= 1.58 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0234+507', 'J0238+5057' RA= 02:38:02.772941 DEC= +50:57:33.67651 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.154, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '0235-253', 'J0238-2509' RA= 02:38:11.426263 DEC= -25:09:03.80277 RAER= 1.43 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0236-317', 'J0238-3133' RA= 02:38:13.586764 DEC= -31:33:37.59519 RAER= 0.99 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0235-066', 'J0238-0628' RA= 02:38:14.107314 DEC= -06:28:52.02210 RAER= 0.65 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0234+469', 'J0238+4712' RA= 02:38:16.503260 DEC= +47:12:18.55237 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.111, 8.4, 0.090, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '0235+068', 'J0238+0705' RA= 02:38:19.863675 DEC= +07:05:36.44396 RAER= 0.59 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.021, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0235+153', 'J0238+1533' RA= 02:38:19.890615 DEC= +15:33:22.53620 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.030, 8.4, 0.054, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305 observations" / source= '0235-068', 'J0238-0639' RA= 02:38:20.176491 DEC= -06:39:22.84481 RAER= 0.55 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.030, 8.4, 0.035, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0235+129', 'J0238+1312' RA= 02:38:21.513958 DEC= +13:12:25.88683 RAER= 0.48 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.097, 8.4, 0.111, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0235-064', 'J0238-0616' RA= 02:38:23.266007 DEC= -06:16:19.91900 RAER= 1.46 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0235+347', 'J0238+3459' RA= 02:38:24.835487 DEC= +34:59:44.55027 RAER= 0.66 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.080, 8.4, 0.100, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0235+192', 'J0238+1927' RA= 02:38:28.178966 DEC= +19:27:42.03393 RAER= 0.67 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.046, 8.4, 0.043, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0235+344', 'J0238+3441' RA= 02:38:29.559835 DEC= +34:41:36.67221 RAER= 0.69 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.022, 8.4, 0.039, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0236-314', 'J0238-3116' RA= 02:38:32.480376 DEC= -31:16:58.06348 RAER= 0.48 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0235+023', 'J0238+0233' RA= 02:38:32.671415 DEC= +02:33:49.09821 RAER= 1.74 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.025, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0235+463', 'J0238+4635' RA= 02:38:35.408164 DEC= +46:35:20.14025 RAER= 1.14 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0235+164', 'J0238+1636' RA= 02:38:38.930105 DEC= +16:36:59.27454 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.000, 0.886, 5.0, 1.520, 1.447, 8.4, 1.290, 0.897, 15.2, 1.463, 1.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126853 observations" / source= '0235+386', 'J0238+3852' RA= 02:38:40.538722 DEC= +38:52:07.48211 RAER= 0.93 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.016, 8.4, 0.021, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0235+256', 'J0238+2554' RA= 02:38:53.889474 DEC= +25:54:07.15126 RAER= 1.66 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.011, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0236-307', 'J0238-3032' RA= 02:38:55.260687 DEC= -30:32:03.18121 RAER= 1.41 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0236-186', 'J0238-1828' RA= 02:38:58.351750 DEC= -18:28:10.49638 RAER= 1.27 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0237-368', 'J0239-3640' RA= 02:39:07.228892 DEC= -36:40:13.60587 RAER= 1.36 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.021, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0236-143', 'J0239-1408' RA= 02:39:16.272488 DEC= -14:08:03.78234 RAER= 1.29 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0236+026', 'J0239+0251' RA= 02:39:18.809824 DEC= +02:51:11.77972 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.127, 8.4, 0.125, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 253 observations" / source= '0235+644', 'J0239+6442' RA= 02:39:22.720512 DEC= +64:42:26.52169 RAER= 6.14 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.008, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0236+008', 'J0239+0105' RA= 02:39:23.638671 DEC= +01:05:37.68365 RAER= 0.65 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.030, 8.4, 0.039, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0237-140', 'J0239-1348' RA= 02:39:26.021715 DEC= -13:48:43.37710 RAER= 0.40 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.058, 8.4, 0.195, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0237-116', 'J0239-1127' RA= 02:39:26.843551 DEC= -11:27:52.69518 RAER= 1.41 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0236+132', 'J0239+1327' RA= 02:39:27.233398 DEC= +13:27:38.49543 RAER= 0.34 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0237-103', 'J0239-1006' RA= 02:39:35.529689 DEC= -10:06:28.56456 RAER= 0.61 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.035, 8.4, 0.040, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0237-201', 'J0239-1953' RA= 02:39:37.766094 DEC= -19:53:26.19215 RAER= 9.60 DECER= 24.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0236+319', 'J0239+3206' RA= 02:39:37.796582 DEC= +32:06:54.72743 RAER= 0.97 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0235+598', 'J0239+6005' RA= 02:39:37.952299 DEC= +60:05:41.91389 RAER= 3.19 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0237-14A', 'J0239-1354' RA= 02:39:39.125388 DEC= -13:54:09.45247 RAER= 0.36 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.045, 8.4, 0.064, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0237+067', 'J0239+0700' RA= 02:39:43.257769 DEC= +07:00:08.72850 RAER= 0.50 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0237-027', 'J0239-0234' RA= 02:39:45.472275 DEC= -02:34:40.91462 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.432, 0.360, 5.0, 0.536, n/a, 8.4, 0.677, 0.564, 15.2, 0.580, 0.434 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27629 observations" / source= '0237-269', 'J0239-2645' RA= 02:39:49.667091 DEC= -26:45:32.09332 RAER= 36.88 DECER= 39.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0237+040', 'J0239+0416' RA= 02:39:51.263047 DEC= +04:16:21.41175 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.842, 0.496, 5.0, 0.498, 0.446, 8.4, 0.475, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3434 observations" / source= '0236+470', 'J0239+4716' RA= 02:39:51.658806 DEC= +47:16:06.18311 RAER= 3.40 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0237-166', 'J0239-1623' RA= 02:39:51.963914 DEC= -16:23:17.26281 RAER= 0.98 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0236+420', 'J0240+4216' RA= 02:40:05.252647 DEC= +42:16:22.52000 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.132, 8.4, 0.127, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '0237-233', 'J0240-2309' RA= 02:40:08.174444 DEC= -23:09:15.72989 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.714, 1.466, 5.0, 3.036, 0.290, 8.4, 1.073, 0.217, 15.2, 0.765, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1139 observations" / source= '0236+438', 'J0240+4405' RA= 02:40:09.990921 DEC= +44:05:15.26177 RAER= 1.04 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0237-150', 'J0240-1450' RA= 02:40:10.341157 DEC= -14:50:52.64014 RAER= 0.27 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.076, 8.4, 0.103, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0237-121', 'J0240-1156' RA= 02:40:10.811890 DEC= -11:56:34.64704 RAER= 0.70 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0237+073', 'J0240+0731' RA= 02:40:12.040394 DEC= +07:31:57.10265 RAER= 0.74 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0237-037', 'J0240-0331' RA= 02:40:14.702171 DEC= -03:31:36.13245 RAER= 0.71 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0237+230', 'J0240+2313' RA= 02:40:19.450044 DEC= +23:13:32.47081 RAER= 0.49 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.083, 8.4, 0.086, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0236+662', 'J0240+6630' RA= 02:40:21.881787 DEC= +66:30:06.24664 RAER= 7.54 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0237-141', 'J0240-1357' RA= 02:40:21.958340 DEC= -13:57:34.02849 RAER= 0.53 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0237-031', 'J0240-0253' RA= 02:40:24.370993 DEC= -02:53:34.28354 RAER= 1.76 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0236+610', 'J0240+6113' RA= 02:40:31.662931 DEC= +61:13:45.59478 RAER= 3.99 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.081, 8.4, 0.087, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '0238-372', 'J0240-3701' RA= 02:40:40.166627 DEC= -37:01:10.16243 RAER= 0.99 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.031, 8.4, 0.064, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0237+185', 'J0240+1848' RA= 02:40:42.816314 DEC= +18:48:00.05495 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.226, 5.0, 0.371, 0.114, 8.4, 0.276, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 831 observations" / source= '0238-342', 'J0240-3400' RA= 02:40:47.688670 DEC= -34:00:22.54200 RAER= 2.23 DECER= 9.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0237+221', 'J0240+2222' RA= 02:40:47.897972 DEC= +22:22:54.73301 RAER= 0.44 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0237+443', 'J0240+4436' RA= 02:40:54.824083 DEC= +44:36:41.90782 RAER= 24.90 DECER= 18.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0238-052', 'J0240-0504' RA= 02:40:56.172781 DEC= -05:04:42.20206 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.117, 8.4, 0.147, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '0238-131', 'J0241-1253' RA= 02:41:03.827896 DEC= -12:53:49.95574 RAER= 0.90 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0238-084', 'J0241-0815' RA= 02:41:04.798504 DEC= -08:15:20.75200 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.250, 0.142, 5.0, 1.784, 0.442, 8.4, 1.053, 0.158, 15.2, 1.126, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9404 observations" / source= '0238+085', 'J0241+0844' RA= 02:41:06.161642 DEC= +08:44:16.94621 RAER= 0.41 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0239-303', 'J0241-3008' RA= 02:41:16.626293 DEC= -30:08:18.51756 RAER= 1.89 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0237+655', 'J0241+6543' RA= 02:41:21.746502 DEC= +65:43:11.57938 RAER= 1.02 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.026, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '0237+65A', 'J0241+654A' RA= 02:41:26.258965 DEC= +65:45:47.56081 RAER= 1.61 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0237+61A', 'J0241+612A' RA= 02:41:33.865063 DEC= +61:26:29.38277 RAER= 2.04 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, n/a, 8.4, 0.081, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0237+612', 'J0241+6126' RA= 02:41:33.892416 DEC= +61:26:29.51262 RAER= 1.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0239-162', 'J0241-1603' RA= 02:41:51.403928 DEC= -16:03:33.63937 RAER= 1.46 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.006, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0239+062', 'J0241+0625' RA= 02:41:56.930158 DEC= +06:25:01.15081 RAER= 0.36 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.082, 8.4, 0.083, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0239+322', 'J0242+3226' RA= 02:42:07.228389 DEC= +32:26:03.76309 RAER= 0.51 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.052, 8.4, 0.072, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0240-317', 'J0242-3134' RA= 02:42:08.291845 DEC= -31:34:39.87860 RAER= 2.45 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0238+519', 'J0242+5209' RA= 02:42:11.330913 DEC= +52:09:03.89268 RAER= 0.44 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.044, 8.4, 0.075, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0240-327', 'J0242-3231' RA= 02:42:12.560015 DEC= -32:31:44.02030 RAER= 1.39 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0239-164', 'J0242-1616' RA= 02:42:20.772081 DEC= -16:16:38.05013 RAER= 0.78 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0239+266', 'J0242+2653' RA= 02:42:20.832649 DEC= +26:53:37.71783 RAER= 0.35 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.071, 8.4, 0.099, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '0239+175', 'J0242+1742' RA= 02:42:24.268268 DEC= +17:42:58.84919 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.132, 5.0, 0.196, 0.156, 8.4, 0.207, 0.186, 15.2, 0.223, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3883 observations" / source= '0240-308', 'J0242-3039' RA= 02:42:25.923511 DEC= -30:39:05.78206 RAER= 14.44 DECER= 39.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0239+108', 'J0242+1101' RA= 02:42:29.170852 DEC= +11:01:00.72786 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.190, 0.341, 5.0, 0.808, 0.481, 8.4, 0.884, 0.493, 15.2, 1.311, 0.931 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5802 observations" / source= '0239+013', 'J0242+0135' RA= 02:42:34.483840 DEC= +01:35:46.48136 RAER= 2.65 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0240-217', 'J0242-2132' RA= 02:42:35.909869 DEC= -21:32:25.93494 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.864, 0.251, 8.4, 0.275, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '0240-002', 'J0242-0000' RA= 02:42:40.721373 DEC= -00:00:47.53582 RAER= 7.22 DECER= 7.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0237+724', 'J0242+7239' RA= 02:42:42.506038 DEC= +72:39:46.23960 RAER= 3.03 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.020, 8.4, 0.044, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0240-034', 'J0242-0311' RA= 02:42:42.689562 DEC= -03:11:47.35408 RAER= 6.57 DECER= 13.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0239+548', 'J0242+5501' RA= 02:42:46.571294 DEC= +55:01:49.55962 RAER= 3.01 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.017, 8.4, 0.061, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0240+174', 'J0242+1737' RA= 02:42:48.217872 DEC= +17:37:00.48274 RAER= 0.50 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0240-032', 'J0242-0300' RA= 02:42:51.092932 DEC= -03:00:18.63468 RAER= 0.85 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0240+062', 'J0242+0628' RA= 02:42:51.183134 DEC= +06:28:35.38722 RAER= 0.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.055, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0240+173', 'J0242+1730' RA= 02:42:53.579545 DEC= +17:30:53.12820 RAER= 1.54 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0239+520', 'J0242+5213' RA= 02:42:57.141000 DEC= +52:13:37.32973 RAER= 2.85 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0240-097', 'J0243-0934' RA= 02:43:03.788953 DEC= -09:34:56.13221 RAER= 1.06 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0240-09A', 'J0243-0936' RA= 02:43:05.119060 DEC= -09:36:28.37771 RAER= 4.96 DECER= 14.82 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0240+240', 'J0243+2417' RA= 02:43:06.390802 DEC= +24:17:29.20174 RAER= 1.04 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.063, 8.4, 0.088, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0240-054', 'J0243-0512' RA= 02:43:11.389708 DEC= -05:12:58.33103 RAER= 0.96 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0240-060', 'J0243-0550' RA= 02:43:12.469482 DEC= -05:50:55.29589 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.704, 0.292, 5.0, 0.548, 0.437, 8.4, 0.396, 0.283 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0241-512', 'J0243-5105' RA= 02:43:13.755812 DEC= -51:05:17.56256 RAER= 70.32 DECER= 15.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0240+110', 'J0243+1115' RA= 02:43:17.659488 DEC= +11:15:41.70642 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.102, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '0241-564', 'J0243-5612' RA= 02:43:26.529041 DEC= -56:12:42.44082 RAER= 0.41 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.733, 0.332 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '0238+711', 'J0243+7120' RA= 02:43:30.891351 DEC= +71:20:17.90415 RAER= 0.44 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.108, 8.4, 0.133, 0.090, 15.2, 0.133, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 890 observations" / source= '0240-027', 'J0243-0232' RA= 02:43:31.322777 DEC= -02:32:56.61489 RAER= 2.49 DECER= 4.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0241-052', 'J0243-0502' RA= 02:43:31.577541 DEC= -05:02:45.80857 RAER= 1.34 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0241-115', 'J0243-1120' RA= 02:43:31.602498 DEC= -11:20:32.92719 RAER= 1.79 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0239+676', 'J0243+6752' RA= 02:43:31.900892 DEC= +67:52:43.36165 RAER= 5.81 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.012, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0239+617', 'J0243+6155' RA= 02:43:35.559069 DEC= +61:55:54.72568 RAER= 16.65 DECER= 6.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0241+011', 'J0243+0121' RA= 02:43:39.545219 DEC= +01:21:09.48496 RAER= 0.39 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.020, 8.4, 0.044, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0240+499', 'J0243+5009' RA= 02:43:42.334512 DEC= +50:09:31.25211 RAER= 0.90 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.038, 8.4, 0.086, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0241+031', 'J0243+0320' RA= 02:43:45.844569 DEC= +03:20:01.75536 RAER= 0.64 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0241+022', 'J0243+0226' RA= 02:43:51.241361 DEC= +02:26:13.01096 RAER= 0.49 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0241-032', 'J0243-0305' RA= 02:43:53.178807 DEC= -03:05:08.61484 RAER= 3.55 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0241-322', 'J0243-3204' RA= 02:43:54.412249 DEC= -32:04:21.59526 RAER= 2.18 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.068, 5.0, 0.208, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0241-112', 'J0244-1101' RA= 02:44:03.356389 DEC= -11:01:02.07558 RAER= 0.47 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.009, 8.4, 0.036, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0241-05A', 'J0244-0502' RA= 02:44:09.648350 DEC= -05:02:18.05877 RAER= 1.17 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.032, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0240+444', 'J0244+4441' RA= 02:44:10.212278 DEC= +44:41:36.94943 RAER= 1.09 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0242-308', 'J0244-3040' RA= 02:44:16.852502 DEC= -30:40:37.50289 RAER= 0.91 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.071, 8.4, 0.052, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0242-195', 'J0244-1922' RA= 02:44:26.758558 DEC= -19:22:34.73950 RAER= 6.02 DECER= 11.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0241+393', 'J0244+3933' RA= 02:44:26.815051 DEC= +39:33:26.50148 RAER= 9.97 DECER= 8.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0241-042', 'J0244-0401' RA= 02:44:27.085914 DEC= -04:01:17.22010 RAER= 0.26 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0240+652', 'J0244+6527' RA= 02:44:37.196874 DEC= +65:27:52.63129 RAER= 8.59 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0243-585', 'J0244-5819' RA= 02:44:40.301029 DEC= -58:19:54.63098 RAER= 1.79 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0240+706', 'J0244+7049' RA= 02:44:43.231885 DEC= +70:49:47.67617 RAER= 4.42 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0242+079', 'J0244+0809' RA= 02:44:43.349530 DEC= +08:09:48.54521 RAER= 1.53 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0242+131', 'J0244+1320' RA= 02:44:45.693336 DEC= +13:20:07.22136 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.139, 8.4, 0.216, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1189 observations" / source= '0241+622', 'J0244+6228' RA= 02:44:57.696733 DEC= +62:28:06.51545 RAER= 0.23 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.570, 0.088, 8.4, 0.859, 0.050, 15.2, 1.276, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3763 observations" / source= '0242+090', 'J0245+0915' RA= 02:45:05.544026 DEC= +09:15:42.18205 RAER= 0.34 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.067, 8.4, 0.109, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0242+161', 'J0245+1620' RA= 02:45:10.458867 DEC= +16:20:37.55423 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0242+105', 'J0245+1047' RA= 02:45:13.474559 DEC= +10:47:22.84419 RAER= 0.62 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0242+238', 'J0245+2405' RA= 02:45:16.855977 DEC= +24:05:35.17293 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.120, 8.4, 0.251, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 945 observations" / source= '0242+305', 'J0245+3045' RA= 02:45:19.114000 DEC= +30:45:27.74471 RAER= 0.78 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.044, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0242-031', 'J0245-0256' RA= 02:45:19.629999 DEC= -02:56:28.17299 RAER= 0.62 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0242-015', 'J0245-0122' RA= 02:45:21.765656 DEC= -01:22:35.15965 RAER= 1.11 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0242+318', 'J0245+3205' RA= 02:45:23.585970 DEC= +32:05:25.39454 RAER= 1.13 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0242-113', 'J0245-1107' RA= 02:45:24.952146 DEC= -11:07:16.81172 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.081, 8.4, 0.186, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '0241+715', 'J0245+7143' RA= 02:45:46.067544 DEC= +71:43:49.57296 RAER= 3.13 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0243-357', 'J0245-3533' RA= 02:45:49.370578 DEC= -35:33:00.19828 RAER= 3.89 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0244-452', 'J0245-4459' RA= 02:45:54.110860 DEC= -44:59:39.61654 RAER= 0.26 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.202, 8.4, 0.401, 0.418 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '0244-470', 'J0246-4651' RA= 02:46:00.117981 DEC= -46:51:17.23271 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, n/a, 8.4, 0.411, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '0242+529', 'J0246+5311' RA= 02:46:00.318034 DEC= +53:11:18.54373 RAER= 2.11 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0242+510', 'J0246+5115' RA= 02:46:00.502653 DEC= +51:15:14.39729 RAER= 0.96 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.008, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0242+544', 'J0246+5441' RA= 02:46:04.938716 DEC= +54:41:03.40803 RAER= 1.12 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.045, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0243+368', 'J0246+3701' RA= 02:46:07.688906 DEC= +37:01:43.01004 RAER= 0.91 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.033, 8.4, 0.045, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0244-299', 'J0246-2945' RA= 02:46:10.155245 DEC= -29:45:22.19615 RAER= 1.15 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0243+181', 'J0246+1823' RA= 02:46:11.821855 DEC= +18:23:30.08405 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.222, 0.219, 8.4, 0.108, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0243+354', 'J0246+3536' RA= 02:46:21.076292 DEC= +35:36:37.99791 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.166, 8.4, 0.287, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '0244-297', 'J0246-2935' RA= 02:46:21.461479 DEC= -29:35:05.92191 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.126, 8.4, 0.179, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '0243+339', 'J0246+3411' RA= 02:46:31.182632 DEC= +34:11:26.64973 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.052, 8.4, 0.152, 0.133, 22.2, 0.167, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1730 observations" / source= '0243+349', 'J0246+3512' RA= 02:46:35.024574 DEC= +35:12:01.10836 RAER= 0.36 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.038, 8.4, 0.055, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0243+261', 'J0246+2622' RA= 02:46:43.653302 DEC= +26:22:34.20925 RAER= 1.98 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.013, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0244-019', 'J0246-0145' RA= 02:46:47.160135 DEC= -01:45:34.85264 RAER= 1.14 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0244-050', 'J0246-0451' RA= 02:46:49.131542 DEC= -04:51:10.93453 RAER= 0.63 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0244-128', 'J0246-1236' RA= 02:46:58.469804 DEC= -12:36:30.79776 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.242, 8.4, 0.250, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '0244+152', 'J0247+1525' RA= 02:47:02.465094 DEC= +15:25:16.98815 RAER= 0.56 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0244-283', 'J0247-2810' RA= 02:47:09.044675 DEC= -28:10:49.48937 RAER= 0.57 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0244+199', 'J0247+2010' RA= 02:47:12.777522 DEC= +20:10:42.07445 RAER= 0.58 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.040, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0243+672', 'J0247+6727' RA= 02:47:24.512867 DEC= +67:27:44.99281 RAER= 6.70 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0244-038', 'J0247-0338' RA= 02:47:25.086404 DEC= -03:38:08.12714 RAER= 0.33 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '0245-262', 'J0247-2600' RA= 02:47:30.523141 DEC= -26:00:14.57258 RAER= 0.84 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.041, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0244+537', 'J0247+5357' RA= 02:47:40.262240 DEC= +53:57:36.17664 RAER= 1.62 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0244+327', 'J0247+3254' RA= 02:47:41.232285 DEC= +32:54:31.83666 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.350, 8.4, 0.335, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 687 observations" / source= '0245-066', 'J0247-0628' RA= 02:47:43.226261 DEC= -06:28:44.39510 RAER= 0.85 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.029, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0245-075', 'J0248-0719' RA= 02:48:02.565702 DEC= -07:19:15.72782 RAER= 5.48 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0244+379', 'J0248+3812' RA= 02:48:03.085667 DEC= +38:12:07.29340 RAER= 1.52 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.008, 8.4, 0.023, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0245-167', 'J0248-1631' RA= 02:48:07.732229 DEC= -16:31:46.38591 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.201, 8.4, 0.291, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2389 observations" / source= '0245-044', 'J0248-0415' RA= 02:48:08.882593 DEC= -04:15:10.73458 RAER= 0.97 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0245+258', 'J0248+2602' RA= 02:48:08.939711 DEC= +26:02:05.79570 RAER= 0.57 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.033, 8.4, 0.048, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0245+043', 'J0248+0434' RA= 02:48:14.828142 DEC= +04:34:40.86239 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.073, 8.4, 0.083, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '0245-148', 'J0248-1437' RA= 02:48:19.878797 DEC= -14:37:16.45390 RAER= 14.15 DECER= 15.52 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0246-231', 'J0248-2257' RA= 02:48:22.770052 DEC= -22:57:58.84833 RAER= 1.58 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.011, 8.4, 0.067, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0245+291', 'J0248+2919' RA= 02:48:25.157616 DEC= +29:19:17.41037 RAER= 0.72 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.033, 8.4, 0.039, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0245+286', 'J0248+2853' RA= 02:48:25.832338 DEC= +28:53:46.39730 RAER= 1.34 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0245+513', 'J0248+5131' RA= 02:48:34.278987 DEC= +51:31:18.02683 RAER= 0.94 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0246-251', 'J0248-2456' RA= 02:48:35.380337 DEC= -24:56:23.65072 RAER= 0.95 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0246-324', 'J0248-3213' RA= 02:48:38.183324 DEC= -32:13:36.16454 RAER= 15.10 DECER= 26.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0246-135', 'J0248-1322' RA= 02:48:38.785907 DEC= -13:22:28.12483 RAER= 0.43 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0246-150', 'J0248-1447' RA= 02:48:53.437644 DEC= -14:47:54.42846 RAER= 0.69 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0246-226', 'J0248-2229' RA= 02:48:57.893323 DEC= -22:29:29.58484 RAER= 0.59 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0245+620', 'J0248+6214' RA= 02:48:58.891924 DEC= +62:14:09.67279 RAER= 0.93 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.041, 22.2, 0.059, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0246-202', 'J0249-2002' RA= 02:49:01.109247 DEC= -20:02:32.15380 RAER= 43.31 DECER= 22.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0247-354', 'J0249-3517' RA= 02:49:02.338402 DEC= -35:17:13.28651 RAER= 0.80 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.030, 8.4, 0.073, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0247-387', 'J0249-3831' RA= 02:49:02.998237 DEC= -38:31:11.79911 RAER= 1.73 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.016, 8.4, 0.042, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0246-186', 'J0249-1823' RA= 02:49:03.998783 DEC= -18:23:53.88538 RAER= 0.91 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0246+061', 'J0249+0619' RA= 02:49:18.016114 DEC= +06:19:51.94768 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.847, 0.761, 8.4, 0.600, 0.208 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '0246+282', 'J0249+2825' RA= 02:49:21.737352 DEC= +28:25:43.25724 RAER= 1.05 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0245+509', 'J0249+5108' RA= 02:49:22.390784 DEC= +51:08:20.66125 RAER= 0.51 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.041, 8.4, 0.082, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0247-324', 'J0249-3216' RA= 02:49:29.504591 DEC= -32:16:35.38136 RAER= 1.37 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.023, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0247-072', 'J0249-0702' RA= 02:49:29.586211 DEC= -07:02:59.31201 RAER= 1.41 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0247-207', 'J0249-2030' RA= 02:49:34.342605 DEC= -20:30:33.17196 RAER= 0.42 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0246+433', 'J0249+4335' RA= 02:49:37.568234 DEC= +43:35:31.88374 RAER= 1.78 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0247+124', 'J0249+1237' RA= 02:49:44.449046 DEC= +12:37:06.02274 RAER= 2.77 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0246+428', 'J0249+4303' RA= 02:49:46.259077 DEC= +43:03:23.15334 RAER= 0.37 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.038, 8.4, 0.065, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '0239+843', 'J0249+8435' RA= 02:49:48.332567 DEC= +84:35:57.03127 RAER= 2.54 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.114, 0.060, 15.2, 0.098, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '0248-561', 'J0249-5556' RA= 02:49:48.444908 DEC= -55:56:22.27033 RAER= 4.59 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0247+076', 'J0249+0749' RA= 02:49:51.916088 DEC= +07:49:20.35417 RAER= 0.85 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.022, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0247-092', 'J0249-0900' RA= 02:49:52.000985 DEC= -09:00:25.00073 RAER= 0.66 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0246+396', 'J0249+3951' RA= 02:49:59.362182 DEC= +39:51:38.83503 RAER= 1.81 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0247+258', 'J0250+2600' RA= 02:50:06.609827 DEC= +26:00:28.83242 RAER= 0.87 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.029, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0247-146', 'J0250-1423' RA= 02:50:06.868391 DEC= -14:23:46.82411 RAER= 0.97 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a, 8.4, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0248-277', 'J0250-2731' RA= 02:50:14.403825 DEC= -27:31:28.71370 RAER= 1.06 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.043, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0247+393', 'J0250+393A' RA= 02:50:15.441207 DEC= +39:34:30.77124 RAER= 0.57 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.016, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0247+16A', 'J0250+1708' RA= 02:50:17.407769 DEC= +17:08:08.32236 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.032, 8.4, 0.028, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '0248-225', 'J0250-2221' RA= 02:50:17.527497 DEC= -22:21:00.61913 RAER= 0.85 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0248-345', 'J0250-3418' RA= 02:50:18.184766 DEC= -34:18:47.80347 RAER= 3.56 DECER= 26.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0248-266', 'J0250-2627' RA= 02:50:35.569187 DEC= -26:27:42.51553 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.111, 8.4, 0.207, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1859 observations" / source= '0249-641', 'J0250-6355' RA= 02:50:36.232643 DEC= -63:55:01.50064 RAER= 0.60 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0247+169', 'J0250+1712' RA= 02:50:37.960111 DEC= +17:12:08.88098 RAER= 0.27 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0247+562', 'J0250+5629' RA= 02:50:47.592845 DEC= +56:29:35.42603 RAER= 1.21 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0248-364', 'J0250-3616' RA= 02:50:55.341854 DEC= -36:16:35.79431 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.188, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '0248+211', 'J0250+2121' RA= 02:50:56.612047 DEC= +21:21:20.34268 RAER= 0.78 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.007, 8.4, 0.055, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0247+467', 'J0251+4657' RA= 02:51:00.874311 DEC= +46:57:17.24318 RAER= 0.43 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0248+279', 'J0251+2807' RA= 02:51:01.621223 DEC= +28:07:41.11868 RAER= 0.42 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.054, 8.4, 0.060, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0248-298', 'J0251-2937' RA= 02:51:04.910583 DEC= -29:37:14.01668 RAER= 5.20 DECER= 9.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0254-826', 'J0251-8226' RA= 02:51:09.235244 DEC= -82:26:29.23321 RAER= 1.89 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '0248-028', 'J0251-0239' RA= 02:51:11.517392 DEC= -02:39:54.46470 RAER= 0.52 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0250-602', 'J0251-6000' RA= 02:51:26.246717 DEC= -60:00:06.24600 RAER= 1.16 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0249-281', 'J0251-2755' RA= 02:51:28.468842 DEC= -27:55:17.53409 RAER= 0.77 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.069, 8.4, 0.074, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0248+346', 'J0251+3449' RA= 02:51:33.310145 DEC= +34:49:43.65196 RAER= 3.58 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0248+430', 'J0251+4315' RA= 02:51:34.536752 DEC= +43:15:15.82933 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.190, 0.690, 5.0, 1.309, 0.428, 8.4, 0.783, 0.233, 15.2, 0.647, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1550 observations" / source= '0246+722', 'J0251+7226' RA= 02:51:37.349044 DEC= +72:26:55.82548 RAER= 2.99 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.158, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0247+681', 'J0251+6824' RA= 02:51:45.792524 DEC= +68:24:01.76661 RAER= 3.95 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0249-035', 'J0251-0320' RA= 02:51:47.492926 DEC= -03:20:27.10907 RAER= 1.03 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0249-196', 'J0251-1925' RA= 02:51:49.839519 DEC= -19:25:33.05446 RAER= 4.07 DECER= 8.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0249+156', 'J0251+1553' RA= 02:51:52.495443 DEC= +15:53:06.94818 RAER= 2.52 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, n/a, 5.0, 0.025, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0248+560', 'J0251+5616' RA= 02:51:54.628119 DEC= +56:16:19.52349 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.440, 0.227, 5.0, 0.279, 0.077, 8.4, 0.227, 0.126, 22.2, 0.182, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2699 observations" / source= '0248+373', 'J0251+3734' RA= 02:51:59.170005 DEC= +37:34:18.12785 RAER= 0.22 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.218, 0.170, 8.4, 0.212, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 175 observations" / source= '0250-341', 'J0252-3357' RA= 02:52:05.039273 DEC= -33:57:40.08602 RAER= 8.36 DECER= 22.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0249+171', 'J0252+1718' RA= 02:52:07.718700 DEC= +17:18:42.68856 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.142, 8.4, 0.277, 0.129, 22.2, 0.385, 0.303 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2185 observations" / source= '0249+082', 'J0252+0826' RA= 02:52:16.514423 DEC= +08:26:12.57410 RAER= 2.72 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0249+435', 'J0252+4346' RA= 02:52:28.147070 DEC= +43:46:53.17405 RAER= 1.34 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.034, 8.4, 0.098, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0249+438', 'J0252+4404' RA= 02:52:29.066688 DEC= +44:04:11.26545 RAER= 10.17 DECER= 6.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0250-301', 'J0252-2958' RA= 02:52:33.080780 DEC= -29:58:31.13921 RAER= 1.28 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.033, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0250-297', 'J0252-2933' RA= 02:52:34.987225 DEC= -29:33:46.64062 RAER= 0.63 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.041, 8.4, 0.091, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0252-712', 'J0252-7104' RA= 02:52:46.152229 DEC= -71:04:35.21030 RAER= 7.28 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.175, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0250-225', 'J0252-2219' RA= 02:52:47.953649 DEC= -22:19:25.46573 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.395, 0.229, 8.4, 0.350, 0.194, 15.2, 0.464, 0.337 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '0249+531', 'J0252+5320' RA= 02:52:50.967060 DEC= +53:20:55.41888 RAER= 1.39 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0250+197', 'J0253+1958' RA= 02:53:08.831880 DEC= +19:58:26.57429 RAER= 0.56 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.035, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0249+383', 'J0253+3835' RA= 02:53:08.888081 DEC= +38:35:24.99921 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.501, 0.321, 8.4, 0.411, 0.186, 22.2, 0.300, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1733 observations" / source= '0250-275', 'J0253-2719' RA= 02:53:09.632594 DEC= -27:19:27.45494 RAER= 2.13 DECER= 7.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0253-754', 'J0253-7513' RA= 02:53:10.882251 DEC= -75:13:16.68592 RAER= 1.38 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0250+283', 'J0253+2832' RA= 02:53:11.718271 DEC= +28:32:16.22402 RAER= 0.47 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.067, 8.4, 0.055, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0250-097', 'J0253-0931' RA= 02:53:13.703098 DEC= -09:31:16.44481 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.014, 8.4, 0.036, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0250-016', 'J0253-0124' RA= 02:53:15.606102 DEC= -01:24:05.42431 RAER= 0.59 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0250-001', 'J0253+0005' RA= 02:53:21.035456 DEC= +00:05:59.94730 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.160, 8.4, 0.191, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '0250+358', 'J0253+3601' RA= 02:53:23.051698 DEC= +36:01:06.64802 RAER= 0.61 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.034, 8.4, 0.068, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0250-122', 'J0253-1200' RA= 02:53:23.684377 DEC= -12:00:28.00266 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.044, 8.4, 0.065, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0252-549', 'J0253-5441' RA= 02:53:29.180396 DEC= -54:41:51.43596 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.074, 0.830 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '0251-219', 'J0253-2142' RA= 02:53:31.108467 DEC= -21:42:11.73328 RAER= 1.92 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.047, 8.4, 0.065, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0250+307', 'J0253+3056' RA= 02:53:31.169842 DEC= +30:56:50.52497 RAER= 0.81 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.036, 8.4, 0.045, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0250+320', 'J0253+3217' RA= 02:53:33.650148 DEC= +32:17:20.89208 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.056, 8.4, 0.166, 0.144, 15.2, 0.281, 0.276 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1750 observations" / source= '0250+002', 'J0253+0024' RA= 02:53:33.663269 DEC= +00:24:31.55324 RAER= 0.24 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0250+178', 'J0253+1805' RA= 02:53:34.882235 DEC= +18:05:42.52425 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.079, 8.4, 0.129, 0.099, 22.2, 0.273, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1616 observations" / source= '0251-027', 'J0253-0230' RA= 02:53:40.990363 DEC= -02:30:09.86975 RAER= 0.30 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0250+449', 'J0253+4509' RA= 02:53:42.306656 DEC= +45:09:54.15385 RAER= 2.23 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0250+257', 'J0253+2557' RA= 02:53:46.234090 DEC= +25:57:04.49075 RAER= 0.72 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.026, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0251-081', 'J0253-0754' RA= 02:53:51.395420 DEC= -07:54:04.10917 RAER= 0.69 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0251-239', 'J0253-2343' RA= 02:53:55.573685 DEC= -23:43:22.89595 RAER= 0.52 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.064, 8.4, 0.079, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0250+508', 'J0253+5102' RA= 02:53:57.607959 DEC= +51:02:56.45597 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.320, 0.207, 8.4, 0.278, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '0250+405', 'J0253+4047' RA= 02:53:58.868051 DEC= +40:47:11.77903 RAER= 1.50 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0251-331', 'J0253-3254' RA= 02:53:59.438794 DEC= -32:54:41.70893 RAER= 4.70 DECER= 13.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0250+58A', 'J0253+5911' RA= 02:53:59.574822 DEC= +59:11:23.81748 RAER= 1.82 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0250+362', 'J0254+3625' RA= 02:54:00.044094 DEC= +36:25:51.89757 RAER= 0.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0250+589', 'J0254+5907' RA= 02:54:05.145451 DEC= +59:07:37.80904 RAER= 1.18 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0251+081', 'J0254+0822' RA= 02:54:11.459376 DEC= +08:22:01.88876 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0251-147', 'J0254-1433' RA= 02:54:14.102453 DEC= -14:33:19.21755 RAER= 0.77 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0250+592', 'J0254+5928' RA= 02:54:15.166450 DEC= +59:28:55.52575 RAER= 5.11 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0251+333', 'J0254+3334' RA= 02:54:18.064534 DEC= +33:34:44.34923 RAER= 0.86 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.042, 8.4, 0.056, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0251+165', 'J0254+1642' RA= 02:54:18.113542 DEC= +16:42:34.96584 RAER= 0.35 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.056, 8.4, 0.103, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0251-026', 'J0254-0225' RA= 02:54:19.086737 DEC= -02:25:23.56176 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0251+410', 'J0254+4115' RA= 02:54:21.820318 DEC= +41:15:46.17574 RAER= 0.63 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.080, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0251+235', 'J0254+2343' RA= 02:54:24.718138 DEC= +23:43:26.47463 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.112, 8.4, 0.284, 0.266 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 712 observations" / source= '0252+007', 'J0254+0056' RA= 02:54:37.987607 DEC= +00:56:21.94761 RAER= 0.53 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0252-299', 'J0254-2946' RA= 02:54:41.646739 DEC= -29:46:04.68135 RAER= 1.45 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0251+393', 'J0254+3931' RA= 02:54:42.632053 DEC= +39:31:34.71120 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.129, 8.4, 0.271, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0250+682', 'J0254+6829' RA= 02:54:55.224105 DEC= +68:29:53.68949 RAER= 5.89 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0252+063', 'J0255+0635' RA= 02:55:12.358804 DEC= +06:35:04.14733 RAER= 6.12 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0253-354', 'J0255-3513' RA= 02:55:12.607370 DEC= -35:13:56.94783 RAER= 2.10 DECER= 7.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0252+004', 'J0255+0037' RA= 02:55:15.092307 DEC= +00:37:40.61846 RAER= 0.71 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0251+512', 'J0255+5129' RA= 02:55:24.034731 DEC= +51:29:39.44515 RAER= 3.28 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0252+087', 'J0255+0855' RA= 02:55:35.148679 DEC= +08:55:36.07865 RAER= 3.37 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0253-220', 'J0255-2153' RA= 02:55:39.242692 DEC= -21:53:51.90621 RAER= 5.21 DECER= 12.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0252+466', 'J0255+4649' RA= 02:55:39.844144 DEC= +46:49:58.65166 RAER= 1.26 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0253-144', 'J0255-1412' RA= 02:55:44.188734 DEC= -14:12:28.33256 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0253+053', 'J0255+0533' RA= 02:55:49.515115 DEC= +05:33:55.05818 RAER= 0.52 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.011, 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0253-031', 'J0255-0259' RA= 02:55:51.476927 DEC= -02:59:39.29056 RAER= 1.04 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0253+041', 'J0255+0419' RA= 02:55:55.425017 DEC= +04:19:40.63214 RAER= 5.84 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0253+064', 'J0256+0636' RA= 02:56:03.319114 DEC= +06:36:25.21429 RAER= 32.69 DECER= 22.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0252+636', 'J0256+6351' RA= 02:56:08.194767 DEC= +63:51:11.14564 RAER= 0.36 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.138, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '0251+682', 'J0256+6827' RA= 02:56:10.827507 DEC= +68:27:51.00325 RAER= 3.16 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0253+365', 'J0256+3642' RA= 02:56:11.849565 DEC= +36:42:19.62135 RAER= 1.90 DECER= 6.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.012, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0253-218', 'J0256-2137' RA= 02:56:12.838929 DEC= -21:37:29.14508 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.175, 8.4, 0.198, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0253+004', 'J0256+0039' RA= 02:56:14.054458 DEC= +00:39:41.07698 RAER= 1.05 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0253+325', 'J0256+3246' RA= 02:56:22.848584 DEC= +32:46:48.02428 RAER= 1.74 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0253-015', 'J0256-0119' RA= 02:56:25.630428 DEC= -01:19:11.61837 RAER= 0.53 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.021, 0.027, 5.0, 0.011, 0.010, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0253+033', 'J0256+0333' RA= 02:56:28.150740 DEC= +03:33:31.74376 RAER= 0.49 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021, 8.4, 0.037, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0252+574', 'J0256+5736' RA= 02:56:29.005463 DEC= +57:36:42.44853 RAER= 10.86 DECER= 5.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0253-025', 'J0256-0218' RA= 02:56:30.381343 DEC= -02:18:44.33207 RAER= 0.55 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.058, 8.4, 0.044, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0254-190', 'J0256-1850' RA= 02:56:30.423105 DEC= -18:50:11.32786 RAER= 8.15 DECER= 14.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0254-221', 'J0256-2159' RA= 02:56:32.689922 DEC= -21:59:43.97061 RAER= 19.37 DECER= 51.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0254-051', 'J0256-0458' RA= 02:56:33.326743 DEC= -04:58:47.02095 RAER= 0.37 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0253+369', 'J0256+3707' RA= 02:56:33.768905 DEC= +37:07:12.39963 RAER= 0.64 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.035, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0254-341', 'J0256-3357' RA= 02:56:34.350046 DEC= -33:57:43.32188 RAER= 0.80 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.051, 8.4, 0.077, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0253+133', 'J0256+1334' RA= 02:56:34.984654 DEC= +13:34:35.34471 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.473, 0.162, 8.4, 0.260, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 779 observations" / source= '0254-255', 'J0256-2523' RA= 02:56:35.523758 DEC= -25:23:01.81954 RAER= 37.49 DECER= 59.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0253+444', 'J0256+4436' RA= 02:56:37.531449 DEC= +44:36:21.94473 RAER= 0.51 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.048, 8.4, 0.095, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0254-334', 'J0256-3315' RA= 02:56:42.602721 DEC= -33:15:21.27721 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.202, 8.4, 0.243, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '0254-050', 'J0256-0453' RA= 02:56:50.420052 DEC= -04:53:43.49853 RAER= 0.26 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0254+155', 'J0256+1542' RA= 02:56:54.916414 DEC= +15:42:43.20539 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.047, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 328 observations" / source= '0253+519', 'J0256+5207' RA= 02:56:54.924820 DEC= +52:07:12.65547 RAER= 1.02 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0254-167', 'J0256-1632' RA= 02:56:57.089330 DEC= -16:32:49.12164 RAER= 1.23 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.013, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0252+657', 'J0257+6556' RA= 02:57:01.342977 DEC= +65:56:35.42796 RAER= 0.30 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.204, 5.0, 0.309, 0.226, 8.4, 0.279, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '0254-063', 'J0257-0608' RA= 02:57:02.592851 DEC= -06:08:38.42952 RAER= 0.55 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0253+464', 'J0257+4639' RA= 02:57:06.660763 DEC= +46:39:40.86600 RAER= 2.69 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0254+337', 'J0257+3357' RA= 02:57:07.925898 DEC= +33:57:30.31250 RAER= 0.68 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0255-436', 'J0257-4328' RA= 02:57:10.240451 DEC= -43:28:57.10782 RAER= 1.50 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.026, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0254+064', 'J0257+0638' RA= 02:57:10.850310 DEC= +06:38:03.53793 RAER= 0.65 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0254-056', 'J0257-0527' RA= 02:57:14.767661 DEC= -05:27:51.60891 RAER= 0.32 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.038, 8.4, 0.088, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0254-081', 'J0257-0756' RA= 02:57:22.447071 DEC= -07:56:56.00755 RAER= 0.75 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0255-127', 'J0257-1233' RA= 02:57:24.247608 DEC= -12:33:53.80578 RAER= 0.99 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.004, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0254+091', 'J0257+0923' RA= 02:57:31.608154 DEC= +09:23:19.15841 RAER= 0.50 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.074, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0255-113', 'J0257-1106' RA= 02:57:33.946816 DEC= -11:06:54.00086 RAER= 0.62 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.020, 8.4, 0.053, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0256-614', 'J0257-6112' RA= 02:57:36.407889 DEC= -61:12:30.65051 RAER= 3.73 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0254+303', 'J0257+3032' RA= 02:57:40.241149 DEC= +30:32:44.85134 RAER= 0.94 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.013, 8.4, 0.023, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0255-124', 'J0257-1212' RA= 02:57:41.004594 DEC= -12:12:01.38133 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.191, 8.4, 0.277, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 736 observations" / source= '0255+058', 'J0257+0601' RA= 02:57:41.563336 DEC= +06:01:36.87434 RAER= 0.29 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.011, 8.4, 0.033, 0.015, 15.2, 0.055, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 196 observations" / source= '0255+05A', 'J0257+060A' RA= 02:57:41.650084 DEC= +06:01:20.71758 RAER= 0.37 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '0253+633', 'J0257+6333' RA= 02:57:43.098938 DEC= +63:33:51.73317 RAER= 1.03 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0254+185', 'J0257+1847' RA= 02:57:45.628458 DEC= +18:47:05.36018 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.123, 8.4, 0.172, 0.128, 22.2, 0.252, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2318 observations" / source= '0255-015', 'J0257-0121' RA= 02:57:48.496130 DEC= -01:21:47.18456 RAER= 2.03 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0251+785', 'J0257+7843' RA= 02:57:52.570259 DEC= +78:43:47.05830 RAER= 0.66 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.107, 8.4, 0.214, 0.141, 22.2, 0.167, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 750 observations" / source= '0255+019', 'J0257+0209' RA= 02:57:58.540945 DEC= +02:09:40.35134 RAER= 0.55 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0254+434', 'J0257+4338' RA= 02:57:59.077712 DEC= +43:38:37.67517 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.184, 8.4, 0.180, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 721 observations" / source= '0255-033', 'J0258-0310' RA= 02:58:01.657018 DEC= -03:10:24.27432 RAER= 2.40 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0256-319', 'J0258-3146' RA= 02:58:05.961943 DEC= -31:46:27.67920 RAER= 16.14 DECER= 32.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0255+203', 'J0258+2030' RA= 02:58:07.309407 DEC= +20:30:01.58078 RAER= 0.21 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '0256-393', 'J0258-3909' RA= 02:58:14.044920 DEC= -39:09:40.68414 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.221, 8.4, 0.338, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 792 observations" / source= '0256-297', 'J0258-2930' RA= 02:58:16.180062 DEC= -29:30:48.60056 RAER= 10.48 DECER= 28.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0256-256', 'J0258-2529' RA= 02:58:16.795422 DEC= -25:29:58.79126 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.119, 8.4, 0.227, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '0255-102', 'J0258-1000' RA= 02:58:18.769266 DEC= -10:00:54.22692 RAER= 0.77 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0256-336', 'J0258-3327' RA= 02:58:22.784352 DEC= -33:27:05.33243 RAER= 4.74 DECER= 14.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0255+012', 'J0258+0127' RA= 02:58:23.229880 DEC= +01:27:21.68434 RAER= 0.80 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0255+178', 'J0258+1803' RA= 02:58:26.108587 DEC= +18:03:48.82117 RAER= 0.46 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0256-107', 'J0258-1034' RA= 02:58:28.701918 DEC= -10:34:05.93041 RAER= 0.83 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.024, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0255+460', 'J0258+4616' RA= 02:58:30.232169 DEC= +46:16:05.76423 RAER= 15.62 DECER= 13.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0256-185', 'J0258-1819' RA= 02:58:34.602711 DEC= -18:19:41.10120 RAER= 0.77 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0253+750', 'J0258+7517' RA= 02:58:38.021306 DEC= +75:17:07.73703 RAER= 3.63 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0257-510', 'J0258-5052' RA= 02:58:38.748042 DEC= -50:52:04.38426 RAER= 2.64 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.210, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0256-135', 'J0258-1321' RA= 02:58:43.973792 DEC= -13:21:47.51094 RAER= 1.29 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0256+115', 'J0258+1142' RA= 02:58:44.755471 DEC= +11:42:56.01696 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.046, 8.4, 0.072, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '0252+793', 'J0258+7934' RA= 02:58:47.300518 DEC= +79:34:56.26189 RAER= 23.10 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.047, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0256-128', 'J0258-1238' RA= 02:58:49.613129 DEC= -12:38:46.57784 RAER= 1.46 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.020, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0256+054', 'J0258+0541' RA= 02:58:50.526338 DEC= +05:41:08.04086 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.211, 8.4, 0.240, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '0255+288', 'J0258+2900' RA= 02:58:55.181167 DEC= +29:00:01.60765 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.057, 8.4, 0.073, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0254+722', 'J0259+7228' RA= 02:59:01.384886 DEC= +72:28:44.38417 RAER= 3.30 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.026, 8.4, 0.053, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0256+040', 'J0259+0416' RA= 02:59:03.823379 DEC= +04:16:15.18250 RAER= 0.79 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.030, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0256+148', 'J0259+1503' RA= 02:59:08.059411 DEC= +15:03:02.89548 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.046, 8.4, 0.044, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '0254+697', 'J0259+6958' RA= 02:59:14.135541 DEC= +69:58:08.00634 RAER= 5.98 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0256-190', 'J0259-1851' RA= 02:59:16.715558 DEC= -18:51:14.59585 RAER= 1.57 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.017, 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0256+026', 'J0259+0251' RA= 02:59:16.798933 DEC= +02:51:50.35815 RAER= 0.51 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.052, 8.4, 0.032, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0256+075', 'J0259+0747' RA= 02:59:27.076622 DEC= +07:47:39.64288 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.597, 0.444, 5.0, 0.720, 0.607, 8.4, 0.432, 0.211, 15.2, 0.643, 0.372 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1980 observations" / source= '0256-005', 'J0259-0019' RA= 02:59:28.516160 DEC= -00:19:59.97548 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.392, 5.0, 0.629, 0.597, 8.4, 0.738, 0.645 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11064 observations" / source= '0256+192', 'J0259+1925' RA= 02:59:29.655936 DEC= +19:25:44.32750 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.076, 8.4, 0.193, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1754 observations" / source= '0257-369', 'J0259-3645' RA= 02:59:31.138283 DEC= -36:45:32.59351 RAER= 1.82 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, n/a, 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0257-278', 'J0259-2739' RA= 02:59:31.409469 DEC= -27:39:30.78519 RAER= 7.04 DECER= 14.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0255+546', 'J0259+5451' RA= 02:59:32.815105 DEC= +54:51:20.32254 RAER= 2.32 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.007, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0257-172', 'J0259-1705' RA= 02:59:33.413903 DEC= -17:05:37.98662 RAER= 0.97 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0256+423', 'J0259+4235' RA= 02:59:37.694437 DEC= +42:35:49.81261 RAER= 0.19 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.532, 0.204, 8.4, 0.243, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 716 observations" / source= '0256+137', 'J0259+1354' RA= 02:59:38.303542 DEC= +13:54:56.66261 RAER= 0.59 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0257-055', 'J0259-0518' RA= 02:59:40.027237 DEC= -05:18:16.01298 RAER= 0.67 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0257-191', 'J0259-1858' RA= 02:59:43.014990 DEC= -18:58:29.42392 RAER= 0.69 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0257-128', 'J0259-1236' RA= 02:59:55.283344 DEC= -12:36:34.95056 RAER= 1.16 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0256+324', 'J0259+3237' RA= 02:59:55.418230 DEC= +32:37:37.55984 RAER= 1.21 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0257-057', 'J0300-0531' RA= 03:00:01.300061 DEC= -05:31:20.36253 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.153, 8.4, 0.143, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '0252+818', 'J0300+8202' RA= 03:00:11.136915 DEC= +82:02:39.35143 RAER= 2.01 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.713, 0.046, 8.4, 0.099, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '0257-054', 'J0300-0515' RA= 03:00:13.153444 DEC= -05:15:14.49269 RAER= 3.64 DECER= 8.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0257-089', 'J0300-0846' RA= 03:00:19.587617 DEC= -08:46:10.17425 RAER= 0.49 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0256+519', 'J0300+5209' RA= 03:00:21.682398 DEC= +52:09:45.15345 RAER= 1.02 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.057, 8.4, 0.087, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0258-118', 'J0300-1139' RA= 03:00:25.494207 DEC= -11:39:05.39917 RAER= 13.45 DECER= 20.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0255+737', 'J0300+7359' RA= 03:00:26.181007 DEC= +73:59:36.86531 RAER= 4.21 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0258-501', 'J0300-4959' RA= 03:00:27.813152 DEC= -49:59:11.57009 RAER= 1.76 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0258-305', 'J0300-3022' RA= 03:00:32.193827 DEC= -30:22:42.42577 RAER= 6.87 DECER= 22.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0258-172', 'J0300-1701' RA= 03:00:32.934968 DEC= -17:01:35.93934 RAER= 1.01 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0258-344', 'J0300-3414' RA= 03:00:36.191525 DEC= -34:14:05.50168 RAER= 1.32 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.051, 5.0, 0.061, n/a, 8.4, 0.050, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0257+079', 'J0300+0809' RA= 03:00:38.592660 DEC= +08:09:16.66420 RAER= 0.38 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.052, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0257+523', 'J0300+5234' RA= 03:00:43.246728 DEC= +52:34:26.79867 RAER= 1.22 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.039, 8.4, 0.090, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0257+361', 'J0300+3622' RA= 03:00:47.549582 DEC= +36:22:06.44369 RAER= 1.41 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.021, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0257+355', 'J0300+3545' RA= 03:00:49.985819 DEC= +35:45:56.57832 RAER= 1.68 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0258-018', 'J0300-0139' RA= 03:00:56.889509 DEC= -01:39:19.75674 RAER= 1.79 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.019, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0258+021', 'J0301+0221' RA= 03:01:00.084799 DEC= +02:21:46.44466 RAER= 0.45 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.035, 8.4, 0.072, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0258+255', 'J0301+2547' RA= 03:01:05.340335 DEC= +25:47:15.16195 RAER= 2.22 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0258-184', 'J0301-1812' RA= 03:01:06.714480 DEC= -18:12:17.82229 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.086, 8.4, 0.168, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '0258-163', 'J0301-1608' RA= 03:01:07.575435 DEC= -16:08:03.61618 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.046, 8.4, 0.091, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '0257+505', 'J0301+5045' RA= 03:01:12.886872 DEC= +50:45:03.99960 RAER= 0.57 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0258-037', 'J0301-0334' RA= 03:01:15.877301 DEC= -03:34:28.68203 RAER= 0.73 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.039, 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0259-316', 'J0301-3126' RA= 03:01:16.244236 DEC= -31:26:15.78886 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.118, 8.4, 0.184, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '0258-170', 'J0301-1652' RA= 03:01:16.622661 DEC= -16:52:45.10207 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.105, 5.0, 0.153, 0.111, 8.4, 0.149, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '0258-109', 'J0301-1047' RA= 03:01:23.050435 DEC= -10:47:46.72256 RAER= 1.40 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0258+315', 'J0301+3142' RA= 03:01:23.254494 DEC= +31:42:08.46573 RAER= 1.01 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0258+011', 'J0301+0118' RA= 03:01:23.606984 DEC= +01:18:35.99600 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.125, 8.4, 0.267, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '0258+058', 'J0301+0602' RA= 03:01:33.713913 DEC= +06:02:27.28205 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.456, 0.346, 8.4, 0.362, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '0301-721', 'J0301-7156' RA= 03:01:38.445750 DEC= -71:56:34.39963 RAER= 0.92 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.236, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0258+350', 'J0301+3512' RA= 03:01:42.329258 DEC= +35:12:20.29925 RAER= 2.29 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0258+304', 'J0301+3037' RA= 03:01:42.774735 DEC= +30:37:39.51220 RAER= 1.05 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0258+331', 'J0301+3323' RA= 03:01:51.720904 DEC= +33:23:00.57509 RAER= 0.95 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.019, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0258+356', 'J0301+3550' RA= 03:01:51.812705 DEC= +35:50:19.58895 RAER= 0.94 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0259-276', 'J0301-2727' RA= 03:01:58.013784 DEC= -27:27:54.95844 RAER= 4.79 DECER= 10.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0259-080', 'J0302-0752' RA= 03:02:10.959750 DEC= -07:52:09.42738 RAER= 0.71 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.047, 8.4, 0.046, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0258+435', 'J0302+4342' RA= 03:02:13.352254 DEC= +43:42:49.72320 RAER= 1.10 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0259-154', 'J0302-1515' RA= 03:02:17.900704 DEC= -15:15:47.46898 RAER= 1.39 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.048, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0259-035', 'J0302-0320' RA= 03:02:18.115299 DEC= -03:20:09.53634 RAER= 1.91 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0259+097', 'J0302+0955' RA= 03:02:20.797762 DEC= +09:55:38.28183 RAER= 0.25 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.027, 8.4, 0.058, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0259+203', 'J0302+2030' RA= 03:02:22.089947 DEC= +20:30:26.36608 RAER= 0.35 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0300-181', 'J0302-1757' RA= 03:02:22.194806 DEC= -17:57:32.16101 RAER= 0.70 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, n/a, 8.4, 0.117, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0258+533', 'J0302+5331' RA= 03:02:22.735449 DEC= +53:31:46.48476 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.202, 8.4, 0.254, 0.192, 22.2, 0.215, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2491 observations" / source= '0300-28A', 'J0302-2758' RA= 03:02:26.109963 DEC= -27:58:37.93828 RAER= 1.59 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0259+121', 'J0302+1218' RA= 03:02:30.546782 DEC= +12:18:56.75230 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.585, 0.215, 8.4, 0.295, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 750 observations" / source= '0300-281', 'J0302-2756' RA= 03:02:50.812916 DEC= -27:56:57.77695 RAER= 1.08 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.014, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0259+217', 'J0302+2155' RA= 03:02:52.694407 DEC= +21:55:13.05527 RAER= 0.73 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.055, 8.4, 0.051, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0300-143', 'J0302-1412' RA= 03:02:55.863914 DEC= -14:12:00.46960 RAER= 0.90 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.026, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0259+316', 'J0303+3150' RA= 03:03:01.556621 DEC= +31:50:45.26912 RAER= 1.15 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0300+187', 'J0303+1854' RA= 03:03:01.666083 DEC= +18:54:29.31441 RAER= 39.92 DECER= 15.82 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0300-274', 'J0303-2713' RA= 03:03:06.280853 DEC= -27:13:14.23069 RAER= 68.54 DECER= 56.04 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0300+129', 'J0303+1308' RA= 03:03:08.035034 DEC= +13:08:58.79296 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.040, 8.4, 0.059, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '0300-004', 'J0303-0014' RA= 03:03:13.024335 DEC= -00:14:57.46519 RAER= 1.23 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0300+162', 'J0303+1626' RA= 03:03:15.013518 DEC= +16:26:18.98079 RAER= 0.76 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0300-089', 'J0303-0846' RA= 03:03:20.614453 DEC= -08:46:07.48181 RAER= 0.63 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0305-794', 'J0303-7914' RA= 03:03:20.903510 DEC= -79:14:56.51855 RAER= 1.01 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0259+659', 'J0303+6606' RA= 03:03:25.487771 DEC= +66:06:30.84751 RAER= 2.81 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0301-243', 'J0303-2407' RA= 03:03:26.502882 DEC= -24:07:11.42706 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.108, 8.4, 0.144, 0.087, 15.2, 0.194, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '0300+345', 'J0303+3447' RA= 03:03:27.335835 DEC= +34:47:12.11698 RAER= 9.68 DECER= 8.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0301-527', 'J0303-5234' RA= 03:03:28.192062 DEC= -52:34:33.30472 RAER= 8.22 DECER= 37.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0300+057', 'J0303+0554' RA= 03:03:30.200713 DEC= +05:54:30.17742 RAER= 1.43 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0300+470', 'J0303+4716' RA= 03:03:35.242225 DEC= +47:16:16.27546 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.766, 1.274, 5.0, 2.128, 1.438, 8.4, 1.925, 1.234, 15.2, 1.966, 1.052, 22.2, 0.619, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38560 observations" / source= '0300+397', 'J0303+3958' RA= 03:03:39.061192 DEC= +39:58:49.68960 RAER= 1.34 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0301-230', 'J0303-2249' RA= 03:03:41.362795 DEC= -22:49:15.21809 RAER= 0.93 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.027, 8.4, 0.036, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0301-115', 'J0303-1119' RA= 03:03:50.194084 DEC= -11:19:35.17045 RAER= 0.93 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.023, 8.4, 0.014, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0303-651', 'J0303-6458' RA= 03:03:50.551869 DEC= -64:58:54.68183 RAER= 3.50 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0302-623', 'J0303-6211' RA= 03:03:50.631348 DEC= -62:11:25.55005 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.457, 0.722 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1827 observations" / source= '0301-167', 'J0303-1630' RA= 03:03:55.667657 DEC= -16:30:20.68962 RAER= 0.26 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.050, 8.4, 0.108, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0301-312', 'J0303-3103' RA= 03:03:56.906727 DEC= -31:03:13.72717 RAER= 17.78 DECER= 34.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0301+159', 'J0303+1610' RA= 03:03:57.673472 DEC= +16:10:40.64936 RAER= 0.54 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0301+253', 'J0303+2531' RA= 03:03:59.559779 DEC= +25:31:31.65382 RAER= 1.15 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0301+238', 'J0304+2401' RA= 03:04:02.259425 DEC= +24:01:33.57537 RAER= 0.51 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0301-116', 'J0304-1126' RA= 03:04:13.777003 DEC= -11:26:52.87338 RAER= 6.05 DECER= 11.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0303-703', 'J0304-7007' RA= 03:04:18.242200 DEC= -70:07:41.12722 RAER= 1.15 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.103, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0259+681', 'J0304+6821' RA= 03:04:22.003859 DEC= +68:21:37.47445 RAER= 0.29 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.752, 0.285, 8.4, 0.508, 0.245, 22.2, 0.554, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1912 observations" / source= '0302-205', 'J0304-2024' RA= 03:04:26.870028 DEC= -20:24:06.80848 RAER= 0.64 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.110, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0301+097', 'J0304+0955' RA= 03:04:28.224271 DEC= +09:55:13.46081 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0302-437', 'J0304-4333' RA= 03:04:29.202214 DEC= -43:33:16.02810 RAER= 0.23 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.131, 8.4, 0.146, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '0300+546', 'J0304+5450' RA= 03:04:29.975369 DEC= +54:50:53.01363 RAER= 1.08 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0301+457', 'J0304+4553' RA= 03:04:31.332817 DEC= +45:53:56.57182 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.144, 8.4, 0.186, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0302-010', 'J0304-0054' RA= 03:04:33.959178 DEC= -00:54:04.71247 RAER= 1.02 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0301+336', 'J0304+3348' RA= 03:04:41.362462 DEC= +33:48:43.53063 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.221, 8.4, 0.462, 0.255 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 756 observations" / source= '0301+481', 'J0304+4820' RA= 03:04:46.786186 DEC= +48:20:59.45912 RAER= 3.14 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0301+350', 'J0304+3512' RA= 03:04:52.251019 DEC= +35:12:08.99482 RAER= 24.41 DECER= 11.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0258+772', 'J0304+7727' RA= 03:04:54.444167 DEC= +77:27:31.61665 RAER= 1.33 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.332, 0.409, 5.0, 0.431, 0.061, 8.4, 0.215, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 216 observations" / source= '0302-361', 'J0304-3556' RA= 03:04:56.069844 DEC= -35:56:55.44526 RAER= 0.98 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0302-001', 'J0304+0002' RA= 03:04:58.974651 DEC= +00:02:35.74400 RAER= 1.38 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0302-063', 'J0305-0607' RA= 03:05:00.563666 DEC= -06:07:41.50078 RAER= 0.27 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '0302+306', 'J0305+3050' RA= 03:05:05.749746 DEC= +30:50:58.32219 RAER= 0.89 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0300+672', 'J0305+6725' RA= 03:05:06.479395 DEC= +67:25:48.91774 RAER= 6.69 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0302+173', 'J0305+1734' RA= 03:05:10.224196 DEC= +17:34:59.09235 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.099, 8.4, 0.168, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 958 observations" / source= '0302-163', 'J0305-1608' RA= 03:05:15.069493 DEC= -16:08:16.69067 RAER= 1.07 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0303-245', 'J0305-2421' RA= 03:05:19.518685 DEC= -24:21:34.19902 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.052, 8.4, 0.048, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '0303-325', 'J0305-3220' RA= 03:05:24.888597 DEC= -32:20:54.16089 RAER= 1.30 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0302+362', 'J0305+3625' RA= 03:05:39.676827 DEC= +36:25:03.86612 RAER= 1.16 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0303+051', 'J0305+0523' RA= 03:05:48.191627 DEC= +05:23:31.52636 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.227, 8.4, 0.198, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2161 observations" / source= '0303-239', 'J0305-2347' RA= 03:05:52.254832 DEC= -23:47:53.43616 RAER= 7.76 DECER= 21.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0303+083', 'J0306+0834' RA= 03:06:04.651363 DEC= +08:34:35.97753 RAER= 0.76 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.009, 8.4, 0.045, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0302+459', 'J0306+4610' RA= 03:06:06.183469 DEC= +46:10:53.65800 RAER= 1.12 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.022, 8.4, 0.064, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0304-262', 'J0306-2605' RA= 03:06:13.598317 DEC= -26:05:05.27292 RAER= 70.71 DECER= 90.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0303+020', 'J0306+0216' RA= 03:06:23.653997 DEC= +02:16:17.35164 RAER= 1.61 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0303+256', 'J0306+2548' RA= 03:06:27.690554 DEC= +25:48:25.79959 RAER= 2.11 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0303+130', 'J0306+1316' RA= 03:06:28.417288 DEC= +13:16:45.42915 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.017, 5.0, 0.072, 0.037, 8.4, 0.054, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '0304-159', 'J0306-1545' RA= 03:06:33.723426 DEC= -15:45:16.69953 RAER= 1.27 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.114, 8.4, 0.047, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0303+087', 'J0306+0857' RA= 03:06:36.482949 DEC= +08:57:50.92237 RAER= 1.10 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0258+818', 'J0306+8200' RA= 03:06:38.944906 DEC= +82:00:32.67642 RAER= 1.39 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.046, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '0302+625', 'J0306+6243' RA= 03:06:42.659556 DEC= +62:43:02.02413 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.117, 5.0, 0.355, 0.237, 8.4, 0.277, 0.174, 22.2, 0.226, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8710 observations" / source= '0304-245', 'J0306-2419' RA= 03:06:47.195512 DEC= -24:19:24.76348 RAER= 0.54 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.052, 8.4, 0.065, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0304-177', 'J0306-1734' RA= 03:06:51.539517 DEC= -17:34:06.13055 RAER= 0.42 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.041, 8.4, 0.085, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0304+124', 'J0307+1241' RA= 03:07:00.532567 DEC= +12:41:25.92364 RAER= 0.23 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.064, 5.0, 0.146, 0.023, 8.4, 0.090, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0304-122', 'J0307-1205' RA= 03:07:03.064028 DEC= -12:05:38.44518 RAER= 52.09 DECER= 79.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0304-039', 'J0307-0345' RA= 03:07:06.052766 DEC= -03:45:50.29347 RAER= 1.29 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.007, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0304+267', 'J0307+2656' RA= 03:07:07.714054 DEC= +26:56:04.54299 RAER= 0.71 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0305-308', 'J0307-3037' RA= 03:07:08.219968 DEC= -30:37:27.90879 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.083, 8.4, 0.108, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0304+020', 'J0307+0217' RA= 03:07:15.407340 DEC= +02:17:07.32772 RAER= 1.19 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0303+490', 'J0307+4915' RA= 03:07:27.034905 DEC= +49:15:09.75321 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.206, 5.0, 0.111, 0.008, 8.4, 0.266, 0.185, 15.2, 0.247, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0305-491', 'J0307-4857' RA= 03:07:34.192503 DEC= -48:57:11.53171 RAER= 0.80 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.249, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0305-054', 'J0307-0515' RA= 03:07:40.688394 DEC= -05:15:10.00748 RAER= 0.79 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.015, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0305-045', 'J0307-0419' RA= 03:07:44.516495 DEC= -04:19:09.24451 RAER= 1.18 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.033, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0305-050', 'J0307-0451' RA= 03:07:50.798688 DEC= -04:51:33.02625 RAER= 0.61 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0305+087', 'J0307+0855' RA= 03:07:53.679916 DEC= +08:55:50.29959 RAER= 0.76 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.010, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0305+018', 'J0307+0204' RA= 03:07:56.406410 DEC= +02:04:07.18568 RAER= 1.08 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.010, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0305+104', 'J0307+1035' RA= 03:07:58.451088 DEC= +10:35:50.82466 RAER= 0.73 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.082, 8.4, 0.039, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0305+232', 'J0308+2325' RA= 03:08:04.780712 DEC= +23:25:42.12481 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0304+575', 'J0308+5741' RA= 03:08:09.898573 DEC= +57:41:57.22795 RAER= 0.88 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.041, 8.4, 0.112, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0305+237', 'J0308+2355' RA= 03:08:11.198874 DEC= +23:55:13.21273 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.048, 5.0, 0.071, n/a, 8.4, 0.088, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0305-172', 'J0308-1703' RA= 03:08:12.037866 DEC= -17:03:40.59209 RAER= 1.28 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.029, 8.4, 0.037, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0305-162', 'J0308-1603' RA= 03:08:16.029749 DEC= -16:03:12.69343 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.038, 8.4, 0.071, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0306-237', 'J0308-2333' RA= 03:08:16.268681 DEC= -23:33:49.27410 RAER= 1.19 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0306-290', 'J0308-2851' RA= 03:08:16.852904 DEC= -28:51:05.14749 RAER= 0.81 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0303+69A', 'J0308+6954' RA= 03:08:24.870826 DEC= +69:54:04.57018 RAER= 1.71 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.054, 8.4, 0.087, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0305+039', 'J0308+0406' RA= 03:08:26.223802 DEC= +04:06:39.30067 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.586, 0.216, 8.4, 0.512, 0.177, 15.2, 0.454, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2968 observations" / source= '0303+697', 'J0308+6955' RA= 03:08:27.816306 DEC= +69:55:58.95247 RAER= 0.65 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.067, 5.0, 0.092, 0.007, 8.4, 0.070, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '0305+119', 'J0308+1208' RA= 03:08:39.383294 DEC= +12:08:49.77150 RAER= 0.37 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.057, 8.4, 0.058, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0306-279', 'J0308-2743' RA= 03:08:39.635622 DEC= -27:43:19.45735 RAER= 5.01 DECER= 9.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0306+071', 'J0308+0720' RA= 03:08:41.938355 DEC= +07:20:44.33494 RAER= 0.61 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.023, 8.4, 0.046, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0304+625', 'J0308+6245' RA= 03:08:42.467875 DEC= +62:45:07.78025 RAER= 5.69 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0305+449', 'J0308+4506' RA= 03:08:43.784655 DEC= +45:06:13.53577 RAER= 1.06 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0305+315', 'J0308+3143' RA= 03:08:57.291613 DEC= +31:43:54.30645 RAER= 4.78 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0307-362', 'J0309-3604' RA= 03:09:02.510692 DEC= -36:04:03.75060 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.072, 5.0, 0.066, 0.033, 8.4, 0.072, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '0306+102', 'J0309+1029' RA= 03:09:03.623497 DEC= +10:29:16.34090 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.275, 8.4, 0.888, 0.604, 15.2, 1.222, 0.798 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7168 observations" / source= '0305+417', 'J0309+4153' RA= 03:09:08.489670 DEC= +41:53:32.44403 RAER= 0.66 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.020, 8.4, 0.038, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0306+254', 'J0309+2541' RA= 03:09:12.822229 DEC= +25:41:16.22061 RAER= 1.33 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0305+508', 'J0309+5104' RA= 03:09:12.864874 DEC= +51:04:47.37321 RAER= 0.59 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.148, 0.049, 8.4, 0.097, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0307-402', 'J0309-4001' RA= 03:09:13.018547 DEC= -40:01:50.77936 RAER= 1.26 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0305+638', 'J0309+6402' RA= 03:09:14.045500 DEC= +64:02:31.37649 RAER= 6.46 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0306-175', 'J0309-1723' RA= 03:09:16.854937 DEC= -17:23:14.44873 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0306+274', 'J0309+2738' RA= 03:09:22.096782 DEC= +27:38:54.36029 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.053, 8.4, 0.095, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '0306-061', 'J0309-0559' RA= 03:09:23.288870 DEC= -05:59:20.45083 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.105, 8.4, 0.069, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '0307-286', 'J0309-2828' RA= 03:09:26.446143 DEC= -28:28:58.67091 RAER= 2.96 DECER= 5.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0306+392', 'J0309+3924' RA= 03:09:26.799498 DEC= +39:24:54.57452 RAER= 0.92 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.073, 8.4, 0.087, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0305+530', 'J0309+5316' RA= 03:09:30.871641 DEC= +53:16:50.98346 RAER= 1.73 DECER= 4.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0307-299', 'J0309-2945' RA= 03:09:38.603336 DEC= -29:45:53.77843 RAER= 0.89 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.013, 8.4, 0.054, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0307-079', 'J0309-0744' RA= 03:09:43.241907 DEC= -07:44:27.48468 RAER= 0.74 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0307+096', 'J0309+0952' RA= 03:09:45.709136 DEC= +09:52:51.89514 RAER= 0.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.063, 8.4, 0.085, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0307-348', 'J0309-3437' RA= 03:09:54.735653 DEC= -34:37:48.94959 RAER= 6.02 DECER= 16.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0306+338', 'J0309+3401' RA= 03:09:55.248646 DEC= +34:01:55.60983 RAER= 0.62 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0308-611', 'J0309-6058' RA= 03:09:56.099136 DEC= -60:58:39.05646 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.211, 1.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64133 observations" / source= '0307+169', 'J0310+1705' RA= 03:10:00.096081 DEC= +17:05:58.61358 RAER= 0.52 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0307-085', 'J0310-0823' RA= 03:10:02.049336 DEC= -08:23:39.29373 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.086, 8.4, 0.087, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '0307-142', 'J0310-1402' RA= 03:10:06.334015 DEC= -14:02:08.19267 RAER= 2.16 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0306+464', 'J0310+4639' RA= 03:10:07.134128 DEC= +46:39:32.73577 RAER= 0.57 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.048, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0306+426', 'J0310+4249' RA= 03:10:08.398051 DEC= +42:49:48.99562 RAER= 0.48 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0306+434', 'J0310+4339' RA= 03:10:09.662509 DEC= +43:39:11.33799 RAER= 0.77 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.038, 8.4, 0.049, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0306+478', 'J0310+4803' RA= 03:10:16.989970 DEC= +48:03:27.00307 RAER= 2.80 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0307+389', 'J0310+3910' RA= 03:10:24.537294 DEC= +39:10:57.92869 RAER= 0.96 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.280, 0.292, 8.4, 0.339, 0.352 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0307+444', 'J0310+4435' RA= 03:10:30.931599 DEC= +44:35:48.29571 RAER= 0.40 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.044, 8.4, 0.099, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0308-108', 'J0310-1037' RA= 03:10:34.105490 DEC= -10:37:14.90272 RAER= 4.30 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0308-256', 'J0310-2527' RA= 03:10:34.724291 DEC= -25:27:48.28328 RAER= 1.62 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.045, 8.4, 0.049, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0309-504', 'J0310-5016' RA= 03:10:34.727714 DEC= -50:16:31.12811 RAER= 13.44 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0307+178', 'J0310+1804' RA= 03:10:44.765314 DEC= +18:04:13.00054 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.029, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 275 observations" / source= '0307+420', 'J0310+4214' RA= 03:10:48.991301 DEC= +42:14:05.00729 RAER= 4.89 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0307+380', 'J0310+3814' RA= 03:10:49.879925 DEC= +38:14:53.83786 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, 0.241, 5.0, 0.253, 0.228, 8.4, 0.444, 0.374, 15.2, 0.169, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29856 observations" / source= '0308-351', 'J0310-3500' RA= 03:10:57.314775 DEC= -35:00:32.91477 RAER= 1.66 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0307+423', 'J0311+4235' RA= 03:11:12.555541 DEC= +42:35:10.97379 RAER= 0.33 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.049, 8.4, 0.073, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0308+360', 'J0311+3612' RA= 03:11:26.488708 DEC= +36:12:04.19763 RAER= 1.15 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.028, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0308+444', 'J0311+4438' RA= 03:11:26.727043 DEC= +44:38:13.83168 RAER= 1.14 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0308+413', 'J0311+4134' RA= 03:11:32.532186 DEC= +41:34:24.45521 RAER= 0.29 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.063, 8.4, 0.112, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0308+305', 'J0311+3043' RA= 03:11:35.164484 DEC= +30:43:20.53995 RAER= 3.67 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0308+403', 'J0311+4031' RA= 03:11:37.136884 DEC= +40:31:28.43226 RAER= 0.81 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0309+049', 'J0311+0508' RA= 03:11:47.994455 DEC= +05:08:02.74907 RAER= 14.73 DECER= 13.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '0309+089', 'J0311+0907' RA= 03:11:53.512257 DEC= +09:07:24.55086 RAER= 0.93 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.010, 8.4, 0.047, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0312-770', 'J0311-7651' RA= 03:11:55.250117 DEC= -76:51:50.84807 RAER= 0.51 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.043, 0.755 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0322-864', 'J0312-8618' RA= 03:12:03.306549 DEC= -86:18:08.85990 RAER= 6.57 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0309+264', 'J0312+2638' RA= 03:12:03.835590 DEC= +26:38:40.37367 RAER= 2.39 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0310-558', 'J0312-5541' RA= 03:12:07.213412 DEC= -55:41:34.81476 RAER= 0.88 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0309+155', 'J0312+1544' RA= 03:12:16.970829 DEC= +15:44:39.01022 RAER= 69.32 DECER= 27.41 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0309-008', 'J0312-0040' RA= 03:12:18.935935 DEC= -00:40:02.40450 RAER= 4.67 DECER= 6.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0310-134', 'J0312-1313' RA= 03:12:26.526849 DEC= -13:13:07.99640 RAER= 0.66 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.018, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0309+390', 'J0312+3916' RA= 03:12:26.593513 DEC= +39:16:29.80706 RAER= 0.92 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0310-325', 'J0312-3223' RA= 03:12:34.214520 DEC= -32:23:16.61812 RAER= 0.98 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0310-225', 'J0312-2221' RA= 03:12:35.707463 DEC= -22:21:17.11324 RAER= 0.80 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0309+426', 'J0312+4249' RA= 03:12:35.997413 DEC= +42:49:41.84350 RAER= 0.62 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.032, 8.4, 0.051, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0310-164', 'J0312-1613' RA= 03:12:37.320764 DEC= -16:13:29.60712 RAER= 25.00 DECER= 21.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0310+013', 'J0312+0133' RA= 03:12:43.603242 DEC= +01:33:17.56451 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.176, 5.0, 0.455, 0.348, 8.4, 0.479, 0.348, 15.2, 0.153, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '0310-150', 'J0312-1449' RA= 03:12:46.388232 DEC= -14:49:51.55488 RAER= 0.31 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.236, 0.069, 8.4, 0.205, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0309+360', 'J0312+3615' RA= 03:12:50.287863 DEC= +36:15:19.54336 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.032, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 750 observations" / source= '0309+525', 'J0312+5245' RA= 03:12:50.673150 DEC= +52:45:25.18438 RAER= 0.42 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.031, 8.4, 0.108, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '0309+507', 'J0312+5053' RA= 03:12:59.350174 DEC= +50:53:15.94537 RAER= 1.14 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.047, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0310+239', 'J0313+2410' RA= 03:13:00.161926 DEC= +24:10:00.61449 RAER= 0.42 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.039, 8.4, 0.052, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0309+411', 'J0313+4120' RA= 03:13:01.962138 DEC= +41:20:01.18343 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.158, 8.4, 0.542, 0.378, 15.2, 0.801, 0.494 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13477 observations" / source= '0310+127', 'J0313+1254' RA= 03:13:04.190821 DEC= +12:54:25.93111 RAER= 1.10 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0310-029', 'J0313-0243' RA= 03:13:08.778615 DEC= -02:43:19.24987 RAER= 10.05 DECER= 14.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0310+022', 'J0313+0228' RA= 03:13:13.405467 DEC= +02:28:35.30687 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.067, 8.4, 0.105, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 825 observations" / source= '0310+372', 'J0313+3725' RA= 03:13:36.270925 DEC= +37:25:24.11600 RAER= 0.69 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.053, 8.4, 0.073, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0310+271', 'J0313+2718' RA= 03:13:44.906382 DEC= +27:18:47.55396 RAER= 0.89 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.036, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0311-158', 'J0313-1540' RA= 03:13:47.114773 DEC= -15:40:33.77105 RAER= 1.62 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0310+410', 'J0313+4115' RA= 03:13:57.645772 DEC= +41:15:23.97313 RAER= 0.49 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.036, 8.4, 0.051, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '0310+564', 'J0313+5640' RA= 03:13:58.625372 DEC= +56:40:52.35785 RAER= 1.08 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.009, 8.4, 0.039, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0312-353', 'J0314-3507' RA= 03:14:02.985128 DEC= -35:07:59.51489 RAER= 16.24 DECER= 38.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0310+400', 'J0314+4014' RA= 03:14:05.659207 DEC= +40:14:27.16243 RAER= 0.93 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.042, 8.4, 0.055, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0311-118', 'J0314-1137' RA= 03:14:07.577483 DEC= -11:37:04.20888 RAER= 0.43 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.049, 8.4, 0.059, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0310+435', 'J0314+4345' RA= 03:14:08.053168 DEC= +43:45:19.76077 RAER= 0.47 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.075, 8.4, 0.097, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0311-041', 'J0314-0357' RA= 03:14:12.761523 DEC= -03:57:16.38218 RAER= 0.83 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0311-028', 'J0314-0242' RA= 03:14:21.951982 DEC= -02:42:12.58868 RAER= 0.95 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0313-659', 'J0314-6548' RA= 03:14:22.445389 DEC= -65:48:24.69649 RAER= 0.63 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0311+061', 'J0314+0619' RA= 03:14:23.927860 DEC= +06:19:56.54041 RAER= 1.48 DECER= 5.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, 0.018, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '0311+441', 'J0314+4422' RA= 03:14:25.103280 DEC= +44:22:43.29926 RAER= 7.40 DECER= 5.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0312-512', 'J0314-5104' RA= 03:14:25.703447 DEC= -51:04:31.56242 RAER= 2.41 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0310+631', 'J0314+6322' RA= 03:14:26.561399 DEC= +63:22:23.92283 RAER= 2.60 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0310+560', 'J0314+5614' RA= 03:14:29.173770 DEC= +56:14:05.29540 RAER= 2.27 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.008, 8.4, 0.048, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0312-343', 'J0314-3407' RA= 03:14:32.942006 DEC= -34:07:40.16089 RAER= 1.75 DECER= 6.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0312-161', 'J0314-1557' RA= 03:14:38.172904 DEC= -15:57:48.20108 RAER= 0.36 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.035, 8.4, 0.112, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0311+430', 'J0314+4314' RA= 03:14:43.620412 DEC= +43:14:05.55775 RAER= 13.64 DECER= 8.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0312-271', 'J0314-2700' RA= 03:14:43.943234 DEC= -27:00:00.05963 RAER= 3.04 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0312+149', 'J0314+1508' RA= 03:14:47.290572 DEC= +15:08:59.66458 RAER= 0.44 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0312-345', 'J0314-3420' RA= 03:14:52.861797 DEC= -34:20:22.44282 RAER= 1.86 DECER= 9.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0311+418', 'J0314+4201' RA= 03:14:53.877413 DEC= +42:01:00.96144 RAER= 0.63 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0311+264', 'J0314+2636' RA= 03:14:58.394861 DEC= +26:36:49.16933 RAER= 1.53 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0310+620', 'J0315+6216' RA= 03:15:00.093742 DEC= +62:16:20.29144 RAER= 0.75 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0314-647', 'J0315-6436' RA= 03:15:13.984523 DEC= -64:36:36.09809 RAER= 16.63 DECER= 4.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0312+100', 'J0315+1012' RA= 03:15:21.139821 DEC= +10:12:43.08386 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.117, 8.4, 0.143, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3076 observations" / source= '0311+462', 'J0315+4625' RA= 03:15:24.013592 DEC= +46:25:59.82947 RAER= 0.97 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043, 8.4, 0.056, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0310+707', 'J0315+7058' RA= 03:15:24.542916 DEC= +70:58:29.91241 RAER= 9.12 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.018, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0313-269', 'J0315-2644' RA= 03:15:27.141554 DEC= -26:44:00.58915 RAER= 0.90 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0312+423', 'J0315+4232' RA= 03:15:27.477551 DEC= +42:32:48.53033 RAER= 0.53 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0313-171', 'J0315-1656' RA= 03:15:27.678418 DEC= -16:56:29.71439 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.084, 8.4, 0.192, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '0313-055', 'J0315-0521' RA= 03:15:29.843584 DEC= -05:21:15.41743 RAER= 2.57 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0313-298', 'J0315-2939' RA= 03:15:31.198307 DEC= -29:39:59.13802 RAER= 1.25 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0313-020', 'J0315-0151' RA= 03:15:42.463879 DEC= -01:51:23.26508 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.110, 5.0, 0.123, 0.103, 8.4, 0.211, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 317 observations" / source= '0310+721', 'J0315+7220' RA= 03:15:47.158432 DEC= +72:20:30.24432 RAER= 5.90 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0313-192', 'J0315-1906' RA= 03:15:52.097137 DEC= -19:06:44.29328 RAER= 0.63 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.043, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0313-107', 'J0315-1031' RA= 03:15:56.872832 DEC= -10:31:39.37125 RAER= 0.35 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.102, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0313-094', 'J0316-0916' RA= 03:16:03.478210 DEC= -09:16:20.82276 RAER= 1.42 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.023, 8.4, 0.037, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0313+215', 'J0316+2142' RA= 03:16:06.048037 DEC= +21:42:07.79162 RAER= 0.47 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.024, 8.4, 0.036, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0313+091', 'J0316+0921' RA= 03:16:08.400958 DEC= +09:21:12.08886 RAER= 0.68 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0312+420', 'J0316+4214' RA= 03:16:08.479545 DEC= +42:14:24.98491 RAER= 0.84 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0315-685', 'J0316-6821' RA= 03:16:10.478951 DEC= -68:21:05.20831 RAER= 14.68 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.151, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0313+088', 'J0316+0904' RA= 03:16:12.732520 DEC= +09:04:43.28279 RAER= 0.22 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.049, 15.2, 0.064, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0313-109', 'J0316-1043' RA= 03:16:13.921017 DEC= -10:43:05.71800 RAER= 0.45 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.045, 8.4, 0.061, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0315-648', 'J0316-6437' RA= 03:16:14.332233 DEC= -64:37:31.45497 RAER= 7.42 DECER= 4.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.014, n/a, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0314-263', 'J0316-2607' RA= 03:16:14.939776 DEC= -26:07:57.34507 RAER= 0.54 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0313+007', 'J0316+0058' RA= 03:16:20.673380 DEC= +00:58:56.29611 RAER= 0.44 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.058, 8.4, 0.078, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0312+446', 'J0316+4448' RA= 03:16:21.436341 DEC= +44:48:18.35354 RAER= 2.05 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0313+312', 'J0316+3124' RA= 03:16:21.588140 DEC= +31:24:38.17325 RAER= 315.47 DECER= 137.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0313+273', 'J0316+2733' RA= 03:16:29.011914 DEC= +27:33:08.14617 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.195, 5.0, 0.195, 0.165, 8.4, 0.221, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '0310+771', 'J0316+7720' RA= 03:16:32.142583 DEC= +77:20:58.39373 RAER= 2.13 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.157, 8.4, 0.137, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0314+032', 'J0316+0324' RA= 03:16:37.158229 DEC= +03:24:09.82642 RAER= 0.70 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0313+411', 'J0316+4119' RA= 03:16:42.978241 DEC= +41:19:29.61642 RAER= 0.33 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.038, 8.4, 0.104, 0.043, 15.2, 0.103, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0313+432', 'J0316+4328' RA= 03:16:50.931402 DEC= +43:28:19.31370 RAER= 0.69 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0314-274', 'J0316-2714' RA= 03:16:53.275671 DEC= -27:14:34.51264 RAER= 0.52 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.016, 8.4, 0.089, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0313+344', 'J0316+3437' RA= 03:16:54.607437 DEC= +34:37:19.56340 RAER= 10.46 DECER= 16.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0314-215', 'J0316-2124' RA= 03:16:56.673937 DEC= -21:24:43.69181 RAER= 0.69 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.007, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0315-380', 'J0316-3751' RA= 03:16:56.721325 DEC= -37:51:22.25289 RAER= 1.48 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0313+531', 'J0317+5318' RA= 03:17:01.345461 DEC= +53:18:27.52182 RAER= 22.17 DECER= 9.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.036, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0314-065', 'J0317-0624' RA= 03:17:05.015415 DEC= -06:24:48.80551 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '0314-044', 'J0317-0417' RA= 03:17:05.415329 DEC= -04:17:25.66877 RAER= 0.70 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0314+329', 'J0317+3306' RA= 03:17:09.038068 DEC= +33:06:30.83314 RAER= 0.90 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0314+288', 'J0317+2903' RA= 03:17:19.391194 DEC= +29:03:52.49877 RAER= 0.93 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0314+298', 'J0317+3000' RA= 03:17:21.543640 DEC= +30:00:50.24682 RAER= 0.72 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.047, 8.4, 0.073, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0315-216', 'J0317-2127' RA= 03:17:23.138978 DEC= -21:27:44.26121 RAER= 0.76 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.029, 8.4, 0.054, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0312+678', 'J0317+6801' RA= 03:17:29.889019 DEC= +68:01:13.95734 RAER= 1.47 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0315-282', 'J0317-2803' RA= 03:17:33.699303 DEC= -28:03:18.61262 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.063, 5.0, 0.091, 0.059, 8.4, 0.116, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '0315-363', 'J0317-3610' RA= 03:17:34.270283 DEC= -36:10:17.44228 RAER= 7.37 DECER= 20.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0315+026', 'J0317+0248' RA= 03:17:47.915291 DEC= +02:48:42.57120 RAER= 4.51 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0314+565', 'J0317+5643' RA= 03:17:54.942800 DEC= +56:43:57.79129 RAER= 0.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.071, 8.4, 0.201, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '0316-444', 'J0317-4414' RA= 03:17:57.679444 DEC= -44:14:17.16288 RAER= 0.23 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.075, 8.4, 0.101, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '0315-006', 'J0318-0029' RA= 03:18:14.427488 DEC= -00:29:48.93208 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.048, 8.4, 0.101, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '0314+416', 'J0318+4151' RA= 03:18:15.667490 DEC= +41:51:27.89180 RAER= 0.40 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0313+683', 'J0318+6829' RA= 03:18:19.103413 DEC= +68:29:31.94540 RAER= 1.76 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0315+269', 'J0318+2709' RA= 03:18:30.395818 DEC= +27:09:45.64921 RAER= 1.01 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0316-048', 'J0318-0438' RA= 03:18:35.172462 DEC= -04:38:04.91919 RAER= 0.55 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0316+044', 'J0318+0436' RA= 03:18:40.885064 DEC= +04:36:23.43466 RAER= 0.64 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.065, 8.4, 0.047, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0315+213', 'J0318+2134' RA= 03:18:45.669395 DEC= +21:34:36.68476 RAER= 0.28 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '0316+160', 'J0318+1613' RA= 03:18:50.703895 DEC= +16:13:16.55635 RAER= 1.09 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0316+162', 'J0318+1628' RA= 03:18:57.803198 DEC= +16:28:32.66654 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.497, 0.434, 8.4, 0.572, 0.089, 15.2, 0.136, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7154 observations" / source= '0317-570', 'J0318-5650' RA= 03:18:57.803359 DEC= -56:50:37.47032 RAER= 0.86 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0315+291', 'J0319+2922' RA= 03:19:00.110425 DEC= +29:22:19.17990 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.060, 5.0, 0.202, 0.152, 8.4, 0.147, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '0316-164', 'J0319-1613' RA= 03:19:05.527996 DEC= -16:13:47.04752 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.136, 5.0, 0.213, 0.168, 8.4, 0.184, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '0315+389', 'J0319+3905' RA= 03:19:06.982061 DEC= +39:05:19.94831 RAER= 0.19 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.042, 5.0, 0.117, 0.034, 8.4, 0.146, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0316+159', 'J0319+1609' RA= 03:19:20.681790 DEC= +16:09:34.53576 RAER= 0.29 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0314+696', 'J0319+6949' RA= 03:19:22.070902 DEC= +69:49:25.61786 RAER= 0.38 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.141, 8.4, 0.175, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '0316+308', 'J0319+3101' RA= 03:19:24.011234 DEC= +31:01:44.44541 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.029, 8.4, 0.108, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '0316+413', 'J0319+4130' RA= 03:19:48.160164 DEC= +41:30:42.10682 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 35.245, 2.075, 5.0, 24.606, 1.443, 8.4, 20.372, 1.801, 15.2, 22.241, 1.605 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25094 observations" / source= '0317+188', 'J0319+1901' RA= 03:19:51.256724 DEC= +19:01:31.29107 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.678, 0.383, 8.4, 0.420, 0.258, 15.2, 0.240, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1778 observations" / source= '0317+185', 'J0319+1845' RA= 03:19:51.808293 DEC= +18:45:34.56292 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0316+515', 'J0319+5142' RA= 03:19:56.052683 DEC= +51:42:28.79323 RAER= 0.76 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.037, 8.4, 0.042, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0318-384', 'J0319-3815' RA= 03:19:56.997359 DEC= -38:15:26.11458 RAER= 1.41 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.028, 8.4, 0.023, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0317+037', 'J0319+0355' RA= 03:19:58.775908 DEC= +03:55:56.01904 RAER= 0.54 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.047, 8.4, 0.058, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0317+118', 'J0320+1202' RA= 03:20:14.980618 DEC= +12:02:53.44282 RAER= 0.70 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.060, 8.4, 0.072, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0314+725', 'J0320+7244' RA= 03:20:15.024926 DEC= +72:44:49.59031 RAER= 1.67 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0318-172', 'J0320-1702' RA= 03:20:19.107200 DEC= -17:02:39.13116 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.098, 8.4, 0.168, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '0317-086', 'J0320-0826' RA= 03:20:22.292381 DEC= -08:26:59.41484 RAER= 3.14 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0317-023', 'J0320-0208' RA= 03:20:28.610702 DEC= -02:08:38.95660 RAER= 0.45 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.013, 8.4, 0.061, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0317+040', 'J0320+0414' RA= 03:20:31.028975 DEC= +04:14:22.86954 RAER= 0.51 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.018, 8.4, 0.051, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0317+429', 'J0320+4306' RA= 03:20:31.192253 DEC= +43:06:51.91714 RAER= 0.52 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0317+428', 'J0320+4304' RA= 03:20:38.168081 DEC= +43:04:45.27932 RAER= 0.50 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '0317+481', 'J0320+4818' RA= 03:20:40.089063 DEC= +48:18:01.25509 RAER= 0.88 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.033, 8.4, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0317+272', 'J0320+2727' RA= 03:20:40.163850 DEC= +27:27:48.42031 RAER= 0.51 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0316+620', 'J0320+6215' RA= 03:20:45.771041 DEC= +62:15:07.35452 RAER= 1.65 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.007, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0318-388', 'J0320-3837' RA= 03:20:46.404340 DEC= -38:37:28.49624 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.083, 5.0, 0.134, 0.107, 8.4, 0.109, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 321 observations" / source= '0315+733', 'J0320+7331' RA= 03:20:52.483506 DEC= +73:31:13.52776 RAER= 1.93 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.013, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0317+553', 'J0320+5532' RA= 03:20:52.644450 DEC= +55:32:26.83635 RAER= 1.18 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.017, 8.4, 0.034, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0315+73B', 'J0320+7329' RA= 03:20:55.602840 DEC= +73:29:57.58526 RAER= 4.82 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0318-083', 'J0321-0812' RA= 03:21:04.230517 DEC= -08:12:57.32636 RAER= 1.22 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0318-017', 'J0321-0136' RA= 03:21:09.950602 DEC= -01:36:32.22139 RAER= 1.20 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.012, 8.4, 0.016, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0319-214', 'J0321-2113' RA= 03:21:21.998320 DEC= -21:13:35.68775 RAER= 1.45 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.022, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0318-075', 'J0321-0722' RA= 03:21:22.084929 DEC= -07:22:17.06421 RAER= 1.01 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.028, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0318+162', 'J0321+1624' RA= 03:21:23.769054 DEC= +16:24:27.09448 RAER= 0.79 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.032, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0317+550', 'J0321+5513' RA= 03:21:24.581594 DEC= +55:13:00.63863 RAER= 1.46 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.005, 8.4, 0.059, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0318+179', 'J0321+1806' RA= 03:21:25.936973 DEC= +18:06:09.92705 RAER= 0.50 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0318+063', 'J0321+0629' RA= 03:21:27.668032 DEC= +06:29:26.13676 RAER= 0.53 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.065, 8.4, 0.107, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0319-315', 'J0321-3122' RA= 03:21:28.740382 DEC= -31:22:56.33430 RAER= 0.25 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.084, 8.4, 0.100, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '0319-298', 'J0321-2940' RA= 03:21:28.830939 DEC= -29:40:46.29075 RAER= 0.37 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.464, 0.054, 5.0, 0.375, 0.019, 8.4, 0.203, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '0319-129', 'J0321-1249' RA= 03:21:29.346972 DEC= -12:49:01.73040 RAER= 1.24 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0318+042', 'J0321+0426' RA= 03:21:30.721845 DEC= +04:26:27.77197 RAER= 0.83 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0318+438', 'J0321+4359' RA= 03:21:36.868223 DEC= +43:59:22.48358 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.071, 8.4, 0.161, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 465 observations" / source= '0319+081', 'J0321+0817' RA= 03:21:46.478267 DEC= +08:17:51.76552 RAER= 2.15 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0319-105', 'J0321-1022' RA= 03:21:49.582631 DEC= -10:22:33.97847 RAER= 1.29 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.011, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0319+121', 'J0321+1221' RA= 03:21:53.103510 DEC= +12:21:13.95377 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.523, 0.903, 5.0, 1.531, 0.879, 8.4, 0.801, 0.361 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3503 observations" / source= '0319-056', 'J0321-0526' RA= 03:21:59.870361 DEC= -05:26:12.42906 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.097, 8.4, 0.179, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0319+234', 'J0321+2336' RA= 03:21:59.970326 DEC= +23:36:11.20749 RAER= 0.20 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.043, 5.0, 0.036, 0.026, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '0319-096', 'J0322-0926' RA= 03:22:01.513697 DEC= -09:26:40.74786 RAER= 1.78 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0318+378', 'J0322+3803' RA= 03:22:10.557896 DEC= +38:03:30.18949 RAER= 1.13 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0319+177', 'J0322+1756' RA= 03:22:11.902476 DEC= +17:56:16.86622 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.018, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0320-351', 'J0322-3458' RA= 03:22:13.010387 DEC= -34:58:32.22638 RAER= 18.58 DECER= 39.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0320-466', 'J0322-4626' RA= 03:22:13.309352 DEC= -46:26:49.33972 RAER= 2.90 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0319-133', 'J0322-1312' RA= 03:22:15.147090 DEC= -13:12:58.10470 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.051, 8.4, 0.070, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '0317+687', 'J0322+6852' RA= 03:22:25.571559 DEC= +68:52:50.25304 RAER= 7.69 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.023, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0318+460', 'J0322+4611' RA= 03:22:25.878551 DEC= +46:11:15.63905 RAER= 1.29 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.053, 8.4, 0.068, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0317+659', 'J0322+6610' RA= 03:22:27.228878 DEC= +66:10:28.30015 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.210, 8.4, 0.215, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 764 observations" / source= '0320-389', 'J0322-3848' RA= 03:22:27.988925 DEC= -38:48:39.97209 RAER= 41.39 DECER= 58.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0319+098', 'J0322+0959' RA= 03:22:32.223518 DEC= +09:59:23.54170 RAER= 0.84 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0319+150', 'J0322+1513' RA= 03:22:37.069787 DEC= +15:13:51.10832 RAER= 0.60 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.054, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0320-137', 'J0322-1335' RA= 03:22:38.484525 DEC= -13:35:18.06067 RAER= 0.86 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0319+293', 'J0322+2933' RA= 03:22:43.563117 DEC= +29:33:54.95493 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.013, 8.4, 0.068, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0320-032', 'J0322-0303' RA= 03:22:47.600900 DEC= -03:03:40.56126 RAER= 1.30 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0320+070', 'J0322+0711' RA= 03:22:48.769740 DEC= +07:11:03.53138 RAER= 1.78 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0319+503', 'J0322+5033' RA= 03:22:49.002312 DEC= +50:33:15.09117 RAER= 1.38 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.029, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0319+396', 'J0322+3948' RA= 03:22:51.830044 DEC= +39:48:02.25947 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.045, 8.4, 0.093, 0.059, 15.2, 0.081, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '0319+233', 'J0322+2334' RA= 03:22:52.787006 DEC= +23:34:11.90561 RAER= 1.14 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.015, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0320+095', 'J0322+0941' RA= 03:22:54.577115 DEC= +09:41:02.25502 RAER= 0.53 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.049, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0319+545', 'J0322+5446' RA= 03:22:54.718464 DEC= +54:46:40.14188 RAER= 1.31 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.048, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0320+218', 'J0322+2204' RA= 03:22:56.900440 DEC= +22:04:08.50641 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.041, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 275 observations" / source= '0322-606', 'J0323-6026' RA= 03:23:08.459207 DEC= -60:26:31.73292 RAER= 0.43 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0320+015', 'J0323+0145' RA= 03:23:09.872322 DEC= +01:45:50.50690 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.545, 0.339, 8.4, 0.297, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '0320+045', 'J0323+0446' RA= 03:23:14.722782 DEC= +04:46:12.57329 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.090, 8.4, 0.107, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '0320+053', 'J0323+0534' RA= 03:23:20.260278 DEC= +05:34:11.87159 RAER= 2.14 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.666, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0321-231', 'J0323-2255' RA= 03:23:43.273316 DEC= -22:55:27.58444 RAER= 1.15 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0318+740', 'J0323+7413' RA= 03:23:43.370297 DEC= +74:13:29.29591 RAER= 3.35 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.012, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0321-013', 'J0323-0111' RA= 03:23:43.618903 DEC= -01:11:46.21067 RAER= 0.45 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, n/a, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '0321+237', 'J0324+2352' RA= 03:24:01.036021 DEC= +23:52:41.54370 RAER= 0.42 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.030, 8.4, 0.042, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0324-735', 'J0324-7320' RA= 03:24:03.819896 DEC= -73:20:47.26987 RAER= 0.79 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.131, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0321-109', 'J0324-1044' RA= 03:24:04.025308 DEC= -10:44:57.98718 RAER= 0.60 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0322-555', 'J0324-5520' RA= 03:24:05.548430 DEC= -55:20:54.14048 RAER= 2.52 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0322-230', 'J0324-2254' RA= 03:24:17.553236 DEC= -22:54:17.92597 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.089, 8.4, 0.086, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '0322-133', 'J0324-1310' RA= 03:24:30.906406 DEC= -13:10:02.96708 RAER= 0.85 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0321+257', 'J0324+2557' RA= 03:24:31.018808 DEC= +25:57:04.91419 RAER= 0.44 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.061, 8.4, 0.068, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0321+340', 'J0324+3410' RA= 03:24:41.161314 DEC= +34:10:45.85743 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.469, 0.183, 8.4, 0.301, 0.134, 15.2, 0.304, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 859 observations" / source= '0322-294', 'J0324-2918' RA= 03:24:44.295378 DEC= -29:18:21.21735 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.109, 8.4, 0.172, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2824 observations" / source= '0322-208', 'J0324-2043' RA= 03:24:51.348773 DEC= -20:43:24.24706 RAER= 0.55 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.008, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0322+046', 'J0324+0446' RA= 03:24:56.177506 DEC= +04:46:40.99065 RAER= 2.50 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0319+726', 'J0324+7251' RA= 03:24:56.467195 DEC= +72:51:00.53497 RAER= 3.28 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0322-218', 'J0325-2140' RA= 03:25:00.813292 DEC= -21:40:41.30252 RAER= 0.79 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0322+230', 'J0325+2311' RA= 03:25:02.373295 DEC= +23:11:41.76879 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.051, 8.4, 0.084, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0322+098', 'J0325+1001' RA= 03:25:03.873310 DEC= +10:01:08.21674 RAER= 0.84 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0322+111', 'J0325+1120' RA= 03:25:10.169918 DEC= +11:20:14.61751 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.050, 8.4, 0.081, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0323-244', 'J0325-2415' RA= 03:25:13.344639 DEC= -24:15:48.05325 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.154, 8.4, 0.187, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '0322+333', 'J0325+3332' RA= 03:25:17.582717 DEC= +33:32:43.72437 RAER= 0.85 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0321+467', 'J0325+4655' RA= 03:25:20.303884 DEC= +46:55:06.63471 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.153, 8.4, 0.266, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '0322+347', 'J0325+3457' RA= 03:25:20.915672 DEC= +34:57:16.75264 RAER= 0.82 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.049, 8.4, 0.063, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0324-566', 'J0325-5629' RA= 03:25:22.672615 DEC= -56:29:04.97518 RAER= 2.58 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, n/a, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0324-567', 'J0325-5635' RA= 03:25:23.525971 DEC= -56:35:44.65280 RAER= 2.99 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, n/a, 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0322-007', 'J0325-0033' RA= 03:25:24.438994 DEC= -00:33:11.68442 RAER= 0.95 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0322+369', 'J0325+3706' RA= 03:25:26.528837 DEC= +37:06:53.36704 RAER= 9.40 DECER= 11.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0323-394', 'J0325-3915' RA= 03:25:29.334244 DEC= -39:15:39.73491 RAER= 10.38 DECER= 32.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.029, 8.4, 0.025, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0322+222', 'J0325+2224' RA= 03:25:36.814356 DEC= +22:24:00.36559 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.706, 0.440, 5.0, 0.629, 0.364, 8.4, 0.739, 0.485, 15.2, 0.755, 0.533 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68816 observations" / source= '0323-169', 'J0325-1646' RA= 03:25:41.096710 DEC= -16:46:16.85546 RAER= 0.43 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0322+342', 'J0325+3424' RA= 03:25:41.937586 DEC= +34:24:59.31965 RAER= 1.41 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.015, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0323+095', 'J0325+0944' RA= 03:25:45.702817 DEC= +09:44:29.30190 RAER= 0.82 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0324-489', 'J0325-4847' RA= 03:25:51.904161 DEC= -48:47:33.40239 RAER= 2.04 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.466, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0323-182', 'J0325-1801' RA= 03:25:53.230858 DEC= -18:01:57.94741 RAER= 12.58 DECER= 16.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0323-189', 'J0325-1844' RA= 03:25:54.586573 DEC= -18:44:11.63638 RAER= 0.54 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.045, 8.4, 0.073, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0324-379', 'J0326-3746' RA= 03:26:03.000471 DEC= -37:46:09.18081 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.067, 5.0, 0.088, n/a, 8.4, 0.086, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '0323-121', 'J0326-1156' RA= 03:26:10.778448 DEC= -11:56:22.59746 RAER= 0.55 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.034, 8.4, 0.086, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0323+022', 'J0326+0225' RA= 03:26:13.948300 DEC= +02:25:14.67638 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.041, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0324-328', 'J0326-3243' RA= 03:26:15.045599 DEC= -32:43:25.03905 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.054, 5.0, 0.063, 0.044, 8.4, 0.080, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0321+660', 'J0326+6611' RA= 03:26:20.575158 DEC= +66:11:02.98744 RAER= 0.91 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.081, 8.4, 0.120, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0323+392', 'J0326+3926' RA= 03:26:21.888345 DEC= +39:26:49.90703 RAER= 1.94 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0323+348', 'J0326+3501' RA= 03:26:24.085657 DEC= +35:01:29.42638 RAER= 0.47 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.035, 8.4, 0.074, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0323+094', 'J0326+0940' RA= 03:26:25.127410 DEC= +09:40:13.47531 RAER= 0.26 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0324-293', 'J0326-2909' RA= 03:26:27.237760 DEC= -29:09:37.65495 RAER= 0.45 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, 0.158, 8.4, 0.102, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0323+151', 'J0326+1521' RA= 03:26:31.632810 DEC= +15:21:26.74629 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.058, 8.4, 0.090, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0324-084', 'J0326-0813' RA= 03:26:31.655672 DEC= -08:13:48.56354 RAER= 0.59 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.031, 8.4, 0.060, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0323+285', 'J0326+2842' RA= 03:26:35.432640 DEC= +28:42:52.58464 RAER= 3.14 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.063, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0322+574', 'J0326+5739' RA= 03:26:40.074640 DEC= +57:39:18.22987 RAER= 201.83 DECER= 140.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0324-342', 'J0326-3403' RA= 03:26:44.126507 DEC= -34:03:27.81608 RAER= 0.89 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.024, 8.4, 0.016, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0323+430', 'J0326+4310' RA= 03:26:46.204248 DEC= +43:10:54.98774 RAER= 0.43 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.040, 8.4, 0.060, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0324-078', 'J0326-0738' RA= 03:26:50.295997 DEC= -07:38:40.11976 RAER= 1.30 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0324-089', 'J0326-0847' RA= 03:26:54.235557 DEC= -08:47:15.61295 RAER= 1.54 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0324+201', 'J0326+2019' RA= 03:26:55.136766 DEC= +20:19:51.99206 RAER= 0.89 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0325-330', 'J0327-3254' RA= 03:27:00.457489 DEC= -32:54:19.29791 RAER= 5.08 DECER= 15.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0324+321', 'J0327+3219' RA= 03:27:07.744091 DEC= +32:19:02.81029 RAER= 0.79 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0324-08A', 'J0327-0814' RA= 03:27:19.885467 DEC= -08:14:57.71683 RAER= 0.70 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.028, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0324+119', 'J0327+1208' RA= 03:27:22.975473 DEC= +12:08:35.34771 RAER= 0.45 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035, 8.4, 0.071, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0324+376', 'J0327+3751' RA= 03:27:24.086665 DEC= +37:51:37.28098 RAER= 1.30 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.039, 8.4, 0.043, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0325-156', 'J0327-1529' RA= 03:27:27.265097 DEC= -15:29:25.38394 RAER= 16.08 DECER= 17.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0325-356', 'J0327-3527' RA= 03:27:27.997760 DEC= -35:27:22.12262 RAER= 2.21 DECER= 7.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0325-289', 'J0327-2846' RA= 03:27:34.011587 DEC= -28:46:21.33023 RAER= 1.11 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.027, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0325-182', 'J0327-1803' RA= 03:27:43.341613 DEC= -18:03:42.02791 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.077, 8.4, 0.130, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '0323+552', 'J0327+5522' RA= 03:27:44.656570 DEC= +55:22:28.48939 RAER= 1.27 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0325+023', 'J0327+0233' RA= 03:27:54.194992 DEC= +02:33:41.98279 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.068, 5.0, 0.127, 0.024, 8.4, 0.172, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 733 observations" / source= '0326-376', 'J0327-3729' RA= 03:27:54.774926 DEC= -37:29:09.18479 RAER= 15.21 DECER= 40.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0325+005', 'J0327+0044' RA= 03:27:59.215526 DEC= +00:44:22.72650 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.168, 8.4, 0.261, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 747 observations" / source= '0325-222', 'J0327-2202' RA= 03:27:59.923987 DEC= -22:02:06.39535 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.524, 0.266, 5.0, 0.427, 0.120, 8.4, 0.363, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0325-236', 'J0328-2329' RA= 03:28:06.709899 DEC= -23:29:59.59184 RAER= 0.68 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0324+549', 'J0328+5509' RA= 03:28:11.458249 DEC= +55:09:10.90743 RAER= 2.66 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0324+585', 'J0328+5842' RA= 03:28:19.851076 DEC= +58:42:43.84976 RAER= 0.82 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0324+430', 'J0328+4310' RA= 03:28:21.346861 DEC= +43:10:42.15855 RAER= 1.00 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0325+179', 'J0328+1808' RA= 03:28:23.558563 DEC= +18:08:18.39514 RAER= 1.03 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0324+628', 'J0328+6258' RA= 03:28:33.998070 DEC= +62:58:37.75241 RAER= 1.04 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.074, 8.4, 0.139, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0326-288', 'J0328-2841' RA= 03:28:36.518008 DEC= -28:41:55.94868 RAER= 2.05 DECER= 7.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0325+314', 'J0328+3139' RA= 03:28:43.208076 DEC= +31:39:12.02782 RAER= 0.52 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.024, 8.4, 0.059, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0325+256', 'J0328+2552' RA= 03:28:44.348709 DEC= +25:52:08.39815 RAER= 0.21 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.033, 8.4, 0.052, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '0325+395', 'J0328+3940' RA= 03:28:50.312090 DEC= +39:40:44.56637 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.100, 8.4, 0.166, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2683 observations" / source= '0323+743', 'J0328+7429' RA= 03:28:50.569592 DEC= +74:29:45.20928 RAER= 3.03 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0326-164', 'J0328-1615' RA= 03:28:56.682960 DEC= -16:15:11.56909 RAER= 0.58 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.047, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0325+273', 'J0328+2732' RA= 03:28:57.193605 DEC= +27:32:27.49948 RAER= 0.80 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.049, 8.4, 0.056, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0326-325', 'J0328-3225' RA= 03:28:57.224668 DEC= -32:25:40.54598 RAER= 26.53 DECER= 62.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0326+349', 'J0329+3510' RA= 03:29:15.354907 DEC= +35:10:05.99096 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.605, 0.296, 8.4, 0.514, 0.236, 15.2, 0.521, 0.349 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '0325+427', 'J0329+4256' RA= 03:29:19.373569 DEC= +42:56:22.47823 RAER= 2.93 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.011, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0326+396', 'J0329+3947' RA= 03:29:23.886637 DEC= +39:47:31.96114 RAER= 0.42 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.066, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '0326+367', 'J0329+3654' RA= 03:29:24.013687 DEC= +36:54:10.47962 RAER= 1.62 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.055, 8.4, 0.054, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0327-249', 'J0329-2444' RA= 03:29:34.216695 DEC= -24:44:26.43125 RAER= 0.93 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0327-247', 'J0329-2435' RA= 03:29:38.364351 DEC= -24:35:52.38841 RAER= 1.66 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0327-427', 'J0329-4232' RA= 03:29:42.919962 DEC= -42:32:43.34848 RAER= 4.16 DECER= 19.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0326+208', 'J0329+2103' RA= 03:29:49.547517 DEC= +21:03:55.27011 RAER= 0.62 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0327-046', 'J0329-0430' RA= 03:29:51.701928 DEC= -04:30:57.48676 RAER= 3.48 DECER= 6.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0327-102', 'J0329-1002' RA= 03:29:53.797842 DEC= -10:02:54.23915 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.107, 8.4, 0.140, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 272 observations" / source= '0327-241', 'J0329-2357' RA= 03:29:54.075543 DEC= -23:57:08.77333 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.547, 0.371, 5.0, 0.825, 0.572, 8.4, 0.776, 0.314 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1638 observations" / source= '0326+278', 'J0329+2756' RA= 03:29:57.669406 DEC= +27:56:15.49926 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.179, 0.268, 8.4, 0.482, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2874 observations" / source= '0328-359', 'J0330-3546' RA= 03:30:05.840047 DEC= -35:46:24.49024 RAER= 7.75 DECER= 28.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0327+303', 'J0330+3032' RA= 03:30:09.143254 DEC= +30:32:49.45900 RAER= 3.85 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0326+440', 'J0330+4413' RA= 03:30:18.123302 DEC= +44:13:00.59999 RAER= 0.96 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0324+763', 'J0330+7633' RA= 03:30:19.673287 DEC= +76:33:19.89027 RAER= 2.69 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.042, 8.4, 0.057, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0327-078', 'J0330-0740' RA= 03:30:23.115275 DEC= -07:40:52.55255 RAER= 0.42 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.046, 8.4, 0.081, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0325+716', 'J0330+7150' RA= 03:30:24.979671 DEC= +71:50:13.23579 RAER= 23.91 DECER= 12.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0326+500', 'J0330+5015' RA= 03:30:25.393066 DEC= +50:15:26.88139 RAER= 4.86 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0327+298', 'J0330+3004' RA= 03:30:27.748556 DEC= +30:04:05.17995 RAER= 3.33 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0327+467', 'J0330+4656' RA= 03:30:32.627363 DEC= +46:56:23.29289 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.246, 0.128, 8.4, 0.199, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '0328-207', 'J0330-2033' RA= 03:30:34.150068 DEC= -20:33:08.76108 RAER= 0.84 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0328-060', 'J0330-0551' RA= 03:30:34.509444 DEC= -05:51:22.65191 RAER= 0.54 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.050, 8.4, 0.039, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0327+364', 'J0330+3639' RA= 03:30:34.765707 DEC= +36:39:41.03845 RAER= 0.30 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.400, 0.060, 8.4, 0.111, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0327+221', 'J0330+2219' RA= 03:30:41.117582 DEC= +22:19:30.95304 RAER= 4.91 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0328+044', 'J0330+0440' RA= 03:30:43.913938 DEC= +04:40:04.63723 RAER= 0.59 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0328+008', 'J0330+0103' RA= 03:30:46.910195 DEC= +01:03:33.67306 RAER= 1.33 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0328-242', 'J0330-2406' RA= 03:30:50.033621 DEC= -24:06:12.04180 RAER= 1.06 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0329-404', 'J0330-4014' RA= 03:30:51.103984 DEC= -40:14:16.59769 RAER= 0.26 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.584, 0.236, 8.4, 0.322, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 204 observations" / source= '0328-276', 'J0330-2730' RA= 03:30:51.428191 DEC= -27:30:14.08166 RAER= 170.66 DECER= 108.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0328-192', 'J0330-1905' RA= 03:30:57.843284 DEC= -19:05:59.56090 RAER= 1.62 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0329-385', 'J0331-3824' RA= 03:31:06.378021 DEC= -38:24:04.65568 RAER= 1.00 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.053, 8.4, 0.049, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0329-255', 'J0331-2524' RA= 03:31:08.920639 DEC= -25:24:43.26620 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.146, 8.4, 0.211, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '0329-432', 'J0331-4302' RA= 03:31:12.198841 DEC= -43:02:09.17057 RAER= 1.67 DECER= 5.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.080, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0330-620', 'J0331-6155' RA= 03:31:18.449233 DEC= -61:55:28.99366 RAER= 3.30 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '0328-048', 'J0331-0439' RA= 03:31:20.209430 DEC= -04:39:25.35233 RAER= 1.03 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.019, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0327+612', 'J0331+6124' RA= 03:31:22.312387 DEC= +61:24:47.53683 RAER= 2.50 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.018, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0329-269', 'J0331-2645' RA= 03:31:29.956963 DEC= -26:45:47.31956 RAER= 1.08 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.018, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0329-187', 'J0331-1835' RA= 03:31:33.732646 DEC= -18:35:06.82244 RAER= 0.30 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '0329-122', 'J0331-1202' RA= 03:31:34.110654 DEC= -12:02:15.40365 RAER= 0.73 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.009, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0329-063', 'J0331-0612' RA= 03:31:41.089932 DEC= -06:12:48.00866 RAER= 0.81 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0329-094', 'J0331-0914' RA= 03:31:41.809217 DEC= -09:14:07.52122 RAER= 5.00 DECER= 5.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0328+440', 'J0331+4413' RA= 03:31:42.604028 DEC= +44:13:11.00150 RAER= 6.38 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0328+479', 'J0331+4806' RA= 03:31:44.874404 DEC= +48:06:09.27480 RAER= 0.50 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.033, 8.4, 0.056, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0328+238', 'J0331+2403' RA= 03:31:47.478030 DEC= +24:03:10.19176 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.026, 5.0, 0.098, 0.041, 8.4, 0.084, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0329-142', 'J0331-1403' RA= 03:31:47.974939 DEC= -14:03:53.70875 RAER= 0.73 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0328+423', 'J0331+4229' RA= 03:31:49.143953 DEC= +42:29:39.87421 RAER= 2.61 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0329-110', 'J0331-1051' RA= 03:31:50.756686 DEC= -10:51:55.50636 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.177, 8.4, 0.154, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '0327+629', 'J0331+6308' RA= 03:31:53.916155 DEC= +63:08:14.16104 RAER= 1.04 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0328+309', 'J0331+3104' RA= 03:31:54.295899 DEC= +31:04:40.82615 RAER= 0.67 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0328+513', 'J0331+5131' RA= 03:31:58.569280 DEC= +51:31:05.47529 RAER= 2.00 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0329+174', 'J0332+1736' RA= 03:32:01.950903 DEC= +17:36:01.75765 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.005, 8.4, 0.030, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231 observations" / source= '0327+621', 'J0332+6221' RA= 03:32:05.814034 DEC= +62:21:42.47014 RAER= 9.74 DECER= 7.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0329+029', 'J0332+0305' RA= 03:32:07.424294 DEC= +03:05:29.24212 RAER= 9.87 DECER= 8.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0330-177', 'J0332-1734' RA= 03:32:20.211497 DEC= -17:34:53.72484 RAER= 0.88 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0329+232', 'J0332+2324' RA= 03:32:22.522749 DEC= +23:24:19.75661 RAER= 0.23 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.038, 8.4, 0.048, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '0330-114', 'J0332-1119' RA= 03:32:23.267979 DEC= -11:19:50.61276 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0330-064', 'J0332-0617' RA= 03:32:40.997977 DEC= -06:17:46.83587 RAER= 0.54 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.024, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0333-729', 'J0332-7249' RA= 03:32:43.000085 DEC= -72:49:04.52496 RAER= 0.71 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0331-451', 'J0332-4455' RA= 03:32:44.106724 DEC= -44:55:57.31078 RAER= 1.81 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.254 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0329+210', 'J0332+2114' RA= 03:32:44.906742 DEC= +21:14:24.06788 RAER= 2.68 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0329+461', 'J0332+4621' RA= 03:32:48.266618 DEC= +46:21:11.04100 RAER= 1.62 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0329+488', 'J0332+4902' RA= 03:32:51.823284 DEC= +49:02:34.28262 RAER= 0.63 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.070, 8.4, 0.075, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0330+157', 'J0332+1556' RA= 03:32:52.026308 DEC= +15:56:56.41757 RAER= 1.27 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0329+275', 'J0332+2742' RA= 03:32:56.285130 DEC= +27:42:14.66219 RAER= 0.95 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0328+677', 'J0332+6753' RA= 03:32:59.523274 DEC= +67:53:03.87058 RAER= 1.10 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.064, 8.4, 0.075, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 321 observations" / source= '0328+623', 'J0333+6232' RA= 03:33:00.488996 DEC= +62:32:11.93233 RAER= 1.41 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0331-323', 'J0333-3208' RA= 03:33:03.879800 DEC= -32:08:53.89781 RAER= 2.03 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.030, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0330+148', 'J0333+1458' RA= 03:33:12.904973 DEC= +14:58:31.05293 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 304 observations" / source= '0330+023', 'J0333+0231' RA= 03:33:21.610950 DEC= +02:31:11.02277 RAER= 0.77 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0330+337', 'J0333+3356' RA= 03:33:23.693433 DEC= +33:56:37.14309 RAER= 0.89 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0330+411', 'J0333+4121' RA= 03:33:27.444811 DEC= +41:21:58.21121 RAER= 7.12 DECER= 6.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0331-382', 'J0333-3807' RA= 03:33:29.833458 DEC= -38:07:11.62878 RAER= 3.11 DECER= 9.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.047, 8.4, 0.053, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0331-055', 'J0333-0523' RA= 03:33:32.166005 DEC= -05:23:00.88864 RAER= 0.42 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.039, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0330+227', 'J0333+2257' RA= 03:33:33.950283 DEC= +22:57:48.17921 RAER= 0.88 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0330+082', 'J0333+0822' RA= 03:33:37.524361 DEC= +08:22:43.48388 RAER= 0.33 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.041, 8.4, 0.071, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0331-313', 'J0333-3113' RA= 03:33:37.747260 DEC= -31:13:14.96995 RAER= 4.20 DECER= 12.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0326+786', 'J0333+7850' RA= 03:33:44.571300 DEC= +78:50:28.55038 RAER= 2.85 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0330+459', 'J0333+4608' RA= 03:33:46.591636 DEC= +46:08:19.47598 RAER= 1.12 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.061, 8.4, 0.096, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0330+399', 'J0333+4006' RA= 03:33:46.818440 DEC= +40:06:38.59500 RAER= 2.32 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0331-290', 'J0333-2855' RA= 03:33:47.577114 DEC= -28:55:36.31439 RAER= 1.00 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.045, 8.4, 0.037, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0330+291', 'J0333+2916' RA= 03:33:49.003709 DEC= +29:16:31.54889 RAER= 0.32 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.032, 8.4, 0.052, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '0330+341', 'J0333+3418' RA= 03:33:50.012876 DEC= +34:18:35.63111 RAER= 0.73 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.024, 8.4, 0.071, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0330+445', 'J0333+4441' RA= 03:33:52.207459 DEC= +44:41:34.32801 RAER= 7.11 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0329+654', 'J0333+6536' RA= 03:33:56.737781 DEC= +65:36:56.18497 RAER= 0.35 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.072, 5.0, 0.037, 0.034, 8.4, 0.077, 0.053, 15.2, 0.059, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 685 observations" / source= '0332-391', 'J0334-3900' RA= 03:34:03.322154 DEC= -39:00:36.21718 RAER= 6.64 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0331+022', 'J0334+0226' RA= 03:34:09.947805 DEC= +02:26:09.65019 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.039, 5.0, 0.031, 0.023, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '0332-403', 'J0334-4008' RA= 03:34:13.654485 DEC= -40:08:25.39804 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.252, 1.041, 5.0, 2.151, 1.858, 8.4, 1.194, 0.583 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66033 observations" / source= '0332-375', 'J0334-3725' RA= 03:34:15.424911 DEC= -37:25:43.06419 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.368, 8.4, 0.457, 0.396 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 580 observations" / source= '0331-013', 'J0334-0110' RA= 03:34:15.579170 DEC= -01:10:56.16588 RAER= 10.50 DECER= 12.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0331+391', 'J0334+3921' RA= 03:34:18.415012 DEC= +39:21:24.40652 RAER= 0.33 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '0330+460', 'J0334+4611' RA= 03:34:23.190875 DEC= +46:11:52.21967 RAER= 0.68 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0331-020', 'J0334-0153' RA= 03:34:27.245809 DEC= -01:53:57.84363 RAER= 1.61 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0329+707', 'J0334+7055' RA= 03:34:29.783078 DEC= +70:55:13.51259 RAER= 1.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.090, 8.4, 0.121, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0330+651', 'J0334+6517' RA= 03:34:35.649533 DEC= +65:17:30.36222 RAER= 2.65 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.015, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0331+269', 'J0334+2707' RA= 03:34:42.480645 DEC= +27:07:20.85419 RAER= 1.26 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.009, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0332+078', 'J0334+0800' RA= 03:34:53.316684 DEC= +08:00:14.41906 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.214, 5.0, 0.468, 0.437, 8.4, 0.322, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11002 observations" / source= '0331+544', 'J0334+5437' RA= 03:34:55.954419 DEC= +54:37:23.55806 RAER= 1.74 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.020, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0332-007', 'J0334-0036' RA= 03:34:59.987146 DEC= -00:36:55.76361 RAER= 17.14 DECER= 9.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0330+693', 'J0335+6928' RA= 03:35:03.031323 DEC= +69:28:50.56534 RAER= 3.31 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0332+273', 'J0335+2733' RA= 03:35:08.053632 DEC= +27:33:26.75908 RAER= 0.46 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0332-118', 'J0335-1142' RA= 03:35:08.200306 DEC= -11:42:10.40448 RAER= 3.24 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0332+287', 'J0335+2853' RA= 03:35:11.930810 DEC= +28:53:24.10950 RAER= 1.53 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0333-451', 'J0335-4459' RA= 03:35:13.882830 DEC= -44:59:43.72041 RAER= 1.30 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0332-020', 'J0335-0155' RA= 03:35:14.450523 DEC= -01:55:57.22023 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.026, 8.4, 0.086, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0332+418', 'J0335+4203' RA= 03:35:24.292855 DEC= +42:03:52.33795 RAER= 1.53 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0333-274', 'J0335-2719' RA= 03:35:27.506894 DEC= -27:19:50.73079 RAER= 1.81 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0334-487', 'J0335-4837' RA= 03:35:35.789109 DEC= -48:37:19.42373 RAER= 1.75 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0332+404', 'J0335+4038' RA= 03:35:38.737853 DEC= +40:38:29.21359 RAER= 0.75 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.066, 8.4, 0.046, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0333-314', 'J0335-3119' RA= 03:35:40.548449 DEC= -31:19:02.33114 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.033, 8.4, 0.213, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '0333-152', 'J0335-1502' RA= 03:35:48.412514 DEC= -15:02:10.33110 RAER= 4.41 DECER= 6.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0333-249', 'J0335-2445' RA= 03:35:49.934813 DEC= -24:45:12.20384 RAER= 0.78 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.040, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0333-276', 'J0335-2727' RA= 03:35:53.359419 DEC= -27:27:41.03271 RAER= 84.91 DECER= 63.67 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0334-546', 'J0335-5430' RA= 03:35:53.924830 DEC= -54:30:25.11494 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.559, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 817 observations" / source= '0333+211', 'J0335+2121' RA= 03:35:55.691306 DEC= +21:21:11.72996 RAER= 2.95 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0333-073', 'J0335-0709' RA= 03:35:57.055123 DEC= -07:09:55.85243 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.052, 8.4, 0.074, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0333+224', 'J0336+2235' RA= 03:36:04.850268 DEC= +22:35:35.19640 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.066, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '0334-269', 'J0336-2644' RA= 03:36:17.627499 DEC= -26:44:18.06846 RAER= 0.69 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.039, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0333-039', 'J0336-0347' RA= 03:36:23.802612 DEC= -03:47:38.60082 RAER= 2.03 DECER= 6.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.037, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0333+128', 'J0336+1302' RA= 03:36:26.678565 DEC= +13:02:32.31322 RAER= 4.83 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0333+321', 'J0336+3218' RA= 03:36:30.107604 DEC= +32:18:29.34219 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.281, 0.653, 5.0, 1.668, 0.488, 8.4, 1.640, 0.863, 15.2, 1.377, 0.560, 22.2, 0.846, 0.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12339 observations" / source= '0334-131', 'J0336-1302' RA= 03:36:35.035808 DEC= -13:02:04.65991 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.289, 0.191, 8.4, 0.385, 0.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3465 observations" / source= '0334-141', 'J0336-1356' RA= 03:36:42.738248 DEC= -13:56:18.63905 RAER= 0.59 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.026, 8.4, 0.124, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0331+700', 'J0336+7014' RA= 03:36:45.062789 DEC= +70:14:36.06637 RAER= 16.34 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0334-207', 'J0336-2036' RA= 03:36:45.611449 DEC= -20:36:37.17125 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.123, 8.4, 0.092, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '0334+004', 'J0336+0035' RA= 03:36:47.256175 DEC= +00:35:13.36047 RAER= 0.55 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.050, 5.0, 0.109, 0.013, 8.4, 0.034, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '0334-052', 'J0336-0506' RA= 03:36:49.194292 DEC= -05:06:13.54814 RAER= 0.87 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0334-156', 'J0336-1529' RA= 03:36:52.438018 DEC= -15:29:09.40769 RAER= 0.59 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.026, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0335-364', 'J0336-3616' RA= 03:36:54.023472 DEC= -36:16:06.22393 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.182, 8.4, 0.302, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '0333+315', 'J0336+3144' RA= 03:36:59.641953 DEC= +31:44:09.41871 RAER= 2.96 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0333+475', 'J0337+4741' RA= 03:37:11.732111 DEC= +47:41:32.08530 RAER= 12.40 DECER= 7.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0334+083', 'J0337+0829' RA= 03:37:12.946532 DEC= +08:29:40.25131 RAER= 0.47 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.028, 8.4, 0.050, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0334+014', 'J0337+0137' RA= 03:37:17.107857 DEC= +01:37:22.74753 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.073, 5.0, 0.117, 0.026, 8.4, 0.068, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '0334+427', 'J0337+4256' RA= 03:37:33.238076 DEC= +42:56:52.34762 RAER= 0.98 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.045, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0334+505', 'J0337+5045' RA= 03:37:43.049440 DEC= +50:45:47.83524 RAER= 1.58 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0333+596', 'J0337+5947' RA= 03:37:43.227720 DEC= +59:47:48.36939 RAER= 1.66 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0335-122', 'J0337-1204' RA= 03:37:55.451541 DEC= -12:04:04.54323 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.088, 8.4, 0.154, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '0334+390', 'J0337+3914' RA= 03:37:59.614569 DEC= +39:14:31.06301 RAER= 0.52 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.072, 8.4, 0.149, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0334+309', 'J0338+3106' RA= 03:38:00.342730 DEC= +31:06:09.79138 RAER= 0.18 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.064, 5.0, 0.194, 0.143, 8.4, 0.115, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 203 observations" / source= '0335+155', 'J0338+1544' RA= 03:38:06.875256 DEC= +15:44:40.85533 RAER= 0.76 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0335+225', 'J0338+2243' RA= 03:38:17.812457 DEC= +22:43:35.98439 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.067, 8.4, 0.103, 0.077, 22.2, 0.134, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '0335-119', 'J0338-1149' RA= 03:38:18.175644 DEC= -11:49:08.24168 RAER= 2.31 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0335+062', 'J0338+0625' RA= 03:38:22.701187 DEC= +06:25:44.27826 RAER= 0.62 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0336-080', 'J0338-0752' RA= 03:38:26.994081 DEC= -07:52:28.97746 RAER= 0.38 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.055, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0335+381', 'J0338+3818' RA= 03:38:27.994545 DEC= +38:18:56.54015 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.079, 8.4, 0.084, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0336-356', 'J0338-3527' RA= 03:38:29.025106 DEC= -35:27:01.65147 RAER= 1.31 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0335+128', 'J0338+1302' RA= 03:38:29.279179 DEC= +13:02:15.44823 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.017, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0335+054', 'J0338+0534' RA= 03:38:36.466787 DEC= +05:34:26.44362 RAER= 0.97 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.021, 8.4, 0.044, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0334+565', 'J0338+5640' RA= 03:38:36.909082 DEC= +56:40:50.05403 RAER= 8.64 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.071, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0336+020', 'J0338+0214' RA= 03:38:52.541156 DEC= +02:14:13.78356 RAER= 0.64 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0336-093', 'J0338-0909' RA= 03:38:55.803448 DEC= -09:09:56.68678 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0336-289', 'J0338-2846' RA= 03:38:59.583689 DEC= -28:46:19.72732 RAER= 1.31 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0334+593', 'J0339+5930' RA= 03:39:00.592559 DEC= +59:30:30.65524 RAER= 0.99 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.033, 8.4, 0.055, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0336-017', 'J0339-0133' RA= 03:39:00.986177 DEC= -01:33:17.60760 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.558, 0.118, 5.0, 0.377, 0.147, 8.4, 0.294, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1704 observations" / source= '0336+050', 'J0339+0515' RA= 03:39:01.680762 DEC= +05:15:40.71387 RAER= 0.76 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.027, 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0335+599', 'J0339+6008' RA= 03:39:09.392656 DEC= +60:08:56.97495 RAER= 0.36 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.089, 5.0, 0.059, 0.032, 8.4, 0.067, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '0336-177', 'J0339-1736' RA= 03:39:13.702798 DEC= -17:36:00.77884 RAER= 0.25 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 216 observations" / source= '0335+496', 'J0339+4951' RA= 03:39:17.246736 DEC= +49:51:08.10303 RAER= 0.99 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0336+256', 'J0339+2549' RA= 03:39:22.661581 DEC= +25:49:09.10634 RAER= 0.71 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.028, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0336-019', 'J0339-0146' RA= 03:39:30.937787 DEC= -01:46:35.80424 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.162, 0.895, 5.0, 2.104, 0.928, 8.4, 1.991, 0.889, 15.2, 2.179, 1.121, 22.2, 2.034, 1.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131701 observations" / source= '0336+469', 'J0339+4707' RA= 03:39:34.161150 DEC= +47:07:49.27658 RAER= 1.14 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.025, 8.4, 0.074, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0337-216', 'J0339-2129' RA= 03:39:39.240471 DEC= -21:29:27.02156 RAER= 0.47 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '0337-225', 'J0339-2224' RA= 03:39:40.189425 DEC= -22:24:46.33617 RAER= 0.39 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.009, 8.4, 0.056, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '0336+133', 'J0339+1329' RA= 03:39:43.846115 DEC= +13:29:03.82764 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.486, 0.174, 5.0, 0.295, 0.122, 8.4, 0.129, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '0336+377', 'J0339+3757' RA= 03:39:48.448115 DEC= +37:57:35.43668 RAER= 0.60 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.063, 8.4, 0.073, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0337-328', 'J0339-3241' RA= 03:39:51.452597 DEC= -32:41:17.81851 RAER= 1.40 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, n/a, 8.4, 0.146, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0337-310', 'J0339-3054' RA= 03:39:55.565595 DEC= -30:54:08.87950 RAER= 0.81 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.038, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0336+262', 'J0339+2623' RA= 03:39:59.137773 DEC= +26:23:04.96612 RAER= 0.97 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.022, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0337-061', 'J0340-0557' RA= 03:40:00.850798 DEC= -05:57:03.74756 RAER= 0.37 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.041, 8.4, 0.078, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0337-004', 'J0340-0016' RA= 03:40:00.950661 DEC= -00:16:58.34097 RAER= 0.79 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.009, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0337-220', 'J0340-2152' RA= 03:40:03.411875 DEC= -21:52:01.54517 RAER= 2.37 DECER= 6.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.038, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0336+539', 'J0340+5405' RA= 03:40:06.489497 DEC= +54:05:38.77793 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.040, 8.4, 0.060, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '0337-129', 'J0340-1249' RA= 03:40:08.519319 DEC= -12:49:05.91941 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.025, 8.4, 0.046, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0338-336', 'J0340-3326' RA= 03:40:09.974407 DEC= -33:26:44.65542 RAER= 55.51 DECER= 73.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0336+473', 'J0340+4732' RA= 03:40:10.788857 DEC= +47:32:27.31494 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.250, 8.4, 0.303, 0.211, 22.2, 0.304, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1759 observations" / source= '0338-294', 'J0340-2917' RA= 03:40:20.289695 DEC= -29:17:50.56523 RAER= 14.59 DECER= 39.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0338-245', 'J0340-2424' RA= 03:40:22.889177 DEC= -24:24:07.37237 RAER= 2.88 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0340-672', 'J0340-6703' RA= 03:40:28.241434 DEC= -67:03:16.50268 RAER= 0.93 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0338-030', 'J0340-0254' RA= 03:40:32.595698 DEC= -02:54:54.23077 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.124, 8.4, 0.210, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '0338-246', 'J0340-2427' RA= 03:40:33.815591 DEC= -24:27:11.49455 RAER= 0.64 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.015, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0338-214', 'J0340-2119' RA= 03:40:35.607852 DEC= -21:19:31.17225 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.574, 0.186, 5.0, 0.556, 0.218, 8.4, 0.586, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11489 observations" / source= '0338-259', 'J0340-2547' RA= 03:40:39.736376 DEC= -25:47:34.20763 RAER= 0.87 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0338-080', 'J0340-0751' RA= 03:40:51.871937 DEC= -07:51:22.32335 RAER= 0.31 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.079, 8.4, 0.064, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0338+074', 'J0340+0735' RA= 03:40:53.736161 DEC= +07:35:24.89172 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.654, 0.142, 5.0, 0.504, 0.119, 8.4, 0.275, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0338-196', 'J0341-1931' RA= 03:41:06.837015 DEC= -19:31:49.87004 RAER= 3.51 DECER= 8.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0338-110', 'J0341-1052' RA= 03:41:09.689411 DEC= -10:52:50.18575 RAER= 0.31 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.072, 8.4, 0.108, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0337+337', 'J0341+3352' RA= 03:41:09.973687 DEC= +33:52:21.64561 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.054, 5.0, 0.079, 0.065, 8.4, 0.091, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 693 observations" / source= '0340-600', 'J0341-5954' RA= 03:41:21.614603 DEC= -59:54:08.90886 RAER= 0.81 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0340-493', 'J0341-4914' RA= 03:41:36.308363 DEC= -49:14:02.66347 RAER= 1.26 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.383, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0337+557', 'J0341+5555' RA= 03:41:48.904736 DEC= +55:55:25.84525 RAER= 1.19 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0338+234', 'J0341+2334' RA= 03:41:49.477484 DEC= +23:34:55.68529 RAER= 0.57 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.043, 8.4, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0339-291', 'J0341-2900' RA= 03:41:50.617437 DEC= -29:00:28.64252 RAER= 4.17 DECER= 8.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0339+152', 'J0341+1526' RA= 03:41:54.174118 DEC= +15:26:36.70094 RAER= 3.27 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0338+256', 'J0341+2547' RA= 03:41:55.407590 DEC= +25:47:03.49200 RAER= 0.63 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.019, 8.4, 0.054, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0339+052', 'J0341+0524' RA= 03:41:56.729991 DEC= +05:24:40.16046 RAER= 0.86 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.014, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0340-330', 'J0342-3256' RA= 03:42:02.098002 DEC= -32:56:13.50375 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.082, 8.4, 0.082, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '0340-372', 'J0342-3703' RA= 03:42:05.406297 DEC= -37:03:21.57393 RAER= 0.96 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.019, 8.4, 0.020, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0339+15A', 'J0342+1524' RA= 03:42:06.460394 DEC= +15:24:11.76673 RAER= 1.31 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.011, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0339-047', 'J0342-0435' RA= 03:42:08.504546 DEC= -04:35:42.09895 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.036, 8.4, 0.052, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0338+480', 'J0342+4809' RA= 03:42:10.352695 DEC= +48:09:46.94027 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.041, 8.4, 0.099, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '0338+388', 'J0342+3859' RA= 03:42:16.268905 DEC= +38:59:06.27606 RAER= 0.17 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.045, 8.4, 0.123, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0339+131', 'J0342+1319' RA= 03:42:17.796715 DEC= +13:19:43.42497 RAER= 0.21 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.036, 5.0, 0.127, 0.080, 8.4, 0.089, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '0339+377', 'J0342+3753' RA= 03:42:22.940728 DEC= +37:53:30.76976 RAER= 0.74 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.071, 8.4, 0.052, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0340-262', 'J0342-2602' RA= 03:42:27.808989 DEC= -26:02:42.76282 RAER= 2.89 DECER= 7.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0339+463', 'J0342+4630' RA= 03:42:39.451817 DEC= +46:30:52.61668 RAER= 1.15 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0340-302', 'J0342-3007' RA= 03:42:40.342827 DEC= -30:07:58.25171 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.045, 5.0, 0.150, 0.112, 8.4, 0.164, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0340-085', 'J0342-0826' RA= 03:42:40.433912 DEC= -08:26:06.67559 RAER= 10.84 DECER= 18.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0340-140', 'J0342-1354' RA= 03:42:44.987903 DEC= -13:54:51.66043 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.118, 8.4, 0.102, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 331 observations" / source= '0338+671', 'J0342+6718' RA= 03:42:51.823011 DEC= +67:18:20.50411 RAER= 1.30 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.021, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0340+132', 'J0342+1322' RA= 03:42:52.178946 DEC= +13:22:53.74548 RAER= 0.36 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0339+306', 'J0342+3047' RA= 03:42:54.594023 DEC= +30:47:48.21647 RAER= 7.46 DECER= 9.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0340-319', 'J0342-3147' RA= 03:42:58.018049 DEC= -31:47:05.81949 RAER= 9.95 DECER= 24.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0341-434', 'J0342-4318' RA= 03:42:58.672610 DEC= -43:18:13.67537 RAER= 3.17 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0339+276', 'J0342+2749' RA= 03:42:58.918024 DEC= +27:49:17.01728 RAER= 0.53 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.054, 8.4, 0.063, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0340-266', 'J0343-2629' RA= 03:43:01.595960 DEC= -26:29:45.54249 RAER= 0.90 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0341-256', 'J0343-2530' RA= 03:43:19.523902 DEC= -25:30:17.40643 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.147, 8.4, 0.162, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 846 observations" / source= '0340+117', 'J0343+1153' RA= 03:43:20.302535 DEC= +11:53:51.24982 RAER= 1.39 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0342-648', 'J0343-6442' RA= 03:43:20.528584 DEC= -64:42:56.03642 RAER= 3.23 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations. No flux information" / source= '0342-632', 'J0343-6303' RA= 03:43:24.841803 DEC= -63:03:37.39530 RAER= 16.92 DECER= 8.44 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0340+362', 'J0343+3622' RA= 03:43:28.952412 DEC= +36:22:12.42969 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.239, 8.4, 0.337, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10295 observations" / source= '0341-149', 'J0343-1450' RA= 03:43:41.333707 DEC= -14:50:05.47710 RAER= 0.58 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.070, 8.4, 0.038, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0341-118', 'J0343-1141' RA= 03:43:41.972293 DEC= -11:41:37.73778 RAER= 1.88 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.016, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0340+137', 'J0343+1356' RA= 03:43:43.044959 DEC= +13:56:41.88124 RAER= 0.30 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.032, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0339+573', 'J0343+5729' RA= 03:43:44.815629 DEC= +57:29:08.52884 RAER= 46.13 DECER= 10.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.044, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0342-528', 'J0343-5241' RA= 03:43:49.327263 DEC= -52:41:16.77828 RAER= 2.17 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.213, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0341+065', 'J0343+0643' RA= 03:43:58.979221 DEC= +06:43:56.19413 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.125, 5.0, 0.197, 0.122, 8.4, 0.144, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '0339+602', 'J0344+6025' RA= 03:44:02.416386 DEC= +60:25:09.38835 RAER= 1.92 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0341+135', 'J0344+1341' RA= 03:44:03.261992 DEC= +13:41:16.51911 RAER= 1.54 DECER= 4.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0340+508', 'J0344+5102' RA= 03:44:17.315120 DEC= +51:02:20.74980 RAER= 2.09 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0342-270', 'J0344-2654' RA= 03:44:19.299044 DEC= -26:54:45.76833 RAER= 0.71 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0339+692', 'J0344+6924' RA= 03:44:19.708241 DEC= +69:24:01.73668 RAER= 1.76 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.071, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0341+158', 'J0344+1559' RA= 03:44:23.172158 DEC= +15:59:43.36908 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.301, 0.201, 8.4, 0.253, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1339 observations" / source= '0342-237', 'J0344-2337' RA= 03:44:24.376678 DEC= -23:37:31.44517 RAER= 0.51 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.019, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '0341+343', 'J0344+3430' RA= 03:44:24.955531 DEC= +34:30:18.01723 RAER= 1.54 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0341+173', 'J0344+1729' RA= 03:44:31.361784 DEC= +17:29:08.81139 RAER= 0.76 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0341+266', 'J0344+2649' RA= 03:44:32.339289 DEC= +26:49:22.40275 RAER= 0.48 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0339+651', 'J0344+6518' RA= 03:44:32.639353 DEC= +65:18:10.38207 RAER= 0.36 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.110, 8.4, 0.124, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '0341+123', 'J0344+1231' RA= 03:44:37.952065 DEC= +12:31:23.34475 RAER= 0.59 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.046, 8.4, 0.051, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0340+511', 'J0344+5118' RA= 03:44:39.130218 DEC= +51:18:53.84733 RAER= 0.67 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.037, 8.4, 0.062, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0339+683', 'J0344+6827' RA= 03:44:41.441200 DEC= +68:27:47.81020 RAER= 0.29 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.118, 8.4, 0.157, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2536 observations" / source= '0342+184', 'J0344+1834' RA= 03:44:54.222291 DEC= +18:34:01.65683 RAER= 0.42 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0342+121', 'J0345+1218' RA= 03:45:01.316115 DEC= +12:18:48.76765 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.023, 8.4, 0.056, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0341+378', 'J0345+3758' RA= 03:45:02.698920 DEC= +37:58:41.37517 RAER= 15.43 DECER= 18.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0342+12A', 'J0345+121A' RA= 03:45:04.016471 DEC= +12:16:43.12561 RAER= 0.25 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.053, 8.4, 0.054, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0342+147', 'J0345+1453' RA= 03:45:06.416534 DEC= +14:53:49.55813 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.324, 0.237, 5.0, 0.516, 0.399, 8.4, 0.658, 0.419, 15.2, 0.427, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4808 observations" / source= '0341+383', 'J0345+3827' RA= 03:45:15.022207 DEC= +38:27:24.35671 RAER= 2.70 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0343-240', 'J0345-2352' RA= 03:45:18.317800 DEC= -23:52:20.38004 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0342+324', 'J0345+3237' RA= 03:45:28.744940 DEC= +32:37:44.83666 RAER= 0.34 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0343-330', 'J0345-3256' RA= 03:45:29.756061 DEC= -32:56:07.34441 RAER= 0.53 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '0343-005', 'J0345-0023' RA= 03:45:33.689569 DEC= -00:23:02.83767 RAER= 0.53 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.084, 8.4, 0.087, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0342+359', 'J0345+3606' RA= 03:45:35.972452 DEC= +36:06:34.70347 RAER= 1.17 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.032, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0342+140', 'J0345+1414' RA= 03:45:45.625965 DEC= +14:14:49.02444 RAER= 0.40 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.042, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0342+219', 'J0345+2207' RA= 03:45:55.324850 DEC= +22:07:44.17430 RAER= 0.94 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0343+077', 'J0346+0751' RA= 03:46:08.474432 DEC= +07:51:31.48240 RAER= 1.21 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0342+550', 'J0346+5515' RA= 03:46:16.129056 DEC= +55:15:12.68400 RAER= 1.35 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.006, 8.4, 0.025, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0344-345', 'J0346-3422' RA= 03:46:30.580116 DEC= -34:22:46.23861 RAER= 1.20 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0342+538', 'J0346+5400' RA= 03:46:34.504135 DEC= +54:00:59.10921 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.218, 8.4, 0.325, 0.188, 22.2, 0.315, 0.257 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1829 observations" / source= '0343+368', 'J0346+3658' RA= 03:46:36.294868 DEC= +36:58:25.00225 RAER= 0.94 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.062, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0343+382', 'J0346+3826' RA= 03:46:36.592193 DEC= +38:26:57.91903 RAER= 0.55 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.016, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0343+270', 'J0346+2709' RA= 03:46:47.668452 DEC= +27:09:46.88026 RAER= 0.72 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.041, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0343+321', 'J0346+3217' RA= 03:46:59.116482 DEC= +32:17:19.59875 RAER= 0.75 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0344-291', 'J0347-2900' RA= 03:47:01.667193 DEC= -29:00:28.61977 RAER= 2.31 DECER= 8.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0344-111', 'J0347-1100' RA= 03:47:01.702001 DEC= -11:00:53.97083 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.098, 5.0, 0.098, 0.117, 8.4, 0.174, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '0343+485', 'J0347+4842' RA= 03:47:11.613360 DEC= +48:42:37.47300 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.063, 8.4, 0.131, 0.117, 22.2, 0.486, 0.456 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2104 observations" / source= '0344+199', 'J0347+2004' RA= 03:47:29.559207 DEC= +20:04:53.04303 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.203, 8.4, 0.233, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '0345-307', 'J0347-3035' RA= 03:47:30.508851 DEC= -30:35:21.22047 RAER= 2.51 DECER= 11.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0345-178', 'J0347-1743' RA= 03:47:30.658880 DEC= -17:43:58.16083 RAER= 4.34 DECER= 11.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0341+729', 'J0347+7309' RA= 03:47:35.038146 DEC= +73:09:02.92127 RAER= 0.82 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.043, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '0343+639', 'J0347+6405' RA= 03:47:37.760093 DEC= +64:05:06.91507 RAER= 0.76 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.057, 8.4, 0.061, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0344+255', 'J0347+2540' RA= 03:47:38.620871 DEC= +25:40:21.43098 RAER= 1.65 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.007, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0344+558', 'J0347+5557' RA= 03:47:56.812064 DEC= +55:57:31.57852 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.361, 0.111, 8.4, 0.297, 0.169, 22.2, 0.221, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1346 observations" / source= '0344+235', 'J0347+2339' RA= 03:47:57.111702 DEC= +23:39:55.32438 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.119, 5.0, 0.192, n/a, 8.4, 0.204, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 789 observations" / source= '0345+176', 'J0347+1749' RA= 03:47:58.412368 DEC= +17:49:47.33639 RAER= 0.76 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0346-364', 'J0347-3616' RA= 03:47:59.083678 DEC= -36:16:36.43140 RAER= 2.22 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0344+405', 'J0347+4043' RA= 03:47:59.983068 DEC= +40:43:58.90797 RAER= 0.49 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0346-334', 'J0348-3318' RA= 03:48:02.549827 DEC= -33:18:16.63439 RAER= 15.32 DECER= 33.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0344+431', 'J0348+4320' RA= 03:48:07.413201 DEC= +43:20:25.62840 RAER= 0.65 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.032, 8.4, 0.055, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0345+085', 'J0348+0842' RA= 03:48:10.416144 DEC= +08:42:08.86012 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.089, 8.4, 0.135, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '0345-214', 'J0348-2117' RA= 03:48:11.774093 DEC= -21:17:11.41412 RAER= 0.81 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0344+604', 'J0348+6035' RA= 03:48:19.892787 DEC= +60:35:08.88561 RAER= 1.67 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0344+622', 'J0348+6221' RA= 03:48:35.382547 DEC= +62:21:45.63860 RAER= 1.54 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.040, 8.4, 0.078, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0346-279', 'J0348-2749' RA= 03:48:38.144570 DEC= -27:49:13.56586 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.543, 0.192, 5.0, 0.627, 0.723, 8.4, 0.651, 0.390, 15.2, 2.113, 1.848 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17407 observations" / source= '0346-163', 'J0348-1610' RA= 03:48:39.270732 DEC= -16:10:17.75210 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.402, 0.242, 8.4, 0.468, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '0346-219', 'J0348-2149' RA= 03:48:43.343138 DEC= -21:49:52.63701 RAER= 0.72 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.052, 8.4, 0.062, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0345+416', 'J0348+4149' RA= 03:48:45.122343 DEC= +41:49:14.67552 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.151, 5.0, 0.193, 0.107, 8.4, 0.187, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '0346-085', 'J0348-0824' RA= 03:48:45.634952 DEC= -08:24:24.94489 RAER= 0.49 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0345+337', 'J0348+3353' RA= 03:48:46.906969 DEC= +33:53:15.41785 RAER= 0.40 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.007, 8.4, 0.072, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0345+402', 'J0348+4026' RA= 03:48:56.693182 DEC= +40:26:22.38311 RAER= 0.60 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.007, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0345+398', 'J0349+3957' RA= 03:49:02.778088 DEC= +39:57:55.37853 RAER= 0.86 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.044, 8.4, 0.051, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0347-491', 'J0349-4858' RA= 03:49:12.943421 DEC= -48:58:24.90417 RAER= 2.34 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0346-147', 'J0349-1438' RA= 03:49:14.135851 DEC= -14:38:40.70302 RAER= 1.08 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0346+037', 'J0349+0354' RA= 03:49:14.272467 DEC= +03:54:44.64736 RAER= 0.37 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.048, 8.4, 0.084, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0347-241', 'J0349-2401' RA= 03:49:15.390546 DEC= -24:01:14.34027 RAER= 0.90 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.021, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0345+460', 'J0349+4609' RA= 03:49:18.741581 DEC= +46:09:59.65777 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.635, 0.290, 5.0, 0.574, 0.367, 8.4, 0.560, 0.342 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20320 observations" / source= '0346+337', 'J0349+3354' RA= 03:49:21.320151 DEC= +33:54:50.35377 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.161, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0347-121', 'J0349-1159' RA= 03:49:23.186364 DEC= -11:59:27.35974 RAER= 0.73 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0347-082', 'J0349-0808' RA= 03:49:33.213489 DEC= -08:08:28.32053 RAER= 0.54 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.042, 8.4, 0.037, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0347-259', 'J0349-2545' RA= 03:49:36.995758 DEC= -25:45:22.96031 RAER= 1.15 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.029, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0346+241', 'J0349+2415' RA= 03:49:43.299765 DEC= +24:15:11.81186 RAER= 1.47 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0346+209', 'J0349+2104' RA= 03:49:45.230172 DEC= +21:04:45.96201 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.400, 0.153, 8.4, 0.127, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 722 observations" / source= '0346+242', 'J0349+2421' RA= 03:49:54.378318 DEC= +24:21:38.99598 RAER= 0.21 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '0347-211', 'J0349-2102' RA= 03:49:57.826674 DEC= -21:02:47.74167 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.512, 0.441, 5.0, 0.320, 0.243, 8.4, 0.342, 0.210, 15.2, 0.468, 0.341 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6998 observations" / source= '0347+065', 'J0349+0641' RA= 03:49:57.842654 DEC= +06:41:26.20000 RAER= 5.06 DECER= 5.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0347-040', 'J0350-0351' RA= 03:50:16.857377 DEC= -03:51:11.45955 RAER= 0.60 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.098, 8.4, 0.070, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0348-268', 'J0350-2639' RA= 03:50:22.246537 DEC= -26:39:45.00919 RAER= 0.73 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.036, 8.4, 0.056, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0346+514', 'J0350+5138' RA= 03:50:25.051441 DEC= +51:38:38.73442 RAER= 0.26 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.047, 8.4, 0.131, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '0346+465', 'J0350+4640' RA= 03:50:26.527883 DEC= +46:40:00.42869 RAER= 3.02 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.032, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0347+288', 'J0350+2902' RA= 03:50:37.232288 DEC= +29:02:06.47945 RAER= 0.32 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.040, 5.0, 0.099, 0.087, 8.4, 0.080, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0348-326', 'J0350-3232' RA= 03:50:43.316127 DEC= -32:32:59.43002 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.122, 8.4, 0.246, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '0346+518', 'J0350+5201' RA= 03:50:44.499513 DEC= +52:01:21.74475 RAER= 6.48 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0348-012', 'J0350-0108' RA= 03:50:45.812301 DEC= -01:08:49.13420 RAER= 0.62 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.074, 8.4, 0.058, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0349-473', 'J0350-4713' RA= 03:50:51.399063 DEC= -47:13:50.57660 RAER= 8.14 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0348+049', 'J0350+0506' RA= 03:50:54.202409 DEC= +05:06:21.18989 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.072, 8.4, 0.173, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0347+407', 'J0350+4052' RA= 03:50:55.112975 DEC= +40:52:45.26997 RAER= 2.67 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.064, 8.4, 0.053, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0348-175', 'J0350-1725' RA= 03:50:57.161773 DEC= -17:25:15.24069 RAER= 0.86 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0348-154', 'J0351-1519' RA= 03:51:08.513552 DEC= -15:19:36.81609 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.024, 8.4, 0.052, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0348-120', 'J0351-1153' RA= 03:51:10.976932 DEC= -11:53:22.66526 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.425, 0.224, 5.0, 0.518, 0.307, 8.4, 0.364, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0348-031', 'J0351-0301' RA= 03:51:15.366923 DEC= -03:01:17.80271 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.047, 5.0, 0.095, 0.067, 8.4, 0.091, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 663 observations" / source= '0348+292', 'J0351+2925' RA= 03:51:19.011686 DEC= +29:25:36.42410 RAER= 0.57 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.038, 8.4, 0.053, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0349-168', 'J0351-1643' RA= 03:51:21.539057 DEC= -16:43:44.51361 RAER= 1.05 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0347+533', 'J0351+5328' RA= 03:51:25.301702 DEC= +53:28:28.23398 RAER= 11.73 DECER= 7.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0348+129', 'J0351+1308' RA= 03:51:26.229739 DEC= +13:08:05.06505 RAER= 0.46 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.060, 8.4, 0.074, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0350-518', 'J0351-5142' RA= 03:51:28.229036 DEC= -51:42:55.48575 RAER= 1.74 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0349-146', 'J0351-1429' RA= 03:51:28.567217 DEC= -14:29:08.25885 RAER= 0.49 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.027, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0346+720', 'J0351+7213' RA= 03:51:28.806463 DEC= +72:13:25.51911 RAER= 3.51 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0349-278', 'J0351-2744' RA= 03:51:35.759340 DEC= -27:44:34.94708 RAER= 3.65 DECER= 12.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0349-092', 'J0351-0903' RA= 03:51:38.086443 DEC= -09:03:23.59686 RAER= 6.06 DECER= 7.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0348+330', 'J0351+3313' RA= 03:51:47.826410 DEC= +33:13:43.45126 RAER= 0.48 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.051, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0350-372', 'J0351-3703' RA= 03:51:54.552145 DEC= -37:03:44.24743 RAER= 11.11 DECER= 54.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0349+063', 'J0351+0627' RA= 03:51:54.614180 DEC= +06:27:55.39838 RAER= 1.78 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0349-206', 'J0351-2028' RA= 03:51:59.892361 DEC= -20:28:51.27326 RAER= 1.04 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0349+078', 'J0352+0801' RA= 03:52:09.247472 DEC= +08:01:43.48740 RAER= 0.51 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.031, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0349+067', 'J0352+0655' RA= 03:52:10.673549 DEC= +06:55:30.46845 RAER= 2.48 DECER= 4.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0350-253', 'J0352-2514' RA= 03:52:11.052377 DEC= -25:14:50.26804 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.205, 5.0, 0.332, 0.138, 8.4, 0.386, 0.275 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '0349+010', 'J0352+0114' RA= 03:52:19.917055 DEC= +01:14:20.62610 RAER= 0.50 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.037, 8.4, 0.059, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0349+105', 'J0352+1044' RA= 03:52:24.296187 DEC= +10:44:40.63695 RAER= 0.48 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0349+023', 'J0352+0230' RA= 03:52:29.040220 DEC= +02:30:59.98054 RAER= 0.53 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.056, 8.4, 0.063, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0350-073', 'J0352-0711' RA= 03:52:30.551674 DEC= -07:11:02.32864 RAER= 4.87 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0349+132', 'J0352+1323' RA= 03:52:36.649833 DEC= +13:23:08.59027 RAER= 0.37 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0349+212', 'J0352+2126' RA= 03:52:41.017762 DEC= +21:26:09.93770 RAER= 0.46 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0350+024', 'J0352+0238' RA= 03:52:46.233144 DEC= +02:38:35.40062 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.066, 8.4, 0.100, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0351-408', 'J0352-4040' RA= 03:52:47.168536 DEC= -40:40:59.54245 RAER= 2.27 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.113, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0349+413', 'J0352+4129' RA= 03:52:52.355297 DEC= +41:29:45.21592 RAER= 2.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.145, 8.4, 0.136, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0350+177', 'J0352+1754' RA= 03:52:52.915855 DEC= +17:54:36.80445 RAER= 0.38 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.062, 5.0, 0.216, 0.016, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '0352-686', 'J0352-6831' RA= 03:52:57.483056 DEC= -68:31:17.02501 RAER= 1.88 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0349+426', 'J0352+4246' RA= 03:52:58.653593 DEC= +42:46:20.58662 RAER= 3.81 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.015, 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0349+46A', 'J0352+4700' RA= 03:52:58.827155 DEC= +47:00:39.05254 RAER= 0.57 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.023, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '0349+468', 'J0353+4658' RA= 03:53:01.147487 DEC= +46:58:04.30539 RAER= 0.74 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.014, 8.4, 0.037, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0343+827', 'J0353+8256' RA= 03:53:08.524115 DEC= +82:56:31.45471 RAER= 9.43 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0349+567', 'J0353+5654' RA= 03:53:09.573256 DEC= +56:54:30.93215 RAER= 1.09 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0349+416', 'J0353+4148' RA= 03:53:11.814971 DEC= +41:48:20.28452 RAER= 1.00 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.030, 8.4, 0.036, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0349+541', 'J0353+5416' RA= 03:53:16.147373 DEC= +54:16:56.49876 RAER= 0.85 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.105, 8.4, 0.133, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0351-254', 'J0353-2517' RA= 03:53:16.425893 DEC= -25:17:15.47450 RAER= 1.49 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0349+466', 'J0353+4648' RA= 03:53:19.823130 DEC= +46:48:43.55353 RAER= 1.68 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0350+371', 'J0353+3719' RA= 03:53:21.174730 DEC= +37:19:22.50266 RAER= 0.60 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.040, 8.4, 0.050, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0350-007', 'J0353-0034' RA= 03:53:21.443682 DEC= -00:34:26.90079 RAER= 0.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.037, 8.4, 0.046, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0351-131', 'J0353-1300' RA= 03:53:23.339450 DEC= -13:00:37.83140 RAER= 0.56 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.039, 8.4, 0.035, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0350+223', 'J0353+2227' RA= 03:53:24.532860 DEC= +22:27:00.92256 RAER= 1.02 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0351-336', 'J0353-3332' RA= 03:53:30.218708 DEC= -33:32:02.98515 RAER= 10.99 DECER= 23.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0351-140', 'J0353-1353' RA= 03:53:33.279129 DEC= -13:53:33.45982 RAER= 1.50 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.007, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0350+432', 'J0353+4322' RA= 03:53:35.148703 DEC= +43:22:06.65676 RAER= 3.31 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.006, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0352-293', 'J0354-2911' RA= 03:54:01.937904 DEC= -29:11:05.18726 RAER= 1.61 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.020, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0351-087', 'J0354-0834' RA= 03:54:02.878776 DEC= -08:34:29.83240 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '0349+662', 'J0354+6621' RA= 03:54:03.699175 DEC= +66:21:26.12442 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.074, 5.0, 0.176, 0.144, 8.4, 0.193, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 701 observations" / source= '0352-269', 'J0354-2650' RA= 03:54:10.176499 DEC= -26:50:13.62631 RAER= 0.71 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0349+606', 'J0354+6045' RA= 03:54:12.454122 DEC= +60:45:47.95371 RAER= 1.55 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0352-180', 'J0354-1755' RA= 03:54:20.358199 DEC= -17:55:24.32883 RAER= 0.67 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0351+045', 'J0354+0441' RA= 03:54:24.128907 DEC= +04:41:07.26445 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.340, 8.4, 0.274, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '0352-164', 'J0354-1616' RA= 03:54:25.028344 DEC= -16:16:22.45137 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.108, 8.4, 0.119, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0350+465', 'J0354+4643' RA= 03:54:30.011660 DEC= +46:43:18.74983 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.850, 0.576, 5.0, 0.719, n/a, 8.4, 0.614, 0.347 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2314 observations" / source= '0352-153', 'J0354-1514' RA= 03:54:32.961873 DEC= -15:14:14.75755 RAER= 0.48 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.032, 8.4, 0.072, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0350+530', 'J0354+5309' RA= 03:54:36.595039 DEC= +53:09:57.00896 RAER= 5.46 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0346+800', 'J0354+8009' RA= 03:54:46.126024 DEC= +80:09:28.84744 RAER= 0.63 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.113, 8.4, 0.168, 0.104, 15.2, 0.271, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3592 observations" / source= '0353-383', 'J0354-3809' RA= 03:54:49.864774 DEC= -38:09:55.01507 RAER= 0.92 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.073, 8.4, 0.067, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0352+142', 'J0354+1421' RA= 03:54:51.390651 DEC= +14:21:20.64757 RAER= 0.48 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.050, 8.4, 0.042, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0349+727', 'J0354+7254' RA= 03:54:55.030298 DEC= +72:54:37.43133 RAER= 25.47 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0350+612', 'J0354+6124' RA= 03:54:57.416356 DEC= +61:24:49.30129 RAER= 2.94 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0352-051', 'J0355-0503' RA= 03:55:03.921153 DEC= -05:03:02.92528 RAER= 0.49 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0352-163', 'J0355-1612' RA= 03:55:05.092057 DEC= -16:12:09.69653 RAER= 1.23 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0352-188', 'J0355-1843' RA= 03:55:13.292021 DEC= -18:43:08.57876 RAER= 0.53 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0351+390', 'J0355+3909' RA= 03:55:16.590505 DEC= +39:09:09.80543 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.092, 8.4, 0.135, 0.057, 22.2, 0.257, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2097 observations" / source= '0352+199', 'J0355+2005' RA= 03:55:19.858301 DEC= +20:05:08.00287 RAER= 0.22 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0351+543', 'J0355+5429' RA= 03:55:38.420272 DEC= +54:29:24.16407 RAER= 0.93 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.054, 8.4, 0.100, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0351+625', 'J0355+6240' RA= 03:55:41.279449 DEC= +62:40:56.71829 RAER= 3.49 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0352+123', 'J0355+1231' RA= 03:55:45.599786 DEC= +12:31:46.08091 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.238, 0.047, 8.4, 0.208, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '0355-669', 'J0355-6645' RA= 03:55:47.883381 DEC= -66:45:33.81743 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.235, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '0352+149', 'J0355+1504' RA= 03:55:48.719519 DEC= +15:04:12.00182 RAER= 0.64 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.037, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0355-636', 'J0355-6331' RA= 03:55:49.574515 DEC= -63:31:03.07864 RAER= 3.05 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.281, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0352+210', 'J0355+2113' RA= 03:55:50.000270 DEC= +21:13:21.35870 RAER= 0.40 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.010, 8.4, 0.023, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0351+595', 'J0355+5940' RA= 03:55:58.916596 DEC= +59:40:28.39547 RAER= 1.22 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0353+289', 'J0356+2903' RA= 03:56:08.461950 DEC= +29:03:42.32030 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.389, 0.102, 8.4, 0.206, 0.095, 22.2, 0.193, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2599 observations" / source= '0353-136', 'J0356-1329' RA= 03:56:10.888637 DEC= -13:29:06.07595 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0354-405', 'J0356-4021' RA= 03:56:20.947743 DEC= -40:21:29.18903 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.228, 0.145, 8.4, 0.176, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '0352+605', 'J0356+6043' RA= 03:56:25.198780 DEC= +60:43:57.97944 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.143, 8.4, 0.356, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '0353+206', 'J0356+2050' RA= 03:56:37.531340 DEC= +20:50:10.74964 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.065, 8.4, 0.100, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '0354-138', 'J0356-1340' RA= 03:56:38.571749 DEC= -13:40:41.34055 RAER= 1.46 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0354+022', 'J0356+0224' RA= 03:56:48.132660 DEC= +02:24:53.52304 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.084, 8.4, 0.075, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0354+000', 'J0356+0013' RA= 03:56:54.282123 DEC= +00:13:31.37889 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.040, 8.4, 0.035, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0355-500', 'J0357-4955' RA= 03:57:00.185874 DEC= -49:55:48.62129 RAER= 11.29 DECER= 5.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0354+295', 'J0357+2940' RA= 03:57:12.135766 DEC= +29:40:09.52413 RAER= 0.77 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.057, 8.4, 0.084, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0353+378', 'J0357+3757' RA= 03:57:13.527398 DEC= +37:57:16.37368 RAER= 1.42 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0354+231', 'J0357+2319' RA= 03:57:21.609891 DEC= +23:19:53.82527 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.157, 8.4, 0.352, 0.308 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2962 observations" / source= '0355-483', 'J0357-4812' RA= 03:57:21.918042 DEC= -48:12:15.15802 RAER= 0.21 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.417, 0.197, 8.4, 0.285, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '0354-034', 'J0357-0317' RA= 03:57:26.101457 DEC= -03:17:59.50159 RAER= 0.68 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.012, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0355-465', 'J0357-4625' RA= 03:57:28.716680 DEC= -46:25:43.23733 RAER= 1.75 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0357-699', 'J0357-6948' RA= 03:57:30.082533 DEC= -69:48:45.01458 RAER= 1.39 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0357-683', 'J0357-6809' RA= 03:57:32.956297 DEC= -68:09:32.69732 RAER= 1.15 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations. No flux information" / source= '0355-079', 'J0357-0751' RA= 03:57:43.293246 DEC= -07:51:14.56769 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.143, 8.4, 0.165, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '0355+020', 'J0357+0213' RA= 03:57:43.294746 DEC= +02:13:14.90996 RAER= 1.41 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0354+197', 'J0357+1953' RA= 03:57:44.188534 DEC= +19:53:27.99443 RAER= 0.83 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.027, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0355+055', 'J0357+0542' RA= 03:57:46.125689 DEC= +05:42:31.25866 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.073, 8.4, 0.095, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '0355+092', 'J0357+0924' RA= 03:57:46.638305 DEC= +09:24:10.32720 RAER= 0.43 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0354+294', 'J0357+2934' RA= 03:57:49.231580 DEC= +29:34:36.74813 RAER= 2.76 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0354+529', 'J0358+5303' RA= 03:58:05.530310 DEC= +53:03:39.31228 RAER= 1.50 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0354+363', 'J0358+3630' RA= 03:58:10.235825 DEC= +36:30:54.40070 RAER= 2.80 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0354+478', 'J0358+4800' RA= 03:58:11.814833 DEC= +48:00:16.37924 RAER= 5.06 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.016, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0352+717', 'J0358+7154' RA= 03:58:12.550526 DEC= +71:54:08.62813 RAER= 23.45 DECER= 7.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0357-600', 'J0358-5952' RA= 03:58:14.096995 DEC= -59:52:34.52028 RAER= 1.67 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0356-134', 'J0358-1319' RA= 03:58:23.565020 DEC= -13:19:56.96820 RAER= 2.64 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0355+275', 'J0358+2741' RA= 03:58:24.904119 DEC= +27:41:16.51141 RAER= 0.35 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.044, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0355+063', 'J0358+0629' RA= 03:58:27.149340 DEC= +06:29:19.39238 RAER= 0.48 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0355+413', 'J0358+4130' RA= 03:58:27.725004 DEC= +41:30:14.80412 RAER= 4.04 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0354+559', 'J0358+5606' RA= 03:58:30.188166 DEC= +56:06:44.46056 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.520, 0.380, 5.0, 0.630, 0.567, 8.4, 0.566, 0.480, 22.2, 0.409, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2470 observations" / source= '0351+766', 'J0358+7649' RA= 03:58:30.315068 DEC= +76:49:27.14556 RAER= 1.53 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.025, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0355+084', 'J0358+0833' RA= 03:58:31.400589 DEC= +08:33:38.32808 RAER= 0.32 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.078, 8.4, 0.093, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0355+386', 'J0358+3850' RA= 03:58:44.429570 DEC= +38:50:21.70091 RAER= 0.54 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, 0.171, 8.4, 0.206, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0356-055', 'J0358-0527' RA= 03:58:52.430943 DEC= -05:27:18.77894 RAER= 7.13 DECER= 9.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0353+717', 'J0358+7153' RA= 03:58:54.209124 DEC= +71:53:06.24046 RAER= 1.48 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.037, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0358-620', 'J0359-6154' RA= 03:59:01.068918 DEC= -61:54:26.05154 RAER= 4.58 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.272, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0354+599', 'J0359+6005' RA= 03:59:02.639902 DEC= +60:05:22.06912 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.012, 0.415, 5.0, 1.092, 0.614, 8.4, 0.738, 0.449 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 796 observations" / source= '0356-010', 'J0359-0051' RA= 03:59:13.343589 DEC= -00:51:49.30972 RAER= 0.68 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.006, 8.4, 0.031, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0356+144', 'J0359+1433' RA= 03:59:21.408046 DEC= +14:33:57.13864 RAER= 0.95 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.035, 8.4, 0.016, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0356-033', 'J0359-0310' RA= 03:59:23.209169 DEC= -03:10:34.02295 RAER= 0.24 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.036, 8.4, 0.044, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 367 observations" / source= '0356-027', 'J0359-0235' RA= 03:59:23.486509 DEC= -02:35:01.87809 RAER= 1.89 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0356+278', 'J0359+2758' RA= 03:59:27.935585 DEC= +27:58:24.04703 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.089, 8.4, 0.096, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0356+416', 'J0359+4146' RA= 03:59:28.513762 DEC= +41:46:49.44347 RAER= 0.75 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.016, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0355+508', 'J0359+5057' RA= 03:59:29.747282 DEC= +50:57:50.16179 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.122, 0.092, 5.0, 5.795, 2.349, 8.4, 7.055, 3.706, 15.2, 8.936, 4.415, 22.2, 6.659, 2.465 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43917 observations" / source= '0357-263', 'J0359-2615' RA= 03:59:33.681861 DEC= -26:15:31.33132 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.514, 0.089, 8.4, 0.191, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '0356+157', 'J0359+1555' RA= 03:59:39.834788 DEC= +15:55:26.18987 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.029, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0356+322', 'J0359+3220' RA= 03:59:44.912934 DEC= +32:20:47.15584 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.523, 0.100, 8.4, 0.681, 0.323, 22.2, 0.544, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1790 observations" / source= '0357+096', 'J0359+0944' RA= 03:59:45.722287 DEC= +09:44:27.47602 RAER= 0.30 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.054, 8.4, 0.076, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0357+035', 'J0359+0340' RA= 03:59:55.395749 DEC= +03:40:38.84012 RAER= 7.48 DECER= 8.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0356+541', 'J0359+5418' RA= 03:59:56.537200 DEC= +54:18:53.73643 RAER= 1.18 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.033, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0357-077', 'J0400-0738' RA= 04:00:00.775593 DEC= -07:38:35.24109 RAER= 1.24 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0357+057', 'J0400+0550' RA= 04:00:11.735383 DEC= +05:50:43.12263 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.067, 5.0, 0.302, 0.206, 8.4, 0.282, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '0357-163', 'J0400-1610' RA= 04:00:16.694778 DEC= -16:10:11.81857 RAER= 0.49 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0358-230', 'J0400-2256' RA= 04:00:19.255724 DEC= -22:56:24.15296 RAER= 0.64 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, n/a, 8.4, 0.117, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0357+326', 'J0400+3247' RA= 04:00:22.087393 DEC= +32:47:03.91972 RAER= 1.49 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0358-188', 'J0400-1841' RA= 04:00:23.221971 DEC= -18:41:30.84342 RAER= 1.95 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0358-278', 'J0400-2743' RA= 04:00:23.831607 DEC= -27:43:52.23934 RAER= 2.39 DECER= 6.56 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0357+255', 'J0400+2544' RA= 04:00:26.747118 DEC= +25:44:09.10054 RAER= 1.43 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.011, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0357-020', 'J0400-0152' RA= 04:00:28.118279 DEC= -01:52:07.35685 RAER= 0.70 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0357+457', 'J0400+4554' RA= 04:00:34.574122 DEC= +45:54:24.04996 RAER= 10.16 DECER= 6.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.070, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0358-084', 'J0400-0818' RA= 04:00:38.826679 DEC= -08:18:10.03502 RAER= 0.67 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0359-580', 'J0400-5757' RA= 04:00:39.516453 DEC= -57:57:11.72512 RAER= 3.36 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0357+228', 'J0400+2301' RA= 04:00:44.996969 DEC= +23:01:38.63222 RAER= 4.60 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0357+392', 'J0400+3921' RA= 04:00:45.387511 DEC= +39:21:09.77923 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.075, 8.4, 0.125, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '0357+244', 'J0400+2437' RA= 04:00:54.423373 DEC= +24:37:31.04993 RAER= 0.66 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0358-090', 'J0400-0857' RA= 04:00:54.554931 DEC= -08:57:01.71313 RAER= 0.54 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.053, 8.4, 0.021, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0357+345', 'J0400+3443' RA= 04:00:54.862234 DEC= +34:43:10.21379 RAER= 0.95 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0358+206', 'J0400+2044' RA= 04:00:56.916095 DEC= +20:44:26.39299 RAER= 0.70 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.047, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0358+028', 'J0401+0300' RA= 04:01:06.275113 DEC= +03:00:56.79891 RAER= 0.75 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.032, 8.4, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0358-162', 'J0401-1606' RA= 04:01:06.636754 DEC= -16:06:39.01050 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.123, 5.0, 0.172, 0.131, 8.4, 0.155, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 660 observations" / source= '0358+004', 'J0401+0036' RA= 04:01:07.599892 DEC= +00:36:32.47434 RAER= 0.96 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0358+031', 'J0401+0318' RA= 04:01:11.745141 DEC= +03:18:28.62308 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.050, 5.0, 0.224, 0.144, 8.4, 0.165, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0357+423', 'J0401+4232' RA= 04:01:12.411409 DEC= +42:32:10.11611 RAER= 1.47 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0358-059', 'J0401-0548' RA= 04:01:19.653394 DEC= -05:48:54.59379 RAER= 2.06 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0358+040', 'J0401+0413' RA= 04:01:19.912975 DEC= +04:13:34.40707 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.049, 8.4, 0.259, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2093 observations" / source= '0359-294', 'J0401-2921' RA= 04:01:21.483764 DEC= -29:21:26.83003 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.614, 0.149, 8.4, 0.202, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '0400-613', 'J0401-6110' RA= 04:01:24.945923 DEC= -61:10:18.15502 RAER= 3.04 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.318, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0359-388', 'J0401-3840' RA= 04:01:29.256902 DEC= -38:40:35.03575 RAER= 5.11 DECER= 22.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0359-365', 'J0401-3625' RA= 04:01:29.806820 DEC= -36:25:49.83358 RAER= 3.22 DECER= 24.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0358+063', 'J0401+0632' RA= 04:01:39.666623 DEC= +06:32:16.95470 RAER= 1.88 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0358+231', 'J0401+2316' RA= 04:01:44.035983 DEC= +23:16:54.84601 RAER= 0.57 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.063, 8.4, 0.053, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0358+210', 'J0401+2110' RA= 04:01:45.166083 DEC= +21:10:28.58695 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.196, 8.4, 0.214, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7134 observations" / source= '0359-207', 'J0401-2035' RA= 04:01:52.707649 DEC= -20:35:09.96558 RAER= 0.32 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.054, 8.4, 0.078, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0358+386', 'J0401+3849' RA= 04:01:59.960961 DEC= +38:49:19.83540 RAER= 0.70 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.028, 8.4, 0.043, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0359-263', 'J0402-2615' RA= 04:02:00.785051 DEC= -26:15:39.41351 RAER= 0.40 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '0359+085', 'J0402+0839' RA= 04:02:01.268609 DEC= +08:39:43.40104 RAER= 0.38 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0358+274', 'J0402+2737' RA= 04:02:03.203045 DEC= +27:37:15.79330 RAER= 0.35 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0352+825', 'J0402+8241' RA= 04:02:12.677680 DEC= +82:41:35.12998 RAER= 4.35 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.047, 8.4, 0.042, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0359-151', 'J0402-1458' RA= 04:02:16.787272 DEC= -14:58:20.99516 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.136, 8.4, 0.121, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '0359-064', 'J0402-0619' RA= 04:02:18.487607 DEC= -06:19:13.07466 RAER= 0.47 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.023, 8.4, 0.045, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0400-319', 'J0402-3147' RA= 04:02:21.265997 DEC= -31:47:25.94560 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.593, 0.430, 5.0, 0.521, 0.235, 8.4, 0.587, 0.380 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4115 observations" / source= '0359+418', 'J0402+4157' RA= 04:02:27.188561 DEC= +41:57:05.63691 RAER= 0.62 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.031, 8.4, 0.071, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0359+033', 'J0402+0327' RA= 04:02:27.989386 DEC= +03:27:13.23823 RAER= 0.70 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.031, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0359+416', 'J0402+4149' RA= 04:02:34.856362 DEC= +41:49:51.99794 RAER= 0.84 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.038, 8.4, 0.052, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0359+514', 'J0402+5132' RA= 04:02:51.799809 DEC= +51:32:43.27668 RAER= 0.74 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.035, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0358+644', 'J0402+6435' RA= 04:02:54.449530 DEC= +64:35:10.07986 RAER= 4.47 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0400-287', 'J0402-2835' RA= 04:02:54.716721 DEC= -28:35:48.69699 RAER= 2.55 DECER= 9.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0400+171', 'J0402+1718' RA= 04:02:59.829320 DEC= +17:18:50.17127 RAER= 0.47 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.061, 8.4, 0.060, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0400-058', 'J0403-0543' RA= 04:03:01.659339 DEC= -05:43:22.88230 RAER= 0.48 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0400+258', 'J0403+2600' RA= 04:03:05.586081 DEC= +26:00:01.50273 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.382, 0.980, 5.0, 1.142, 0.380, 8.4, 1.115, 0.307, 15.2, 0.963, 0.408 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4929 observations" / source= '0401-506', 'J0403-5030' RA= 04:03:11.745147 DEC= -50:30:14.89280 RAER= 6.15 DECER= 12.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0400-183', 'J0403-1809' RA= 04:03:14.056514 DEC= -18:09:54.11634 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.028, 8.4, 0.073, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0400+011', 'J0403+0117' RA= 04:03:19.739927 DEC= +01:17:28.05530 RAER= 0.95 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0400+032', 'J0403+0324' RA= 04:03:28.052189 DEC= +03:24:59.18295 RAER= 0.50 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0401-086', 'J0403-0830' RA= 04:03:28.717714 DEC= -08:30:19.57140 RAER= 2.07 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0400+015', 'J0403+0142' RA= 04:03:30.582891 DEC= +01:42:51.48212 RAER= 0.35 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.103, 8.4, 0.115, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0401-057', 'J0403-0537' RA= 04:03:32.132948 DEC= -05:37:13.89835 RAER= 1.29 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0359+533', 'J0403+5327' RA= 04:03:34.979815 DEC= +53:27:39.31743 RAER= 1.62 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.006, 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0401-248', 'J0403-2444' RA= 04:03:41.736049 DEC= -24:44:08.45865 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.097, 8.4, 0.215, 0.197, 22.2, 0.263, 0.231 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2492 observations" / source= '0359+646', 'J0403+6445' RA= 04:03:42.790045 DEC= +64:45:55.22491 RAER= 2.09 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0358+70A', 'J0403+702A' RA= 04:03:44.209429 DEC= +70:26:52.92194 RAER= 2.01 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations. No flux information" / source= '0358+703', 'J0403+7026' RA= 04:03:44.224635 DEC= +70:26:52.92192 RAER= 0.84 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.022, 8.4, 0.074, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 148 observations" / source= '0358+691', 'J0403+6915' RA= 04:03:46.149661 DEC= +69:15:18.80845 RAER= 1.90 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.056, 8.4, 0.057, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0400+193', 'J0403+1926' RA= 04:03:50.389508 DEC= +19:26:21.46442 RAER= 0.62 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0400+487', 'J0403+4854' RA= 04:03:53.443456 DEC= +48:54:42.13788 RAER= 1.48 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.010, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0402-362', 'J0403-3605' RA= 04:03:53.749899 DEC= -36:05:01.91326 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.987, 0.754, 5.0, 2.229, 2.187, 8.4, 1.448, 0.922 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29513 observations" / source= '0402-554', 'J0403-5520' RA= 04:03:59.984171 DEC= -55:20:23.89093 RAER= 5.08 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0400+607', 'J0404+6050' RA= 04:04:24.944940 DEC= +60:50:41.20639 RAER= 2.12 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0402-174', 'J0404-1718' RA= 04:04:25.683817 DEC= -17:18:26.80396 RAER= 0.66 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0402-044', 'J0404-0416' RA= 04:04:38.626170 DEC= -04:16:55.60297 RAER= 0.64 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.029, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0402+070', 'J0404+0712' RA= 04:04:40.981744 DEC= +07:12:19.62561 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.026, 8.4, 0.092, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0402-161', 'J0404-1559' RA= 04:04:41.687943 DEC= -15:59:25.67243 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.065, 8.4, 0.060, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0402-298', 'J0404-2940' RA= 04:04:46.771636 DEC= -29:40:12.15072 RAER= 2.30 DECER= 8.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0401+476', 'J0404+4749' RA= 04:04:53.557929 DEC= +47:49:20.08485 RAER= 1.41 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0400+585', 'J0404+5842' RA= 04:04:55.825167 DEC= +58:42:51.35182 RAER= 2.48 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.011, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0402-077', 'J0405-0739' RA= 04:05:00.859137 DEC= -07:39:21.89589 RAER= 0.51 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.096, 8.4, 0.096, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0402+160', 'J0405+1610' RA= 04:05:01.202513 DEC= +16:10:25.72338 RAER= 0.54 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.007, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '0403-342', 'J0405-3404' RA= 04:05:02.982572 DEC= -34:04:53.89611 RAER= 16.30 DECER= 28.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0402+144', 'J0405+1433' RA= 04:05:03.540325 DEC= +14:33:45.27847 RAER= 0.95 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.017, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0403-395', 'J0405-3923' RA= 04:05:13.003617 DEC= -39:23:24.64898 RAER= 45.46 DECER= 69.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0402+297', 'J0405+2954' RA= 04:05:16.006962 DEC= +29:54:59.98347 RAER= 0.51 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.030, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0403-380', 'J0405-3755' RA= 04:05:19.008720 DEC= -37:55:14.01555 RAER= 2.41 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0403-214', 'J0405-2119' RA= 04:05:19.911021 DEC= -21:19:14.44500 RAER= 0.79 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0403-221', 'J0405-2203' RA= 04:05:20.856595 DEC= -22:03:00.37604 RAER= 1.03 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0403-132', 'J0405-1308' RA= 04:05:34.003391 DEC= -13:08:13.69099 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.532, 0.378, 5.0, 0.766, 0.716, 8.4, 0.824, 0.718, 15.2, 1.127, 0.984 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15744 observations" / source= '0403-280', 'J0405-2756' RA= 04:05:36.794690 DEC= -27:56:35.68596 RAER= 0.60 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.070, 8.4, 0.044, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0402+379', 'J0405+3803' RA= 04:05:49.262878 DEC= +38:03:32.23547 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.770, 0.099, 5.0, 0.769, 0.046, 8.4, 0.307, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 740 observations" / source= '0402+450', 'J0406+4509' RA= 04:06:09.255544 DEC= +45:09:17.23705 RAER= 2.01 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0406-696', 'J0406-6930' RA= 04:06:10.670655 DEC= -69:30:19.37776 RAER= 1.54 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations. No flux information" / source= '0403-179', 'J0406-1749' RA= 04:06:12.244514 DEC= -17:49:57.92724 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.501, 0.137, 8.4, 0.204, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '0403+208', 'J0406+2056' RA= 04:06:21.595437 DEC= +20:56:23.46204 RAER= 0.22 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.017, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '0403+250', 'J0406+2511' RA= 04:06:25.998150 DEC= +25:11:31.18841 RAER= 0.36 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.076, 8.4, 0.067, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0403+064', 'J0406+0637' RA= 04:06:34.307506 DEC= +06:37:14.98843 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.112, 8.4, 0.243, 0.135, 15.2, 0.239, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '0403+187', 'J0406+1850' RA= 04:06:38.791759 DEC= +18:50:42.71028 RAER= 0.47 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0404-240', 'J0406-2355' RA= 04:06:39.340051 DEC= -23:55:03.78808 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.076, 8.4, 0.147, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0403+189', 'J0406+1903' RA= 04:06:41.478934 DEC= +19:03:16.29017 RAER= 0.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0400+764', 'J0406+7633' RA= 04:06:53.554939 DEC= +76:33:53.69041 RAER= 220.19 DECER= 12.90 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0403+374', 'J0406+3737' RA= 04:06:54.065214 DEC= +37:37:01.94043 RAER= 1.09 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.028, 8.4, 0.068, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0405-385', 'J0406-3826' RA= 04:06:59.035342 DEC= -38:26:28.04225 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.011, 0.683, 5.0, 1.506, 1.353, 8.4, 1.231, 0.788 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16076 observations" / source= '0403+458', 'J0407+4559' RA= 04:07:09.326844 DEC= +45:59:55.30137 RAER= 0.85 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0405-231', 'J0407-2300' RA= 04:07:14.307474 DEC= -23:00:46.45659 RAER= 1.35 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0404-084', 'J0407-0816' RA= 04:07:22.836092 DEC= -08:16:08.20875 RAER= 0.65 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0404+177', 'J0407+1750' RA= 04:07:28.726899 DEC= +17:50:51.62287 RAER= 1.74 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0404+075', 'J0407+0742' RA= 04:07:29.086684 DEC= +07:42:07.47147 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.418, 0.268, 8.4, 0.521, 0.391, 15.2, 0.345, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '0405-078', 'J0407-0742' RA= 04:07:31.548775 DEC= -07:42:03.81718 RAER= 0.62 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0404+169', 'J0407+1705' RA= 04:07:31.770598 DEC= +17:05:31.44750 RAER= 0.31 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '0405-331', 'J0407-3303' RA= 04:07:33.913721 DEC= -33:03:46.35787 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.535, 0.309, 8.4, 0.486, 0.381 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1550 observations" / source= '0405-395', 'J0407-3924' RA= 04:07:34.453019 DEC= -39:24:45.75464 RAER= 4.17 DECER= 9.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0402+647', 'J0407+6450' RA= 04:07:34.891096 DEC= +64:50:53.13100 RAER= 2.98 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0404+065', 'J0407+0638' RA= 04:07:37.869788 DEC= +06:38:04.52618 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.055, 8.4, 0.145, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 751 observations" / source= '0405-039', 'J0407-0350' RA= 04:07:40.673912 DEC= -03:50:08.34982 RAER= 3.34 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0405-123', 'J0407-1211' RA= 04:07:48.430980 DEC= -12:11:36.65972 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.782, 0.409, 5.0, 1.065, 0.541, 8.4, 1.052, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4813 observations" / source= '0402+682', 'J0407+6821' RA= 04:07:49.165652 DEC= +68:21:31.63406 RAER= 0.35 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.106, 8.4, 0.191, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '0406-383', 'J0407-3812' RA= 04:07:50.845546 DEC= -38:12:20.88485 RAER= 1.65 DECER= 7.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0405-060', 'J0407-0556' RA= 04:07:53.219528 DEC= -05:56:04.19163 RAER= 0.35 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0405-280', 'J0407-2757' RA= 04:07:57.930859 DEC= -27:57:05.41977 RAER= 0.76 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.442, 0.056, 8.4, 0.211, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0404+428', 'J0408+4300' RA= 04:08:03.099990 DEC= +43:00:32.66671 RAER= 2.25 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0404+505', 'J0408+5043' RA= 04:08:14.361739 DEC= +50:43:05.89806 RAER= 1.98 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.089, 8.4, 0.072, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0405-015', 'J0408-0122' RA= 04:08:18.534130 DEC= -01:22:34.89548 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.089, 8.4, 0.106, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '0407-658', 'J0408-6545' RA= 04:08:20.377447 DEC= -65:45:09.07875 RAER= 2.82 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.609, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0405+305', 'J0408+3032' RA= 04:08:20.377581 DEC= +30:32:30.49082 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.268, 0.108, 8.4, 0.143, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 942 observations" / source= '0406-283', 'J0408-2813' RA= 04:08:29.032522 DEC= -28:13:47.00365 RAER= 2.66 DECER= 6.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0405+271', 'J0408+2718' RA= 04:08:31.481615 DEC= +27:18:11.81292 RAER= 0.87 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.004, 8.4, 0.031, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0405+125', 'J0408+1240' RA= 04:08:36.612162 DEC= +12:40:18.92338 RAER= 7.52 DECER= 6.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0406-313', 'J0408-3113' RA= 04:08:45.314134 DEC= -31:13:10.06095 RAER= 9.75 DECER= 25.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0406-079', 'J0408-0749' RA= 04:08:45.373693 DEC= -07:49:36.07417 RAER= 0.75 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.111, 8.4, 0.078, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0409-752', 'J0408-7507' RA= 04:08:49.038436 DEC= -75:07:20.98616 RAER= 24.15 DECER= 4.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.239, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0406-223', 'J0408-2213' RA= 04:08:53.704858 DEC= -22:13:43.59839 RAER= 3.96 DECER= 7.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0406-167', 'J0408-1639' RA= 04:08:54.555866 DEC= -16:39:45.09409 RAER= 0.87 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0406-056', 'J0408-0529' RA= 04:08:59.649940 DEC= -05:29:40.53829 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.088, 8.4, 0.188, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 814 observations" / source= '0406-127', 'J0409-1238' RA= 04:09:05.769724 DEC= -12:38:48.14404 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.219, 8.4, 0.345, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3358 observations" / source= '0406-180', 'J0409-1757' RA= 04:09:06.675869 DEC= -17:57:10.22703 RAER= 0.75 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0406+121', 'J0409+1217' RA= 04:09:22.008712 DEC= +12:17:39.84768 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.122, 8.4, 0.199, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3338 observations" / source= '0406+352', 'J0409+3522' RA= 04:09:25.474066 DEC= +35:22:59.82354 RAER= 0.64 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.003, 8.4, 0.066, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0406+065', 'J0409+0640' RA= 04:09:25.847727 DEC= +06:40:35.10312 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.067, 8.4, 0.114, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '0407-215', 'J0409-2126' RA= 04:09:35.145977 DEC= -21:26:04.74445 RAER= 41.30 DECER= 31.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0406+292', 'J0409+2922' RA= 04:09:36.593547 DEC= +29:22:31.40171 RAER= 0.76 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0407-170', 'J0409-1655' RA= 04:09:37.334338 DEC= -16:55:35.53529 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.070, 8.4, 0.173, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0407-199', 'J0409-1948' RA= 04:09:40.549172 DEC= -19:48:01.78353 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.098, 8.4, 0.078, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '0407+012', 'J0409+0124' RA= 04:09:41.044927 DEC= +01:24:46.41812 RAER= 2.87 DECER= 6.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0407-041', 'J0409-0400' RA= 04:09:46.586450 DEC= -04:00:03.55387 RAER= 0.27 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.036, 8.4, 0.056, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0407-040', 'J0409-0355' RA= 04:09:49.089104 DEC= -03:55:20.91463 RAER= 0.52 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.017, 8.4, 0.019, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0405+625', 'J0409+6240' RA= 04:09:53.842194 DEC= +62:40:23.31057 RAER= 2.31 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0406+364', 'J0409+3632' RA= 04:09:54.025482 DEC= +36:32:33.67395 RAER= 2.24 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.018, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0407-129', 'J0410-1251' RA= 04:10:13.952994 DEC= -12:51:11.21055 RAER= 0.56 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.119, 8.4, 0.113, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0407+274', 'J0410+2733' RA= 04:10:20.462522 DEC= +27:33:56.46067 RAER= 0.31 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.058, 8.4, 0.053, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0409-526', 'J0410-5232' RA= 04:10:22.632735 DEC= -52:32:53.07704 RAER= 47.25 DECER= 16.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.410, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0408-380', 'J0410-3753' RA= 04:10:25.958863 DEC= -37:53:00.92980 RAER= 3.48 DECER= 7.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.046, 8.4, 0.063, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0408-100', 'J0410-0956' RA= 04:10:30.261526 DEC= -09:56:21.63492 RAER= 14.79 DECER= 12.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0407+03A', 'J0410+0316' RA= 04:10:31.327242 DEC= +03:16:33.78326 RAER= 3.35 DECER= 11.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0408-362', 'J0410-3607' RA= 04:10:34.651672 DEC= -36:07:33.82348 RAER= 76.62 DECER= 74.19 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0401+820', 'J0410+8208' RA= 04:10:39.426905 DEC= +82:08:23.81144 RAER= 1.31 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.066, 8.4, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '0412-779', 'J0410-7750' RA= 04:10:42.309406 DEC= -77:50:43.29420 RAER= 1.03 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.131, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0408-342', 'J0410-3410' RA= 04:10:42.451306 DEC= -34:10:02.00645 RAER= 0.91 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, 0.037, 8.4, 0.110, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0403+768', 'J0410+7656' RA= 04:10:45.610969 DEC= +76:56:45.31338 RAER= 0.55 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.831, 0.180, 5.0, 1.395, 0.105, 8.4, 0.502, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1110 observations" / source= '0409-398', 'J0410-3943' RA= 04:10:53.139738 DEC= -39:43:32.76965 RAER= 53.21 DECER= 78.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0408-149', 'J0410-1451' RA= 04:10:57.737730 DEC= -14:51:15.05398 RAER= 0.82 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.037, 8.4, 0.069, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0408-167', 'J0410-1636' RA= 04:10:59.457685 DEC= -16:36:10.59369 RAER= 0.40 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.037, 8.4, 0.089, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0407+421', 'J0410+4216' RA= 04:10:59.906279 DEC= +42:16:08.89536 RAER= 0.17 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.044, 8.4, 0.079, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 721 observations" / source= '0408+008', 'J0411+0058' RA= 04:11:22.239871 DEC= +00:58:03.82505 RAER= 0.49 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.052, 8.4, 0.067, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0409-280', 'J0411-2758' RA= 04:11:25.232124 DEC= -27:58:20.81059 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.101, 8.4, 0.175, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '0408+085', 'J0411+0843' RA= 04:11:33.857528 DEC= +08:43:11.41598 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.083, 8.4, 0.113, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '0410-519', 'J0411-5149' RA= 04:11:37.150034 DEC= -51:49:23.35005 RAER= 1.98 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.201, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0408+171', 'J0411+1714' RA= 04:11:40.661234 DEC= +17:14:05.07433 RAER= 0.24 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.032, 8.4, 0.058, 0.004 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '0408+345', 'J0411+3442' RA= 04:11:42.390800 DEC= +34:42:17.50437 RAER= 3.04 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0409-079', 'J0411-0748' RA= 04:11:44.596124 DEC= -07:48:48.07137 RAER= 0.65 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.019, 8.4, 0.036, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0408+305', 'J0411+3039' RA= 04:11:46.475115 DEC= +30:39:47.67438 RAER= 0.86 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.024, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0409+001', 'J0411+0013' RA= 04:11:49.014743 DEC= +00:13:57.41236 RAER= 2.33 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0409-045', 'J0411-0424' RA= 04:11:49.694131 DEC= -04:24:15.05533 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.083, 5.0, 0.111, 0.100, 8.4, 0.130, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '0409-082', 'J0411-0807' RA= 04:11:50.046489 DEC= -08:07:58.93685 RAER= 0.53 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.051, 8.4, 0.092, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0408+311', 'J0412+3119' RA= 04:12:07.910420 DEC= +31:19:13.75669 RAER= 1.29 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0410-335', 'J0412-3325' RA= 04:12:17.456047 DEC= -33:25:05.75070 RAER= 2.38 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.028, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0409+025', 'J0412+0240' RA= 04:12:28.715253 DEC= +02:40:37.92582 RAER= 0.48 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.116, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0409+000', 'J0412+0010' RA= 04:12:33.456573 DEC= +00:10:48.49999 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.088, 8.4, 0.123, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '0409+045', 'J0412+0438' RA= 04:12:38.187007 DEC= +04:38:06.03540 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.121, 8.4, 0.239, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 854 observations" / source= '0419-837', 'J0412-8335' RA= 04:12:39.773400 DEC= -83:35:21.20706 RAER= 3.09 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0406+742', 'J0412+7421' RA= 04:12:41.559108 DEC= +74:21:06.35770 RAER= 2.62 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.030, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0409+229', 'J0412+2305' RA= 04:12:43.666878 DEC= +23:05:05.45254 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.200, 5.0, 0.279, 0.040, 8.4, 0.292, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2537 observations" / source= '0410+065', 'J0412+0638' RA= 04:12:45.701998 DEC= +06:38:24.37551 RAER= 0.39 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0409+188', 'J0412+1856' RA= 04:12:45.944189 DEC= +18:56:37.07637 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.100, 8.4, 0.251, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 695 observations" / source= '0411-564', 'J0412-5616' RA= 04:12:47.565954 DEC= -56:16:38.45033 RAER= 3.21 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0411-462', 'J0412-4604' RA= 04:12:50.299818 DEC= -46:04:49.63798 RAER= 1.82 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0407+685', 'J0412+6838' RA= 04:12:53.610507 DEC= +68:38:37.49322 RAER= 7.16 DECER= 6.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0411-585', 'J0412-5828' RA= 04:12:54.278912 DEC= -58:28:07.43662 RAER= 6.81 DECER= 4.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0411-346', 'J0413-3430' RA= 04:13:01.045415 DEC= -34:30:10.81777 RAER= 21.22 DECER= 35.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0410+200', 'J0413+2012' RA= 04:13:09.562569 DEC= +20:12:45.28976 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.041, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '0412-536', 'J0413-5332' RA= 04:13:13.475094 DEC= -53:32:00.54701 RAER= 4.05 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0409+360', 'J0413+3608' RA= 04:13:13.814843 DEC= +36:08:12.34008 RAER= 0.76 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0410+14B', 'J0413+1430' RA= 04:13:20.708357 DEC= +14:30:35.95874 RAER= 0.89 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.036, 8.4, 0.038, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0410+236', 'J0413+2343' RA= 04:13:22.255322 DEC= +23:43:35.95490 RAER= 0.80 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.008, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0410+168', 'J0413+1659' RA= 04:13:22.327702 DEC= +16:59:51.09998 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.035, 8.4, 0.050, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '0410+266', 'J0413+2649' RA= 04:13:23.720154 DEC= +26:49:16.34162 RAER= 10.33 DECER= 13.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0411-063', 'J0413-0615' RA= 04:13:28.239592 DEC= -06:15:01.49192 RAER= 0.14 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.043, 8.4, 0.077, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '0409+452', 'J0413+4520' RA= 04:13:30.008501 DEC= +45:20:47.29420 RAER= 2.70 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0411-435', 'J0413-4324' RA= 04:13:33.740660 DEC= -43:24:08.04275 RAER= 1.47 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.451, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0410+404', 'J0413+4034' RA= 04:13:34.438526 DEC= +40:34:11.08744 RAER= 0.35 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.052, 8.4, 0.081, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0409+527', 'J0413+5250' RA= 04:13:37.086379 DEC= +52:50:52.94385 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.146, 8.4, 0.173, 0.093, 22.2, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '0410+110', 'J0413+1112' RA= 04:13:40.341009 DEC= +11:12:14.78605 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.159, 5.0, 0.301, 0.201, 8.4, 0.223, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1667 observations" / source= '0410+246', 'J0413+2446' RA= 04:13:43.262486 DEC= +24:46:40.38831 RAER= 0.42 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.048, 8.4, 0.055, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0412-570', 'J0413-5657' RA= 04:13:51.445735 DEC= -56:57:58.51992 RAER= 3.47 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0411-164', 'J0413-1619' RA= 04:13:59.275224 DEC= -16:19:30.40821 RAER= 0.45 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0411-16A', 'J0413-1618' RA= 04:13:59.921674 DEC= -16:18:44.14652 RAER= 0.43 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0411+096', 'J0414+0943' RA= 04:14:00.008951 DEC= +09:43:50.43369 RAER= 0.85 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.016, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0411+072', 'J0414+0723' RA= 04:14:04.489858 DEC= +07:23:12.61603 RAER= 1.07 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0412-270', 'J0414-2657' RA= 04:14:10.446980 DEC= -26:57:09.63170 RAER= 0.86 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.036, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0411+245', 'J0414+2441' RA= 04:14:14.835420 DEC= +24:41:19.30156 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, 0.029, 5.0, 0.022, 0.019, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 689 observations" / source= '0411+331', 'J0414+3316' RA= 04:14:15.524764 DEC= +33:16:42.40638 RAER= 0.71 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.017, 8.4, 0.034, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0411+151', 'J0414+1516' RA= 04:14:17.479052 DEC= +15:16:59.95562 RAER= 0.29 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.050, 8.4, 0.074, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0411-013', 'J0414-0111' RA= 04:14:18.035236 DEC= -01:11:11.04093 RAER= 0.43 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.019, 8.4, 0.049, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0411+143', 'J0414+1430' RA= 04:14:22.700735 DEC= +14:30:54.41080 RAER= 0.31 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.031, 8.4, 0.060, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0410+577', 'J0414+5751' RA= 04:14:25.175366 DEC= +57:51:53.07084 RAER= 2.68 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0412-282', 'J0414-2806' RA= 04:14:28.876767 DEC= -28:06:46.79863 RAER= 1.00 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0411+141', 'J0414+1416' RA= 04:14:29.808171 DEC= +14:16:23.48025 RAER= 0.46 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0412-088', 'J0414-0842' RA= 04:14:33.101894 DEC= -08:42:06.92496 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0411+341', 'J0414+3418' RA= 04:14:37.255794 DEC= +34:18:51.20904 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.677, 0.251, 8.4, 0.747, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '0411+054', 'J0414+053A' RA= 04:14:37.767430 DEC= +05:34:42.32896 RAER= 0.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.105, 5.0, 0.362, 0.061, 8.4, 0.102, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 643 observations" / source= '0411+05B', 'J0414+053B' RA= 04:14:37.776430 DEC= +05:34:42.73717 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.412, 0.078, 5.0, 0.237, 0.058, 8.4, 0.108, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '0410+486', 'J0414+4848' RA= 04:14:39.264190 DEC= +48:48:14.71985 RAER= 0.45 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.611, 0.066, 8.4, 0.174, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0412-075', 'J0414-0725' RA= 04:14:40.612187 DEC= -07:25:59.96700 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.048, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0412-071', 'J0414-0700' RA= 04:14:44.222844 DEC= -07:00:10.99531 RAER= 3.50 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0410+621', 'J0414+6214' RA= 04:14:47.022064 DEC= +62:14:12.40744 RAER= 2.40 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.011, 8.4, 0.027, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0412-235', 'J0414-2325' RA= 04:14:58.012393 DEC= -23:25:44.41929 RAER= 1.27 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.031, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0412-084', 'J0415-0817' RA= 04:15:03.059131 DEC= -08:17:06.89353 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0411+464', 'J0415+4632' RA= 04:15:04.322459 DEC= +46:32:17.89864 RAER= 1.87 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0412+254', 'J0415+2532' RA= 04:15:06.641776 DEC= +25:32:06.09034 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.050, 8.4, 0.058, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '0412-153', 'J0415-1515' RA= 04:15:12.380403 DEC= -15:15:53.02233 RAER= 0.41 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '0412+256', 'J0415+2548' RA= 04:15:13.192240 DEC= +25:48:00.39415 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.054, 8.4, 0.114, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0411+422', 'J0415+4220' RA= 04:15:24.465117 DEC= +42:20:16.53087 RAER= 2.18 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0408+777', 'J0415+7753' RA= 04:15:26.840418 DEC= +77:53:37.81919 RAER= 24.00 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0412+435', 'J0415+4341' RA= 04:15:33.524318 DEC= +43:41:43.17417 RAER= 2.49 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0412+287', 'J0415+2851' RA= 04:15:40.989183 DEC= +28:51:04.73052 RAER= 0.53 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.018, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0413-136', 'J0415-1329' RA= 04:15:45.694070 DEC= -13:29:16.06242 RAER= 0.24 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.034, 5.0, 0.046, 0.042, 8.4, 0.059, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122 observations" / source= '0414-477', 'J0415-4737' RA= 04:15:54.255411 DEC= -47:37:35.40964 RAER= 1.89 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0413-146', 'J0415-1430' RA= 04:15:55.066838 DEC= -14:30:38.23434 RAER= 0.48 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.027, 8.4, 0.040, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0412+447', 'J0415+4452' RA= 04:15:56.526510 DEC= +44:52:49.68348 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.283, 8.4, 0.424, 0.347, 22.2, 0.609, 0.449 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2095 observations" / source= '0414-467', 'J0415-4637' RA= 04:15:58.688665 DEC= -46:37:49.27419 RAER= 1.85 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.229, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0413-117', 'J0416-1136' RA= 04:16:02.714155 DEC= -11:36:38.68247 RAER= 1.87 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0413-210', 'J0416-2056' RA= 04:16:04.359743 DEC= -20:56:27.51775 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.375, 0.225, 8.4, 0.333, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0415-666', 'J0416-6628' RA= 04:16:04.933832 DEC= -66:28:58.59993 RAER= 2.28 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations. No flux information" / source= '0414-341', 'J0416-3403' RA= 04:16:10.054412 DEC= -34:03:03.96079 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.078, 8.4, 0.216, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 532 observations" / source= '0413+274', 'J0416+2733' RA= 04:16:10.649661 DEC= +27:33:53.24950 RAER= 0.25 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.014, 8.4, 0.031, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0414-439', 'J0416-4350' RA= 04:16:13.272159 DEC= -43:50:56.17201 RAER= 2.56 DECER= 6.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0414-339', 'J0416-3349' RA= 04:16:17.348498 DEC= -33:49:58.70085 RAER= 7.03 DECER= 20.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0414-337', 'J0416-3339' RA= 04:16:20.510641 DEC= -33:39:32.35305 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.155, 8.4, 0.084, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '0413-072', 'J0416-0709' RA= 04:16:22.658276 DEC= -07:09:50.15382 RAER= 0.59 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.032, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0412+451', 'J0416+4514' RA= 04:16:23.318261 DEC= +45:14:59.68431 RAER= 0.50 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.047, 8.4, 0.063, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0414-253', 'J0416-2513' RA= 04:16:28.387569 DEC= -25:13:16.84287 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.027, 5.0, 0.128, 0.108, 8.4, 0.124, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '0413+110', 'J0416+1109' RA= 04:16:30.281298 DEC= +11:09:45.99457 RAER= 0.54 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.055, 8.4, 0.057, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0414-157', 'J0416-1536' RA= 04:16:31.843268 DEC= -15:36:53.63322 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.046, 5.0, 0.133, 0.108, 8.4, 0.147, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0414-189', 'J0416-1851' RA= 04:16:36.544449 DEC= -18:51:08.34026 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.492, 0.457, 5.0, 0.443, 0.364, 8.4, 0.518, 0.431, 15.2, 0.817, 0.600 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9124 observations" / source= '0414-363', 'J0416-3612' RA= 04:16:42.864506 DEC= -36:12:12.82745 RAER= 0.98 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.027, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0413+310', 'J0416+3108' RA= 04:16:47.355654 DEC= +31:08:11.24726 RAER= 20.62 DECER= 12.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0414+009', 'J0416+0105' RA= 04:16:52.494504 DEC= +01:05:23.89931 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '0414-007', 'J0416-0037' RA= 04:16:53.802192 DEC= -00:37:00.35217 RAER= 0.50 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.036, 8.4, 0.045, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0414-060', 'J0417-0553' RA= 04:17:16.784340 DEC= -05:53:45.60951 RAER= 0.35 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.060, 8.4, 0.091, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0414+364', 'J0417+3631' RA= 04:17:18.834032 DEC= +36:31:48.02622 RAER= 0.64 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.055, 8.4, 0.103, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0415-169', 'J0417-1649' RA= 04:17:31.111690 DEC= -16:49:36.51620 RAER= 3.91 DECER= 8.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0414+390', 'J0417+3908' RA= 04:17:34.722348 DEC= +39:08:23.75477 RAER= 0.32 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.072, 8.4, 0.099, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0415-215', 'J0417-2123' RA= 04:17:50.922276 DEC= -21:23:41.28539 RAER= 10.46 DECER= 11.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0415-221', 'J0417-2200' RA= 04:17:55.389607 DEC= -22:00:48.46660 RAER= 0.72 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0415-029', 'J0417-0250' RA= 04:17:58.260128 DEC= -02:50:19.33057 RAER= 0.37 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.070, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0414+33A', 'J0417+332A' RA= 04:17:59.238634 DEC= +33:25:01.21516 RAER= 0.64 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0414+332', 'J0417+3324' RA= 04:17:59.324558 DEC= +33:24:59.92469 RAER= 0.60 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0414+340', 'J0418+3411' RA= 04:18:09.950758 DEC= +34:11:34.89528 RAER= 0.35 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0415-068', 'J0418-0644' RA= 04:18:18.172603 DEC= -06:44:09.45617 RAER= 1.76 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.010, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0414+548', 'J0418+5457' RA= 04:18:19.340282 DEC= +54:57:15.33471 RAER= 0.24 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.050, 8.4, 0.154, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '0415+379', 'J0418+3801' RA= 04:18:21.277227 DEC= +38:01:35.80012 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.784, 0.593, 5.0, 1.427, 0.291, 8.4, 1.619, 0.476, 15.2, 2.485, 0.547 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '0413+669', 'J0418+6705' RA= 04:18:22.488984 DEC= +67:05:47.95076 RAER= 3.68 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0413+687', 'J0418+6851' RA= 04:18:30.816161 DEC= +68:51:04.81044 RAER= 2.35 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0414+443', 'J0418+4428' RA= 04:18:32.338051 DEC= +44:28:36.65673 RAER= 4.97 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.138, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0415+329', 'J0418+3307' RA= 04:18:36.356836 DEC= +33:07:09.95540 RAER= 0.68 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0415+211', 'J0418+2116' RA= 04:18:40.284339 DEC= +21:16:31.15243 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.048, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '0416+056', 'J0418+0543' RA= 04:18:42.537831 DEC= +05:43:38.29617 RAER= 0.64 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0415+169', 'J0418+1706' RA= 04:18:42.721398 DEC= +17:06:42.93435 RAER= 0.85 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.031, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0414+547', 'J0418+5453' RA= 04:18:46.099890 DEC= +54:53:45.65211 RAER= 4.66 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.084, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0416-031', 'J0418-0300' RA= 04:18:48.477469 DEC= -03:00:08.24381 RAER= 0.44 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.010, 8.4, 0.026, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0416-234', 'J0419-2320' RA= 04:19:00.141343 DEC= -23:20:51.25639 RAER= 2.08 DECER= 6.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0416-216', 'J0419-2132' RA= 04:19:00.418428 DEC= -21:32:35.67627 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.109, 8.4, 0.104, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0416-098', 'J0419-0946' RA= 04:19:05.240850 DEC= -09:46:36.46243 RAER= 0.58 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.011, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0417-352', 'J0419-3505' RA= 04:19:07.204171 DEC= -35:05:27.75867 RAER= 9.14 DECER= 32.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0416-213', 'J0419-2112' RA= 04:19:09.160104 DEC= -21:12:47.48424 RAER= 0.40 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.073, 8.4, 0.093, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0416+270', 'J0419+2712' RA= 04:19:11.129536 DEC= +27:12:08.21449 RAER= 1.89 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0416-144', 'J0419-1420' RA= 04:19:13.209375 DEC= -14:20:19.79762 RAER= 0.85 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.173, 0.051, 8.4, 0.105, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0416+126', 'J0419+1247' RA= 04:19:15.656190 DEC= +12:47:19.30605 RAER= 0.70 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.027, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0415+572', 'J0419+5722' RA= 04:19:19.412957 DEC= +57:22:59.98411 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.728, 0.352, 8.4, 0.341, 0.132, 22.2, 0.227, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1493 observations" / source= '0416+020', 'J0419+0210' RA= 04:19:21.528348 DEC= +02:10:00.78695 RAER= 1.06 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.020, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0416-080', 'J0419-0758' RA= 04:19:22.502463 DEC= -07:58:17.28635 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.035, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0415+398', 'J0419+3955' RA= 04:19:22.549520 DEC= +39:55:28.97758 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.347, 0.271, 8.4, 0.410, 0.214, 15.2, 0.365, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9806 observations" / source= '0416+147', 'J0419+1451' RA= 04:19:22.799960 DEC= +14:51:30.46951 RAER= 0.42 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.047, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0416+184', 'J0419+1835' RA= 04:19:31.041841 DEC= +18:35:28.67551 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.010, 8.4, 0.068, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '0416+079', 'J0419+0803' RA= 04:19:31.988097 DEC= +08:03:49.99097 RAER= 1.52 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0416+081', 'J0419+0816' RA= 04:19:35.283970 DEC= +08:16:24.09090 RAER= 1.20 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0416+091', 'J0419+0913' RA= 04:19:36.119239 DEC= +09:13:44.68651 RAER= 0.88 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.021, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0418-573', 'J0419-5711' RA= 04:19:36.743593 DEC= -57:11:42.28375 RAER= 2.75 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0416+402', 'J0419+4024' RA= 04:19:36.865500 DEC= +40:24:36.53286 RAER= 18.26 DECER= 12.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0417-008', 'J0419-0042' RA= 04:19:37.336841 DEC= -00:42:46.58656 RAER= 0.68 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.043, 8.4, 0.016, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0417-107', 'J0419-1035' RA= 04:19:43.295194 DEC= -10:35:15.01981 RAER= 0.32 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.048, 8.4, 0.063, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0418-399', 'J0419-3950' RA= 04:19:46.923208 DEC= -39:50:05.61711 RAER= 2.31 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.021, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0417-302', 'J0419-3010' RA= 04:19:47.205012 DEC= -30:10:23.85344 RAER= 0.26 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.047, 8.4, 0.081, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '0417+004', 'J0419+0032' RA= 04:19:53.174038 DEC= +00:32:49.70733 RAER= 0.95 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.045, 8.4, 0.029, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0417+079', 'J0419+0804' RA= 04:19:59.202245 DEC= +08:04:38.53576 RAER= 0.40 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.057, 8.4, 0.100, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0418-567', 'J0419-5636' RA= 04:19:59.498523 DEC= -56:36:11.40664 RAER= 3.38 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0416+400', 'J0420+4011' RA= 04:20:13.445539 DEC= +40:11:21.35149 RAER= 1.46 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0416+387', 'J0420+3849' RA= 04:20:13.584799 DEC= +38:49:43.05379 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.162, 5.0, 0.196, 0.087, 8.4, 0.186, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '0418-151', 'J0420-1501' RA= 04:20:18.393367 DEC= -15:01:26.57708 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.149, 8.4, 0.181, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '0417+024', 'J0420+0235' RA= 04:20:22.227552 DEC= +02:35:30.63638 RAER= 0.92 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0417+275', 'J0420+2742' RA= 04:20:22.246348 DEC= +27:42:44.34166 RAER= 0.71 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0418-378', 'J0420-3744' RA= 04:20:25.103847 DEC= -37:44:44.86240 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.046, 8.4, 0.048, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0418-144', 'J0420-1416' RA= 04:20:31.862614 DEC= -14:16:58.11652 RAER= 12.50 DECER= 14.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0418-288', 'J0420-2841' RA= 04:20:36.447330 DEC= -28:41:15.02914 RAER= 12.18 DECER= 20.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0417+146', 'J0420+1446' RA= 04:20:38.082472 DEC= +14:46:58.35315 RAER= 0.53 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0418+148', 'J0420+1459' RA= 04:20:51.084123 DEC= +14:59:15.57725 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.026, 8.4, 0.056, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '0418-079', 'J0420-0752' RA= 04:20:53.941089 DEC= -07:52:19.93836 RAER= 0.67 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0420-625', 'J0420-6223' RA= 04:20:56.041541 DEC= -62:23:38.84917 RAER= 10.63 DECER= 10.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0416+617', 'J0421+6154' RA= 04:21:03.215222 DEC= +61:54:38.64950 RAER= 1.99 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0418+259', 'J0421+2606' RA= 04:21:03.348682 DEC= +26:06:36.47556 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.041, 8.4, 0.083, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '0418-220', 'J0421-2156' RA= 04:21:04.133341 DEC= -21:56:02.58165 RAER= 0.95 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0418+350', 'J0421+3511' RA= 04:21:19.723204 DEC= +35:11:15.98372 RAER= 0.40 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.059, 8.4, 0.073, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0419-115', 'J0421-1125' RA= 04:21:25.863325 DEC= -11:25:57.90158 RAER= 0.66 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0420-484', 'J0421-4818' RA= 04:21:27.481870 DEC= -48:18:05.17992 RAER= 1.93 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0419-094', 'J0421-0922' RA= 04:21:32.484421 DEC= -09:22:38.64389 RAER= 0.59 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0418+183', 'J0421+1827' RA= 04:21:33.727962 DEC= +18:27:00.40357 RAER= 0.89 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.012, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0418+354', 'J0421+3536' RA= 04:21:35.601302 DEC= +35:36:26.32152 RAER= 0.68 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.008, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0419-023', 'J0421-0212' RA= 04:21:42.781774 DEC= -02:12:18.83836 RAER= 0.59 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.043, 8.4, 0.018, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0418+437', 'J0421+4352' RA= 04:21:51.774931 DEC= +43:52:10.42968 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.113, 8.4, 0.147, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 787 observations" / source= '0419+208', 'J0421+2059' RA= 04:21:58.236746 DEC= +20:59:48.09329 RAER= 0.72 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0419+083', 'J0422+0827' RA= 04:22:07.079658 DEC= +08:27:07.15892 RAER= 0.44 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0419-068', 'J0422-0643' RA= 04:22:10.795440 DEC= -06:43:45.33156 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.105, 8.4, 0.152, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0420-388', 'J0422-3844' RA= 04:22:14.782950 DEC= -38:44:52.81987 RAER= 1.90 DECER= 9.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0419+308', 'J0422+3058' RA= 04:22:21.223764 DEC= +30:58:09.71354 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.068, 8.4, 0.151, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0419+161', 'J0422+1614' RA= 04:22:27.721115 DEC= +16:14:26.87671 RAER= 0.82 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0420-139', 'J0422-1347' RA= 04:22:28.130154 DEC= -13:47:21.18827 RAER= 0.67 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.037, 8.4, 0.060, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0419+140', 'J0422+1407' RA= 04:22:29.832209 DEC= +14:07:44.79594 RAER= 0.37 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '0419+313', 'J0422+3127' RA= 04:22:37.623723 DEC= +31:27:32.47964 RAER= 19.09 DECER= 9.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0420-322', 'J0422-3209' RA= 04:22:41.672647 DEC= -32:09:25.98241 RAER= 2.47 DECER= 13.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, n/a, 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0419+255', 'J0422+2540' RA= 04:22:44.161421 DEC= +25:40:46.38469 RAER= 1.00 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0418+532', 'J0422+5324' RA= 04:22:44.398910 DEC= +53:24:26.26273 RAER= 0.17 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.364, 0.164, 8.4, 0.381, 0.226, 22.2, 1.296, 0.956 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7167 observations" / source= '0420-245', 'J0422-2425' RA= 04:22:45.184972 DEC= -24:25:04.05076 RAER= 2.13 DECER= 5.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0420+05A', 'J0422+0549' RA= 04:22:46.119045 DEC= +05:49:48.73528 RAER= 0.60 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.014, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0418+650', 'J0422+6510' RA= 04:22:46.285628 DEC= +65:10:18.11713 RAER= 2.54 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.030, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0419+175', 'J0422+1741' RA= 04:22:47.772741 DEC= +17:41:15.85946 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.039, 8.4, 0.056, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 284 observations" / source= '0420-206', 'J0422-2034' RA= 04:22:48.461436 DEC= -20:34:56.03414 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.055, 8.4, 0.086, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '0420+022', 'J0422+0219' RA= 04:22:52.214654 DEC= +02:19:26.93074 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.094, 0.892, 5.0, 0.903, 0.671, 8.4, 1.116, 0.714, 15.2, 0.649, 0.379 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37040 observations" / source= '0421-333', 'J0422-3315' RA= 04:22:54.291476 DEC= -33:15:08.30177 RAER= 0.71 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.059, 8.4, 0.065, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0420-294', 'J0422-2917' RA= 04:22:58.737732 DEC= -29:17:48.30154 RAER= 11.55 DECER= 21.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0420+057', 'J0423+0550' RA= 04:23:00.794782 DEC= +05:50:47.76271 RAER= 0.37 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.047, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0418+607', 'J0423+6053' RA= 04:23:00.813602 DEC= +60:53:52.09395 RAER= 3.34 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0420+210', 'J0423+2108' RA= 04:23:01.988408 DEC= +21:08:02.12687 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.123, 8.4, 0.184, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 813 observations" / source= '0417+730', 'J0423+7309' RA= 04:23:08.381932 DEC= +73:09:39.05076 RAER= 6.85 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0421-400', 'J0423-3953' RA= 04:23:08.492174 DEC= -39:53:56.61945 RAER= 1.52 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.045, 8.4, 0.046, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0420-014', 'J0423-0120' RA= 04:23:15.800724 DEC= -01:20:33.06566 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.557, 0.930, 5.0, 1.554, 0.996, 8.4, 1.915, 1.080, 15.2, 5.222, 3.841 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114076 observations" / source= '0420+076', 'J0423+0743' RA= 04:23:17.962050 DEC= +07:43:28.50296 RAER= 0.51 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.024, 8.4, 0.059, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0421-168', 'J0423-1643' RA= 04:23:19.370099 DEC= -16:43:17.22340 RAER= 0.60 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.015, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0421-315', 'J0423-3123' RA= 04:23:25.668740 DEC= -31:23:51.34658 RAER= 3.29 DECER= 13.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0420+340', 'J0423+3410' RA= 04:23:43.153162 DEC= +34:10:47.45338 RAER= 0.70 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0421-341', 'J0423-3402' RA= 04:23:46.884557 DEC= -34:02:42.27601 RAER= 0.72 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.040, 8.4, 0.054, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0418+674', 'J0423+6731' RA= 04:23:50.865073 DEC= +67:31:05.08513 RAER= 2.24 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.055, 8.4, 0.027, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0421+004', 'J0423+0031' RA= 04:23:51.474948 DEC= +00:31:06.12487 RAER= 1.47 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0420+347', 'J0423+3451' RA= 04:23:53.269252 DEC= +34:51:44.98212 RAER= 0.41 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.051, 8.4, 0.089, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0421-225', 'J0423-2224' RA= 04:23:54.169530 DEC= -22:24:00.18030 RAER= 0.79 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0420+417', 'J0423+4150' RA= 04:23:56.009802 DEC= +41:50:02.71289 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.426, 0.449, 5.0, 1.107, 0.679, 8.4, 1.302, 0.715, 15.2, 1.345, 0.682, 22.2, 1.306, 0.512 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5117 observations" / source= '0424-728', 'J0423-7245' RA= 04:23:57.205872 DEC= -72:45:50.03685 RAER= 42.15 DECER= 11.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0421-183', 'J0423-1814' RA= 04:23:57.268137 DEC= -18:14:16.20098 RAER= 0.91 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.017, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0421+023', 'J0424+0226' RA= 04:24:02.577664 DEC= +02:26:42.63304 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.075, 8.4, 0.097, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '0421+019', 'J0424+0204' RA= 04:24:08.562044 DEC= +02:04:24.96388 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.754, 0.216, 8.4, 0.442, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '0421-090', 'J0424-0856' RA= 04:24:18.357705 DEC= -08:56:27.65464 RAER= 2.35 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0422-278', 'J0424-2743' RA= 04:24:18.597052 DEC= -27:43:43.99508 RAER= 1.35 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.049, 8.4, 0.031, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0421+145', 'J0424+1442' RA= 04:24:23.490733 DEC= +14:42:16.68269 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.510, 0.236, 8.4, 0.189, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 764 observations" / source= '0421+156', 'J0424+1546' RA= 04:24:28.467313 DEC= +15:46:18.95861 RAER= 1.52 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0421+071', 'J0424+0715' RA= 04:24:32.760629 DEC= +07:15:39.44674 RAER= 0.73 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.011, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0422-389', 'J0424-3848' RA= 04:24:33.716215 DEC= -38:48:41.64298 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.093, 8.4, 0.170, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 818 observations" / source= '0421+464', 'J0424+4636' RA= 04:24:39.165315 DEC= +46:36:32.28061 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.036, 8.4, 0.131, 0.115, 22.2, 0.426, 0.393 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1362 observations" / source= '0422-380', 'J0424-3756' RA= 04:24:42.243698 DEC= -37:56:20.78447 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.651, 0.374, 5.0, 1.173, 0.792, 8.4, 1.129, 0.592 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3406 observations" / source= '0422+004', 'J0424+0036' RA= 04:24:46.842063 DEC= +00:36:06.32937 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.417, 0.319, 5.0, 0.434, 0.406, 8.4, 0.413, 0.312, 15.2, 0.725, 0.525 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7297 observations" / source= '0422-230', 'J0424-2256' RA= 04:24:50.217847 DEC= -22:56:45.28842 RAER= 0.91 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0422+164', 'J0424+1632' RA= 04:24:56.567909 DEC= +16:32:09.03935 RAER= 0.43 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0422+079', 'J0424+0805' RA= 04:24:57.602876 DEC= +08:05:17.32688 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.262, 5.0, 0.230, 0.204, 8.4, 0.185, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '0422-249', 'J0425-2451' RA= 04:25:02.381412 DEC= -24:51:28.48159 RAER= 1.41 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.007, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0423-536', 'J0425-5331' RA= 04:25:04.273156 DEC= -53:31:58.25987 RAER= 1.98 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0424-668', 'J0425-6646' RA= 04:25:06.766281 DEC= -66:46:50.26662 RAER= 1.08 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.164, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0422-029', 'J0425-0247' RA= 04:25:11.113440 DEC= -02:47:35.34545 RAER= 0.41 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.031, 8.4, 0.051, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0422+124', 'J0425+1232' RA= 04:25:17.731508 DEC= +12:32:22.54196 RAER= 1.21 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0423-324', 'J0425-3223' RA= 04:25:19.450881 DEC= -32:23:13.60371 RAER= 2.24 DECER= 6.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0422+178', 'J0425+1755' RA= 04:25:24.463012 DEC= +17:55:24.97758 RAER= 7.19 DECER= 7.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0420+632', 'J0425+6320' RA= 04:25:25.354526 DEC= +63:20:01.68994 RAER= 4.14 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0423-225', 'J0425-2227' RA= 04:25:26.047362 DEC= -22:27:12.32403 RAER= 0.74 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.083, 8.4, 0.059, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0422+084', 'J0425+0833' RA= 04:25:38.649261 DEC= +08:33:32.46563 RAER= 0.34 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.036, 8.4, 0.148, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0423-081', 'J0425-0803' RA= 04:25:41.240956 DEC= -08:03:01.29705 RAER= 1.76 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.027, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0422+224', 'J0425+2235' RA= 04:25:41.945752 DEC= +22:35:07.24942 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.097, 8.4, 0.053, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '0423-111', 'J0425-1103' RA= 04:25:44.442668 DEC= -11:03:50.84349 RAER= 0.50 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.022, 8.4, 0.055, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0423-163', 'J0425-1612' RA= 04:25:53.573721 DEC= -16:12:40.23083 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.494, 0.121, 8.4, 0.152, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0423+093', 'J0426+0927' RA= 04:26:17.478495 DEC= +09:27:23.76548 RAER= 1.18 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.038, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0421+671', 'J0426+6716' RA= 04:26:20.203805 DEC= +67:16:55.22211 RAER= 4.24 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0423+055', 'J0426+0542' RA= 04:26:21.014933 DEC= +05:42:22.82995 RAER= 0.93 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0423+290', 'J0426+2911' RA= 04:26:24.579899 DEC= +29:11:00.09094 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.100, 8.4, 0.065, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0424-389', 'J0426-3852' RA= 04:26:24.887111 DEC= -38:52:15.83231 RAER= 19.64 DECER= 81.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0423+297', 'J0426+2952' RA= 04:26:30.226145 DEC= +29:52:22.93352 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.097, 8.4, 0.142, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0423+198', 'J0426+1959' RA= 04:26:32.496264 DEC= +19:59:32.77401 RAER= 0.87 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.026, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0423+186', 'J0426+1843' RA= 04:26:33.207524 DEC= +18:43:09.32679 RAER= 0.30 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '0424-121', 'J0426-1200' RA= 04:26:33.493642 DEC= -12:00:08.29267 RAER= 0.70 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0423+051', 'J0426+0518' RA= 04:26:36.604107 DEC= +05:18:19.87234 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.582, 0.205, 8.4, 0.341, 0.199, 15.2, 0.411, 0.264 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 651 observations" / source= '0422+496', 'J0426+4948' RA= 04:26:36.751547 DEC= +49:48:06.86692 RAER= 4.29 DECER= 4.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0421+683', 'J0426+6825' RA= 04:26:50.070067 DEC= +68:25:52.92942 RAER= 0.33 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.096, 8.4, 0.182, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 737 observations" / source= '0422+578', 'J0426+5755' RA= 04:26:53.136249 DEC= +57:55:09.15454 RAER= 1.26 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.036, 8.4, 0.059, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0423+183', 'J0426+1826' RA= 04:26:53.422171 DEC= +18:26:52.80446 RAER= 0.21 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.088, 8.4, 0.153, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0424+128', 'J0426+1257' RA= 04:26:54.065223 DEC= +12:57:02.25230 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.038, 8.4, 0.059, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0423+233', 'J0426+2327' RA= 04:26:55.734808 DEC= +23:27:39.63351 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.256, 0.182, 8.4, 0.237, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1394 observations" / source= '0423+237', 'J0426+2350' RA= 04:26:55.970283 DEC= +23:50:26.58488 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.113, 8.4, 0.153, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 834 observations" / source= '0422+613', 'J0427+6129' RA= 04:27:01.427949 DEC= +61:29:49.67899 RAER= 4.73 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0424-131', 'J0427-1302' RA= 04:27:07.305276 DEC= -13:02:53.71610 RAER= 0.24 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.717, 0.244, 5.0, 0.229, 0.043, 8.4, 0.116, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0423+399', 'J0427+4002' RA= 04:27:07.311826 DEC= +40:02:42.12469 RAER= 9.06 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0424-080', 'J0427-0756' RA= 04:27:14.237071 DEC= -07:56:24.96691 RAER= 1.49 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0425-391', 'J0427-3901' RA= 04:27:21.665289 DEC= -39:01:00.08655 RAER= 1.14 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.124, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0424-015', 'J0427-0126' RA= 04:27:21.724514 DEC= -01:26:34.41416 RAER= 0.89 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0424+025', 'J0427+0241' RA= 04:27:22.669398 DEC= +02:41:59.95260 RAER= 0.37 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.056, 8.4, 0.071, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0425-071', 'J0427-0700' RA= 04:27:26.159228 DEC= -07:00:31.26407 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.318, 0.272, 8.4, 0.200, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 774 observations" / source= '0425-187', 'J0427-1835' RA= 04:27:29.453651 DEC= -18:35:33.49116 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0425-117', 'J0427-1137' RA= 04:27:33.705347 DEC= -11:37:42.54539 RAER= 1.13 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0424+355', 'J0427+3537' RA= 04:27:37.839813 DEC= +35:37:23.77686 RAER= 1.20 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0425-045', 'J0427-0424' RA= 04:27:38.966613 DEC= -04:24:50.74719 RAER= 0.45 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.051, 8.4, 0.052, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0424+414', 'J0427+4133' RA= 04:27:46.045556 DEC= +41:33:01.09980 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.810, 0.465, 8.4, 0.539, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '0425+048', 'J0427+0457' RA= 04:27:47.570543 DEC= +04:57:08.32533 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.089, 5.0, 0.311, 0.124, 8.4, 0.325, 0.179, 15.2, 0.338, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2553 observations" / source= '0423+561', 'J0427+5618' RA= 04:27:50.228108 DEC= +56:18:35.19813 RAER= 0.85 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.058, 8.4, 0.075, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0425+085', 'J0427+0839' RA= 04:27:52.143649 DEC= +08:39:22.07868 RAER= 0.67 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.046, 8.4, 0.029, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0424+328', 'J0428+3259' RA= 04:28:05.808777 DEC= +32:59:52.04408 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.234, 8.4, 0.397, 0.121, 15.2, 0.349, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '0427-647', 'J0428-6438' RA= 04:28:10.880456 DEC= -64:38:23.36250 RAER= 8.76 DECER= 5.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.216, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0425+094', 'J0428+0932' RA= 04:28:14.690438 DEC= +09:32:41.87577 RAER= 1.38 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.026, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0425-036', 'J0428-0332' RA= 04:28:15.679868 DEC= -03:32:13.04922 RAER= 0.69 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.024, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0425+133', 'J0428+1329' RA= 04:28:33.759486 DEC= +13:29:56.37937 RAER= 1.35 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0425+174', 'J0428+1732' RA= 04:28:35.633688 DEC= +17:32:23.58748 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.224, 8.4, 0.175, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 963 observations" / source= '0425+153', 'J0428+1525' RA= 04:28:36.960139 DEC= +15:25:47.41317 RAER= 0.49 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0426-380', 'J0428-3756' RA= 04:28:40.424268 DEC= -37:56:19.58075 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.667, 0.503, 5.0, 1.819, 1.569, 8.4, 0.521, 0.296 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7354 observations" / source= '0427-502', 'J0428-5005' RA= 04:28:42.632164 DEC= -50:05:34.29459 RAER= 0.22 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.368, 0.355 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '0426-126', 'J0428-1230' RA= 04:28:44.866059 DEC= -12:30:17.05332 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.074, 5.0, 0.113, 0.079, 8.4, 0.104, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '0424+551', 'J0428+5518' RA= 04:28:46.691488 DEC= +55:18:14.15332 RAER= 1.49 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.007, 8.4, 0.037, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0426-069', 'J0428-0652' RA= 04:28:47.261784 DEC= -06:52:10.18398 RAER= 0.68 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.035, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0427-382', 'J0428-3805' RA= 04:28:50.845364 DEC= -38:05:50.46578 RAER= 9.75 DECER= 39.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0426-258', 'J0428-2544' RA= 04:28:56.459906 DEC= -25:44:10.91729 RAER= 37.81 DECER= 33.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0426+092', 'J0429+0918' RA= 04:29:02.569589 DEC= +09:18:49.23502 RAER= 0.91 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0424+670', 'J0429+6710' RA= 04:29:06.025128 DEC= +67:10:16.52911 RAER= 1.74 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.051, 8.4, 0.063, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0425+291', 'J0429+2912' RA= 04:29:07.636950 DEC= +29:12:35.52545 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0427-539', 'J0429-5349' RA= 04:29:08.200388 DEC= -53:49:40.20921 RAER= 3.37 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0426+157', 'J0429+1550' RA= 04:29:17.697161 DEC= +15:50:57.32403 RAER= 0.81 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.014, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0426-002', 'J0429-0006' RA= 04:29:19.138326 DEC= -00:06:10.96976 RAER= 0.74 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.044, 8.4, 0.040, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0425+396', 'J0429+3947' RA= 04:29:20.800748 DEC= +39:47:36.47785 RAER= 3.62 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0427-128', 'J0429-1245' RA= 04:29:24.345968 DEC= -12:45:58.86917 RAER= 0.73 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0427-435', 'J0429-4328' RA= 04:29:25.038666 DEC= -43:28:36.53939 RAER= 2.42 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0426+181', 'J0429+1815' RA= 04:29:29.153663 DEC= +18:15:52.17806 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.051, 5.0, 0.134, 0.098, 8.4, 0.150, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 929 observations" / source= '0427-272', 'J0429-2709' RA= 04:29:32.583241 DEC= -27:09:57.18722 RAER= 1.29 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0427-365', 'J0429-3629' RA= 04:29:39.744609 DEC= -36:29:18.79463 RAER= 1.86 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0427-345', 'J0429-3426' RA= 04:29:46.930614 DEC= -34:26:40.88410 RAER= 36.75 DECER= 61.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0426+286', 'J0429+2842' RA= 04:29:49.989950 DEC= +28:42:53.14860 RAER= 0.45 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0426+332', 'J0429+3319' RA= 04:29:52.721164 DEC= +33:19:01.85841 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.595, 0.338, 5.0, 0.438, 0.157, 8.4, 0.339, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '0427+033', 'J0429+0326' RA= 04:29:52.738717 DEC= +03:26:54.32571 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0426+273', 'J0429+2724' RA= 04:29:52.960773 DEC= +27:24:37.87614 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.509, 0.314, 8.4, 0.286, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5993 observations" / source= '0426+354', 'J0429+3533' RA= 04:29:57.275954 DEC= +35:33:06.84513 RAER= 5.04 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0428-311', 'J0429-3059' RA= 04:29:58.938989 DEC= -30:59:35.26189 RAER= 0.65 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0428-375', 'J0429-3727' RA= 04:29:59.888509 DEC= -37:27:00.48614 RAER= 3.38 DECER= 9.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0426+343', 'J0430+3427' RA= 04:30:04.725412 DEC= +34:27:19.32502 RAER= 1.20 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.011, 8.4, 0.034, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0427-230', 'J0430-2254' RA= 04:30:07.278732 DEC= -22:54:44.73326 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.027, 5.0, 0.104, 0.074, 8.4, 0.111, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '0426+327', 'J0430+3250' RA= 04:30:10.023977 DEC= +32:50:02.08601 RAER= 0.56 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.027, 8.4, 0.048, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0427+062', 'J0430+0620' RA= 04:30:12.535729 DEC= +06:20:33.46440 RAER= 0.31 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.051, 8.4, 0.092, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0428-199', 'J0430-1950' RA= 04:30:12.551523 DEC= -19:50:22.36079 RAER= 0.74 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.011, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0428-252', 'J0430-2507' RA= 04:30:16.036031 DEC= -25:07:38.96211 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.054, 8.4, 0.059, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '0427+277', 'J0430+2752' RA= 04:30:20.365941 DEC= +27:52:23.69431 RAER= 0.77 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0427-055', 'J0430-0523' RA= 04:30:21.200173 DEC= -05:23:43.85691 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.057, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '0429-616', 'J0430-6132' RA= 04:30:22.010269 DEC= -61:32:00.67187 RAER= 0.75 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.098, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0427+168', 'J0430+1655' RA= 04:30:22.347037 DEC= +16:55:04.74848 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.042, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0426+594', 'J0430+5933' RA= 04:30:34.038527 DEC= +59:33:33.17905 RAER= 2.48 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0427+235', 'J0430+2340' RA= 04:30:34.439946 DEC= +23:40:20.81543 RAER= 0.16 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.060, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0427+420', 'J0430+4211' RA= 04:30:39.355194 DEC= +42:11:23.18312 RAER= 0.55 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.037, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0428+005', 'J0430+0039' RA= 04:30:39.935415 DEC= +00:39:41.91880 RAER= 0.85 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0428-132', 'J0430-1308' RA= 04:30:41.282432 DEC= -13:08:15.69299 RAER= 3.09 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0427+325', 'J0430+3239' RA= 04:30:55.230389 DEC= +32:39:48.54083 RAER= 3.62 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0428+172', 'J0430+1723' RA= 04:30:59.845186 DEC= +17:23:15.68518 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 275 observations" / source= '0428+205', 'J0431+2037' RA= 04:31:03.761458 DEC= +20:37:34.26203 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.962, 0.173, 5.0, 1.865, 0.112, 8.4, 0.447, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 792 observations" / source= '0428+061', 'J0431+0616' RA= 04:31:15.607189 DEC= +06:16:56.29939 RAER= 0.71 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.073, 8.4, 0.038, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0429-159', 'J0431-1549' RA= 04:31:20.151678 DEC= -15:49:03.42122 RAER= 0.56 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.057, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0428-042', 'J0431-0406' RA= 04:31:28.088552 DEC= -04:06:27.31996 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.147, 8.4, 0.257, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '0431-642', 'J0431-6406' RA= 04:31:28.102735 DEC= -64:06:31.36637 RAER= 0.86 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0427+462', 'J0431+4619' RA= 04:31:30.904416 DEC= +46:19:15.99059 RAER= 2.00 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.072, 8.4, 0.074, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0429-081', 'J0431-0804' RA= 04:31:36.080649 DEC= -08:04:32.65325 RAER= 0.74 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.028, 8.4, 0.086, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0429-342', 'J0431-3407' RA= 04:31:36.686367 DEC= -34:07:37.67244 RAER= 1.87 DECER= 5.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0425+739', 'J0431+7403' RA= 04:31:45.076069 DEC= +74:03:26.71677 RAER= 2.58 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0428+445', 'J0431+4442' RA= 04:31:46.313904 DEC= +44:42:07.76800 RAER= 2.22 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0429+08A', 'J0431+0830' RA= 04:31:50.751133 DEC= +08:30:57.01798 RAER= 0.33 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.046, 8.4, 0.093, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0428+348', 'J0431+3456' RA= 04:31:56.851324 DEC= +34:56:17.70551 RAER= 0.44 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0429-090', 'J0431-0854' RA= 04:31:57.302505 DEC= -08:54:46.86622 RAER= 0.96 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0429+174', 'J0431+1731' RA= 04:31:57.379238 DEC= +17:31:35.77525 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.077, 8.4, 0.175, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1787 observations" / source= '0428+314', 'J0432+3131' RA= 04:32:06.442329 DEC= +31:31:13.33284 RAER= 0.16 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.082, 5.0, 0.145, 0.117, 8.4, 0.162, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 324 observations" / source= '0425+744', 'J0432+7435' RA= 04:32:10.285766 DEC= +74:35:07.56863 RAER= 4.72 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0430-278', 'J0432-2746' RA= 04:32:17.680838 DEC= -27:46:25.22654 RAER= 1.75 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0431-512', 'J0432-5109' RA= 04:32:21.178325 DEC= -51:09:25.18586 RAER= 0.89 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.178, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0430-163', 'J0432-1614' RA= 04:32:29.082259 DEC= -16:14:05.66883 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.149, 8.4, 0.323, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '0429+181', 'J0432+1814' RA= 04:32:29.461735 DEC= +18:14:00.20807 RAER= 0.64 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.040, 8.4, 0.032, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0430-094', 'J0432-0923' RA= 04:32:29.850254 DEC= -09:23:17.24266 RAER= 1.41 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0429+415', 'J0432+4138' RA= 04:32:36.502823 DEC= +41:38:28.45000 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.274, 1.454, 8.4, 1.387, 0.095, 15.2, 0.922, 0.078, 22.2, 0.477, 0.411 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1072 observations" / source= '0430-346', 'J0432-3433' RA= 04:32:37.585036 DEC= -34:33:48.81428 RAER= 0.60 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.031, 8.4, 0.065, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0429+448', 'J0432+4500' RA= 04:32:40.381347 DEC= +45:00:13.76122 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.131, 8.4, 0.092, 0.031, 22.2, 0.198, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1282 observations" / source= '0430-332', 'J0432-3309' RA= 04:32:44.564237 DEC= -33:09:11.93072 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.070, 8.4, 0.097, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 758 observations" / source= '0430-235', 'J0432-2324' RA= 04:32:51.501050 DEC= -23:24:28.16532 RAER= 2.02 DECER= 6.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0431-359', 'J0432-3550' RA= 04:32:55.290036 DEC= -35:50:31.18493 RAER= 2.67 DECER= 12.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0428+612', 'J0432+6120' RA= 04:32:56.524519 DEC= +61:20:43.12715 RAER= 1.90 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.039, 8.4, 0.035, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0430-159', 'J0432-1550' RA= 04:32:56.867836 DEC= -15:50:28.45610 RAER= 0.60 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0429+323', 'J0433+3228' RA= 04:33:07.551020 DEC= +32:28:40.83425 RAER= 1.31 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0430+052', 'J0433+0521' RA= 04:33:11.095556 DEC= +05:21:15.61944 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.215, 0.505, 5.0, 1.718, 0.642, 8.4, 2.161, 0.393, 15.2, 2.392, 0.538 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20650 observations" / source= '0432-606', 'J0433-6030' RA= 04:33:34.108453 DEC= -60:30:13.76946 RAER= 0.29 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '0430+289', 'J0433+2905' RA= 04:33:37.829864 DEC= +29:05:55.47702 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.309, 0.261, 8.4, 0.278, 0.214, 15.2, 0.276, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9854 observations" / source= '0431-133', 'J0433-1315' RA= 04:33:37.841360 DEC= -13:15:42.99070 RAER= 0.55 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0430+325', 'J0433+3237' RA= 04:33:40.689307 DEC= +32:37:11.98618 RAER= 0.26 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 466 observations" / source= '0428+652', 'J0433+6518' RA= 04:33:47.834703 DEC= +65:18:36.51262 RAER= 2.98 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0431-026', 'J0433-0229' RA= 04:33:54.889371 DEC= -02:29:56.03188 RAER= 0.73 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.291, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0431-074', 'J0433-0721' RA= 04:33:56.743616 DEC= -07:21:31.66307 RAER= 0.48 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.008, 8.4, 0.053, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0432-440', 'J0434-4355' RA= 04:34:03.214016 DEC= -43:55:47.76542 RAER= 1.93 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0431-203', 'J0434-2015' RA= 04:34:07.914162 DEC= -20:15:17.13749 RAER= 0.30 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0431-134', 'J0434-1322' RA= 04:34:10.430578 DEC= -13:22:11.98369 RAER= 0.59 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0432-328', 'J0434-3242' RA= 04:34:12.826501 DEC= -32:42:42.10219 RAER= 3.56 DECER= 21.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0430+491', 'J0434+4915' RA= 04:34:14.064747 DEC= +49:15:12.70086 RAER= 1.00 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0432-148', 'J0434-1442' RA= 04:34:19.025135 DEC= -14:42:55.35839 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.480, 0.378, 8.4, 0.365, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '0432-253', 'J0434-2514' RA= 04:34:20.656441 DEC= -25:14:33.51032 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.076, 8.4, 0.073, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '0430+420', 'J0434+4208' RA= 04:34:21.191144 DEC= +42:08:06.61415 RAER= 2.42 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.042, 8.4, 0.035, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0432-238', 'J0434-2342' RA= 04:34:28.974750 DEC= -23:42:05.37021 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.250, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '0432-102', 'J0434-1007' RA= 04:34:39.381583 DEC= -10:07:28.40144 RAER= 0.59 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.052, 8.4, 0.064, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0431+092', 'J0434+0923' RA= 04:34:40.990717 DEC= +09:23:48.71783 RAER= 0.93 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0433-422', 'J0434-4211' RA= 04:34:45.313701 DEC= -42:11:07.94147 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.203, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '0432-163', 'J0435-1615' RA= 04:35:03.428588 DEC= -16:15:44.75474 RAER= 1.45 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0432-082', 'J0435-0811' RA= 04:35:08.361190 DEC= -08:11:02.77144 RAER= 0.47 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.054, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0432+080', 'J0435+0809' RA= 04:35:09.481974 DEC= +08:09:42.29764 RAER= 1.01 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.017, 8.4, 0.031, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0432+044', 'J0435+0433' RA= 04:35:12.513898 DEC= +04:33:58.08950 RAER= 4.84 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0432+246', 'J0435+2446' RA= 04:35:12.770098 DEC= +24:46:46.11021 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.058, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '0433-357', 'J0435-3541' RA= 04:35:20.174233 DEC= -35:41:29.81688 RAER= 18.41 DECER= 39.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0432+258', 'J0435+2555' RA= 04:35:21.308153 DEC= +25:55:10.42736 RAER= 0.45 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0431+511', 'J0435+5114' RA= 04:35:23.726616 DEC= +51:14:24.07406 RAER= 3.53 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0433-243', 'J0435-2416' RA= 04:35:24.129137 DEC= -24:16:30.20951 RAER= 13.86 DECER= 28.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0432+370', 'J0435+3711' RA= 04:35:24.979266 DEC= +37:11:18.61688 RAER= 0.79 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.016, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0431+615', 'J0435+6137' RA= 04:35:32.990960 DEC= +61:37:02.91910 RAER= 28.64 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0432+254', 'J0435+2532' RA= 04:35:34.582958 DEC= +25:32:59.69839 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.096, 8.4, 0.132, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 844 observations" / source= '0433-375', 'J0435-3729' RA= 04:35:38.027837 DEC= -37:29:19.90264 RAER= 2.26 DECER= 5.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.039, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0433-058', 'J0435-0542' RA= 04:35:40.841223 DEC= -05:42:21.77638 RAER= 0.44 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.039, 8.4, 0.051, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0433-122', 'J0435-1205' RA= 04:35:45.583897 DEC= -12:05:59.70433 RAER= 3.87 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0432+292', 'J0435+2923' RA= 04:35:58.368298 DEC= +29:23:36.43876 RAER= 0.44 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.082, 8.4, 0.072, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '0433-188', 'J0436-1844' RA= 04:36:06.954354 DEC= -18:44:50.15978 RAER= 0.91 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.042, 8.4, 0.066, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0433-101', 'J0436-1002' RA= 04:36:11.392346 DEC= -10:02:54.16780 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.086, 8.4, 0.134, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '0433-007', 'J0436-0036' RA= 04:36:14.583048 DEC= -00:36:38.59404 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.022, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0434-173', 'J0436-1716' RA= 04:36:40.874815 DEC= -17:16:33.82324 RAER= 1.92 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '0435-587', 'J0436-5840' RA= 04:36:43.230231 DEC= -58:40:10.34280 RAER= 2.98 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.152, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0434-240', 'J0436-2359' RA= 04:36:51.279184 DEC= -23:59:56.10394 RAER= 0.22 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.049, 8.4, 0.064, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 347 observations" / source= '0434-188', 'J0437-1844' RA= 04:37:01.482733 DEC= -18:44:48.61355 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.923, 0.774, 5.0, 1.081, 0.468, 8.4, 0.619, 0.320 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7078 observations" / source= '0433+295', 'J0437+2940' RA= 04:37:04.375360 DEC= +29:40:13.81777 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.050, 5.0, 0.109, n/a, 8.4, 0.099, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '0437-719', 'J0437-7148' RA= 04:37:04.378379 DEC= -71:48:20.16484 RAER= 0.38 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.242, 0.262 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '0434+246', 'J0437+2447' RA= 04:37:19.365530 DEC= +24:47:11.65889 RAER= 0.68 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0436-620', 'J0437-6156' RA= 04:37:20.118932 DEC= -61:56:53.26176 RAER= 1.95 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '0432+678', 'J0437+6757' RA= 04:37:32.713824 DEC= +67:57:16.13510 RAER= 1.59 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0434+212', 'J0437+2120' RA= 04:37:35.314447 DEC= +21:20:45.16200 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.039, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '0435-300', 'J0437-2954' RA= 04:37:36.568703 DEC= -29:54:04.11851 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.562, 0.324, 8.4, 0.364, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '0435-106', 'J0437-1034' RA= 04:37:45.346244 DEC= -10:34:59.50958 RAER= 1.15 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.011, 8.4, 0.027, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0435+107', 'J0437+1048' RA= 04:37:46.949215 DEC= +10:48:06.08861 RAER= 2.84 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0435-283', 'J0437-2813' RA= 04:37:48.224047 DEC= -28:13:39.34572 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.280, 0.091, 8.4, 0.130, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '0435+076', 'J0437+0747' RA= 04:37:49.948175 DEC= +07:47:21.43001 RAER= 0.55 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.054, 8.4, 0.046, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0435-181', 'J0437-1801' RA= 04:37:52.623099 DEC= -18:01:34.57473 RAER= 0.43 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.061, 8.4, 0.052, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0436-430', 'J0437-4258' RA= 04:37:54.747304 DEC= -42:58:54.18882 RAER= 1.45 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0436-396', 'J0437-3930' RA= 04:37:56.408481 DEC= -39:30:41.64457 RAER= 14.37 DECER= 38.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0435-162', 'J0438-1611' RA= 04:38:02.949249 DEC= -16:11:05.94381 RAER= 1.96 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.030, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0434+299', 'J0438+3004' RA= 04:38:04.948320 DEC= +30:04:45.51774 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.133, 8.4, 0.357, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '0435-084', 'J0438-0818' RA= 04:38:07.633611 DEC= -08:18:50.20082 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.053, 8.4, 0.094, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0436-185', 'J0438-1810' RA= 04:38:11.869305 DEC= -18:10:03.86104 RAER= 1.76 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0436-215', 'J0438-2126' RA= 04:38:12.082212 DEC= -21:26:03.54902 RAER= 0.44 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.061, 8.4, 0.117, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0433+651', 'J0438+6514' RA= 04:38:21.192679 DEC= +65:14:35.87660 RAER= 2.39 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.015, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0436-39A', 'J0438-3932' RA= 04:38:21.576375 DEC= -39:32:50.29797 RAER= 4.05 DECER= 32.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0435-073', 'J0438-0716' RA= 04:38:21.672226 DEC= -07:16:19.20215 RAER= 0.64 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.011, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0436-232', 'J0438-2309' RA= 04:38:23.588247 DEC= -23:09:07.04777 RAER= 2.80 DECER= 6.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0435-016', 'J0438-0134' RA= 04:38:27.897355 DEC= -01:34:33.04885 RAER= 0.62 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.030, 8.4, 0.045, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0436-129', 'J0438-1251' RA= 04:38:35.021008 DEC= -12:51:03.35913 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.339, 8.4, 0.416, 0.299 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4987 observations" / source= '0445-834', 'J0438-8322' RA= 04:38:36.256762 DEC= -83:22:42.32415 RAER= 35.85 DECER= 6.75 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0436-089', 'J0438-0848' RA= 04:38:37.876838 DEC= -08:48:21.50636 RAER= 0.29 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.328, 0.025, 8.4, 0.128, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '0436-237', 'J0438-2336' RA= 04:38:43.956036 DEC= -23:36:56.58859 RAER= 1.39 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0435+131', 'J0438+1312' RA= 04:38:46.448922 DEC= +13:12:58.75915 RAER= 1.06 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.007, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0434+518', 'J0438+5154' RA= 04:38:48.984149 DEC= +51:54:18.88977 RAER= 0.90 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.027, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '0436-203', 'J0438-2012' RA= 04:38:50.489616 DEC= -20:12:26.39550 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.080, 8.4, 0.148, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '0435+217', 'J0438+2153' RA= 04:38:55.884984 DEC= +21:53:10.30692 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.150, 5.0, 0.221, 0.110, 8.4, 0.186, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 723 observations" / source= '0435+225', 'J0438+2236' RA= 04:38:56.781505 DEC= +22:36:53.69415 RAER= 0.66 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0436+097', 'J0438+0953' RA= 04:38:58.029034 DEC= +09:53:33.06233 RAER= 0.37 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0435+487', 'J0438+4848' RA= 04:38:59.104231 DEC= +48:48:46.60903 RAER= 1.04 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.333, 0.060, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '0437-454', 'J0439-4522' RA= 04:39:00.854663 DEC= -45:22:22.56330 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.584, 0.678, 8.4, 0.819, 0.822 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9950 observations" / source= '0436+052', 'J0439+0520' RA= 04:39:02.262196 DEC= +05:20:43.67316 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.064, 5.0, 0.182, 0.051, 8.4, 0.311, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 619 observations" / source= '0436+306', 'J0439+3045' RA= 04:39:17.774554 DEC= +30:45:07.55240 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.182, 8.4, 0.229, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '0437-172', 'J0439-1710' RA= 04:39:17.982275 DEC= -17:10:25.71295 RAER= 2.17 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0436+026', 'J0439+0242' RA= 04:39:30.597044 DEC= +02:42:54.66367 RAER= 0.59 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.039, 8.4, 0.053, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0437-321', 'J0439-3200' RA= 04:39:32.199513 DEC= -32:00:52.31853 RAER= 10.07 DECER= 27.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0437-322', 'J0439-3210' RA= 04:39:33.901463 DEC= -32:10:11.00473 RAER= 1.06 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0435+524', 'J0439+5231' RA= 04:39:40.190441 DEC= +52:31:14.63650 RAER= 0.79 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.064, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0437-229', 'J0439-2254' RA= 04:39:48.072694 DEC= -22:54:09.72585 RAER= 1.36 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0437-191', 'J0439-1901' RA= 04:39:49.731953 DEC= -19:01:01.41688 RAER= 0.61 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '0437-110', 'J0439-1059' RA= 04:39:50.499669 DEC= -10:59:16.56920 RAER= 0.98 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0437-303', 'J0439-3017' RA= 04:39:53.201435 DEC= -30:17:45.62521 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.135, 8.4, 0.194, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '0437-253', 'J0439-2513' RA= 04:39:54.464221 DEC= -25:13:06.10416 RAER= 0.77 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0437-036', 'J0439-0330' RA= 04:39:59.317206 DEC= -03:30:14.39370 RAER= 0.49 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0437-005', 'J0440-0027' RA= 04:40:03.479359 DEC= -00:27:13.27991 RAER= 1.55 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0436+426', 'J0440+4244' RA= 04:40:07.871607 DEC= +42:44:40.25777 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.242, 8.4, 0.250, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0437-053', 'J0440-0514' RA= 04:40:08.419724 DEC= -05:14:24.94643 RAER= 0.63 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.038, 8.4, 0.033, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0437+023', 'J0440+0224' RA= 04:40:09.768842 DEC= +02:24:56.93639 RAER= 0.63 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0437+114', 'J0440+1134' RA= 04:40:12.421671 DEC= +11:34:03.79305 RAER= 3.18 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0438-436', 'J0440-4333' RA= 04:40:17.179971 DEC= -43:33:08.60420 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.099, 1.123, 5.0, 1.645, 0.999, 8.4, 1.804, 1.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1239 observations" / source= '0438-250', 'J0440-2459' RA= 04:40:18.627658 DEC= -24:59:33.31787 RAER= 1.08 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0437+145', 'J0440+1437' RA= 04:40:21.139399 DEC= +14:37:56.95119 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.131, 8.4, 0.268, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '0436+466', 'J0440+4647' RA= 04:40:24.643641 DEC= +46:47:22.06329 RAER= 1.77 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.016, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0437+006', 'J0440+0043' RA= 04:40:26.166065 DEC= +00:43:56.50397 RAER= 0.49 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0437+273', 'J0440+2728' RA= 04:40:27.739396 DEC= +27:28:40.67918 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.077, 8.4, 0.228, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '0438-195', 'J0440-1926' RA= 04:40:28.572820 DEC= -19:26:43.80741 RAER= 0.71 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0437+058', 'J0440+0558' RA= 04:40:34.670912 DEC= +05:58:45.17793 RAER= 1.88 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0438+019', 'J0440+0201' RA= 04:40:39.117833 DEC= +02:01:01.76027 RAER= 0.55 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.060, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0436+618', 'J0440+6157' RA= 04:40:46.904831 DEC= +61:57:58.56689 RAER= 2.19 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0441-699', 'J0440-6952' RA= 04:40:47.757397 DEC= -69:52:18.08654 RAER= 0.37 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.253, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '0437+277', 'J0440+2750' RA= 04:40:50.364912 DEC= +27:50:46.89526 RAER= 0.27 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0437+257', 'J0440+2553' RA= 04:40:51.404091 DEC= +25:53:43.08872 RAER= 3.21 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0438-108', 'J0440-1044' RA= 04:40:59.370539 DEC= -10:44:38.29888 RAER= 0.78 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0435+733', 'J0441+7324' RA= 04:41:04.384036 DEC= +73:24:30.98927 RAER= 4.81 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0438+189', 'J0441+1904' RA= 04:41:14.275339 DEC= +19:04:07.19842 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '0439-433', 'J0441-4313' RA= 04:41:17.338533 DEC= -43:13:45.48854 RAER= 1.75 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.125, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0439-339', 'J0441-3351' RA= 04:41:17.811973 DEC= -33:51:09.92185 RAER= 1.39 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.026, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0439-299', 'J0441-2952' RA= 04:41:19.511087 DEC= -29:52:36.36740 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.074, 8.4, 0.101, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '0438+040', 'J0441+0408' RA= 04:41:28.861878 DEC= +04:08:39.64172 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.074, 8.4, 0.139, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '0439-337', 'J0441-3340' RA= 04:41:33.768094 DEC= -33:40:03.91416 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.912, 0.207, 8.4, 0.270, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0439-330', 'J0441-3300' RA= 04:41:35.031272 DEC= -33:00:08.37640 RAER= 0.51 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.059, 8.4, 0.079, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0438+349', 'J0441+3501' RA= 04:41:47.712911 DEC= +35:01:17.85625 RAER= 0.76 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.049, 8.4, 0.098, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0440-520', 'J0441-5154' RA= 04:41:58.277126 DEC= -51:54:54.16980 RAER= 0.24 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.313, 0.262 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '0439+012', 'J0441+0121' RA= 04:41:59.130681 DEC= +01:21:01.14733 RAER= 2.67 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0440-360', 'J0442-3558' RA= 04:42:00.877620 DEC= -35:58:55.08714 RAER= 2.07 DECER= 9.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0439-185', 'J0442-1826' RA= 04:42:01.238201 DEC= -18:26:34.38452 RAER= 0.44 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.040, 8.4, 0.050, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0440-361', 'J0442-3602' RA= 04:42:09.994217 DEC= -36:02:29.44559 RAER= 29.58 DECER= 45.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0438+545', 'J0442+5436' RA= 04:42:20.793063 DEC= +54:36:55.35481 RAER= 0.97 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.039, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0439+001', 'J0442+0011' RA= 04:42:30.238332 DEC= +00:11:39.06429 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.206, 0.126, 8.4, 0.185, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '0441-546', 'J0442-5431' RA= 04:42:31.336017 DEC= -54:31:45.35888 RAER= 0.77 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '0440-368', 'J0442-3643' RA= 04:42:33.464275 DEC= -36:43:36.48394 RAER= 1.59 DECER= 7.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.217, n/a, 8.4, 0.244, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0439+286', 'J0442+2845' RA= 04:42:34.690102 DEC= +28:45:23.61356 RAER= 0.64 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.026, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0440-285', 'J0442-2825' RA= 04:42:37.657206 DEC= -28:25:30.83560 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.139, 8.4, 0.402, 0.238 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '0440-003', 'J0442-0017' RA= 04:42:38.660728 DEC= -00:17:43.42086 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.503, 1.567, 5.0, 1.947, 1.317, 8.4, 1.522, 0.625, 15.2, 1.223, 0.427 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5728 observations" / source= '0440-022', 'J0442-0206' RA= 04:42:40.102966 DEC= -02:06:31.98296 RAER= 2.04 DECER= 4.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0438+615', 'J0442+6140' RA= 04:42:40.648632 DEC= +61:40:39.42309 RAER= 1.45 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0439+283', 'J0442+2825' RA= 04:42:43.984136 DEC= +28:25:38.44633 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.132, 5.0, 0.128, 0.118, 8.4, 0.098, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '0442-684', 'J0442-6818' RA= 04:42:45.197811 DEC= -68:18:39.13400 RAER= 3.48 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0439+186', 'J0442+1843' RA= 04:42:51.161299 DEC= +18:43:38.94082 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.229, 5.0, 0.185, 0.091, 8.4, 0.108, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0439+183', 'J0442+1828' RA= 04:42:52.085575 DEC= +18:28:52.68597 RAER= 0.34 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.090, 8.4, 0.086, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0440-266', 'J0442-2633' RA= 04:42:53.953012 DEC= -26:33:58.19944 RAER= 10.11 DECER= 20.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0440+281', 'J0443+2816' RA= 04:43:11.910277 DEC= +28:16:11.64978 RAER= 0.34 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.030, 8.4, 0.047, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0440+190', 'J0443+1909' RA= 04:43:12.176870 DEC= +19:09:45.72184 RAER= 0.50 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0440+072', 'J0443+0720' RA= 04:43:14.542118 DEC= +07:20:07.78775 RAER= 0.79 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.014, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0443-669', 'J0443-6652' RA= 04:43:18.232572 DEC= -66:52:04.53057 RAER= 1.46 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '0440+166', 'J0443+1646' RA= 04:43:22.595437 DEC= +16:46:14.87517 RAER= 0.74 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.013, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0440-042', 'J0443-0410' RA= 04:43:23.628333 DEC= -04:10:19.66708 RAER= 4.55 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0441-193', 'J0443-1914' RA= 04:43:26.695473 DEC= -19:14:33.83628 RAER= 1.01 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0440+345', 'J0443+3441' RA= 04:43:31.635204 DEC= +34:41:06.66404 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.679, 0.503, 8.4, 0.313, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4688 observations" / source= '0441-135', 'J0443-1330' RA= 04:43:35.958820 DEC= -13:30:17.61279 RAER= 0.41 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.049, 8.4, 0.059, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0440+209', 'J0443+2105' RA= 04:43:37.560805 DEC= +21:05:08.66803 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.073, 8.4, 0.107, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0440+402', 'J0443+4023' RA= 04:43:49.756595 DEC= +40:23:22.14617 RAER= 0.98 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.023, 8.4, 0.019, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0439+631', 'J0443+6316' RA= 04:43:57.152999 DEC= +63:16:08.86092 RAER= 0.61 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.089, 8.4, 0.085, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0441-215', 'J0444-2130' RA= 04:44:00.088698 DEC= -21:30:10.72608 RAER= 0.89 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, n/a, 8.4, 0.171, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0441+013', 'J0444+0128' RA= 04:44:03.705616 DEC= +01:28:52.86557 RAER= 0.50 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.053, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0441+103', 'J0444+1026' RA= 04:44:09.001771 DEC= +10:26:40.77504 RAER= 0.95 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.023, 8.4, 0.032, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0441+106', 'J0444+1042' RA= 04:44:12.466136 DEC= +10:42:47.26309 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.147, 8.4, 0.227, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '0441+071', 'J0444+0717' RA= 04:44:21.964419 DEC= +07:17:17.79344 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.075, 8.4, 0.105, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0442-230', 'J0444-2300' RA= 04:44:22.123302 DEC= -23:00:20.88325 RAER= 0.57 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.051, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0441+172', 'J0444+1719' RA= 04:44:26.632614 DEC= +17:19:03.82836 RAER= 3.92 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0441+343', 'J0444+3425' RA= 04:44:36.136098 DEC= +34:25:43.99527 RAER= 0.43 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.040, 8.4, 0.124, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0442-319', 'J0444-3152' RA= 04:44:37.422500 DEC= -31:52:37.48342 RAER= 1.07 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.026, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0442-282', 'J0444-2809' RA= 04:44:37.708217 DEC= -28:09:54.45204 RAER= 1.17 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0441+056', 'J0444+0546' RA= 04:44:39.091492 DEC= +05:46:12.59644 RAER= 1.00 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.006, 8.4, 0.028, n/a, 22.2, 0.697, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0442+027', 'J0444+0247' RA= 04:44:40.462968 DEC= +02:47:51.21674 RAER= 0.53 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0438+729', 'J0444+7302' RA= 04:44:43.923510 DEC= +73:02:32.71258 RAER= 2.42 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0441+466', 'J0444+4642' RA= 04:44:46.228504 DEC= +46:42:57.90173 RAER= 12.36 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.047, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0442+071', 'J0445+0715' RA= 04:45:01.428766 DEC= +07:15:53.91419 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.149, 8.4, 0.220, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 709 observations" / source= '0443-341', 'J0445-3401' RA= 04:45:01.470508 DEC= -34:01:35.03552 RAER= 51.69 DECER= 52.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0444-603', 'J0445-6014' RA= 04:45:01.529289 DEC= -60:14:59.87986 RAER= 1.53 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0441+513', 'J0445+5124' RA= 04:45:02.417223 DEC= +51:24:47.85108 RAER= 0.67 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, n/a, 5.0, 0.013, n/a, 8.4, 0.015, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0442+164', 'J0445+1634' RA= 04:45:04.118465 DEC= +16:34:40.14733 RAER= 0.54 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.043, 8.4, 0.029, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0437+785', 'J0445+7840' RA= 04:45:07.269744 DEC= +78:40:19.77197 RAER= 132.37 DECER= 14.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0442-159', 'J0445-1552' RA= 04:45:11.510897 DEC= -15:52:12.06459 RAER= 1.04 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0443-222', 'J0445-2208' RA= 04:45:13.627079 DEC= -22:08:55.74297 RAER= 16.44 DECER= 22.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0443-355', 'J0445-3525' RA= 04:45:18.519375 DEC= -35:25:46.01202 RAER= 0.66 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.059, 8.4, 0.082, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0443-004', 'J0445-0019' RA= 04:45:35.346009 DEC= -00:19:02.18047 RAER= 0.64 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.014, 8.4, 0.046, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0438+785', 'J0445+7838' RA= 04:45:46.315503 DEC= +78:38:58.17801 RAER= 1.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.042, 8.4, 0.035, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 693 observations" / source= '0444-385', 'J0445-3824' RA= 04:45:52.871886 DEC= -38:24:55.32219 RAER= 4.49 DECER= 33.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0443-136', 'J0446-1331' RA= 04:46:08.207505 DEC= -13:31:56.81812 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.038, 8.4, 0.058, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0441+579', 'J0446+5802' RA= 04:46:08.723694 DEC= +58:02:47.68180 RAER= 0.99 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0443+055', 'J0446+0539' RA= 04:46:09.490353 DEC= +05:39:51.04104 RAER= 0.52 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0442+389', 'J0446+3900' RA= 04:46:11.494028 DEC= +39:00:17.09981 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.169, 8.4, 0.239, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5336 observations" / source= '0442+396', 'J0446+3945' RA= 04:46:17.970893 DEC= +39:45:07.46629 RAER= 22.80 DECER= 12.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0443+028', 'J0446+0256' RA= 04:46:19.815294 DEC= +02:56:53.93482 RAER= 0.38 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.051, 8.4, 0.095, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0442+533', 'J0446+5325' RA= 04:46:21.276743 DEC= +53:25:08.01711 RAER= 3.17 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0444-175', 'J0446-1729' RA= 04:46:22.773835 DEC= -17:29:37.99185 RAER= 1.09 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0441+695', 'J0446+6940' RA= 04:46:27.270306 DEC= +69:40:21.34667 RAER= 6.67 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0442+541', 'J0446+5411' RA= 04:46:28.335438 DEC= +54:11:52.79189 RAER= 0.66 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.069, 8.4, 0.095, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0444-357', 'J0446-3542' RA= 04:46:42.320465 DEC= -35:42:22.49315 RAER= 75.77 DECER= 78.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0444-249', 'J0446-2450' RA= 04:46:42.327612 DEC= -24:50:00.94662 RAER= 0.79 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.018, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0442+628', 'J0446+6255' RA= 04:46:55.036521 DEC= +62:55:48.24836 RAER= 1.07 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.026, 8.4, 0.036, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0444+170', 'J0446+1706' RA= 04:46:55.165949 DEC= +17:06:44.61312 RAER= 1.93 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0444+17A', 'J0447+1709' RA= 04:47:05.679777 DEC= +17:09:26.28031 RAER= 0.68 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.018, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0442+570', 'J0447+5706' RA= 04:47:06.261247 DEC= +57:06:00.90202 RAER= 25.72 DECER= 12.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0443+333', 'J0447+3327' RA= 04:47:08.813836 DEC= +33:27:45.88534 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.085, 5.0, 0.166, 0.127, 8.4, 0.261, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0445-335', 'J0447-3329' RA= 04:47:09.537454 DEC= -33:29:40.31468 RAER= 1.97 DECER= 7.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0444-065', 'J0447-0625' RA= 04:47:10.512916 DEC= -06:25:50.79371 RAER= 0.37 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.092, 8.4, 0.085, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0445-344', 'J0447-3421' RA= 04:47:13.293237 DEC= -34:21:21.53387 RAER= 2.24 DECER= 15.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0445-378', 'J0447-3744' RA= 04:47:13.865107 DEC= -37:44:47.19133 RAER= 7.83 DECER= 15.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.026, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0443+578', 'J0447+5758' RA= 04:47:19.990491 DEC= +57:58:32.80327 RAER= 2.17 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.034, 8.4, 0.043, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0445-257', 'J0447-2539' RA= 04:47:21.456971 DEC= -25:39:30.57402 RAER= 0.75 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0444+332', 'J0447+3321' RA= 04:47:30.701138 DEC= +33:21:15.40445 RAER= 0.51 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.039, 8.4, 0.056, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0445-221', 'J0447-2203' RA= 04:47:37.281575 DEC= -22:03:36.82297 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.683, 0.097, 8.4, 0.106, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 334 observations" / source= '0445-019', 'J0447-0152' RA= 04:47:42.607836 DEC= -01:52:47.32296 RAER= 0.47 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.032, 8.4, 0.069, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0446-519', 'J0447-5151' RA= 04:47:47.922230 DEC= -51:51:00.28423 RAER= 3.31 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0445-034', 'J0447-0322' RA= 04:47:54.735997 DEC= -03:22:42.26749 RAER= 2.22 DECER= 6.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0444+494', 'J0448+4932' RA= 04:48:05.490948 DEC= +49:32:49.69238 RAER= 3.82 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.005, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0447-567', 'J0448-5637' RA= 04:48:09.191152 DEC= -56:37:40.07081 RAER= 1.30 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0445+010', 'J0448+0110' RA= 04:48:10.517610 DEC= +01:10:18.87248 RAER= 0.55 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.009, 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0446-370', 'J0448-3659' RA= 04:48:15.036068 DEC= -36:59:02.40369 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 173 observations" / source= '0446-212', 'J0448-2109' RA= 04:48:17.381781 DEC= -21:09:44.83064 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.202, 8.4, 0.325, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '0443+592', 'J0448+5921' RA= 04:48:20.483210 DEC= +59:21:49.77930 RAER= 0.50 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.049, 8.4, 0.065, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '0445+097', 'J0448+0950' RA= 04:48:21.738441 DEC= +09:50:51.46015 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.242, 0.106, 8.4, 0.381, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '0445+123', 'J0448+1227' RA= 04:48:21.989542 DEC= +12:27:55.38984 RAER= 0.63 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0446-383', 'J0448-3815' RA= 04:48:22.156002 DEC= -38:15:52.74862 RAER= 1.25 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.014, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0447-507', 'J0448-5041' RA= 04:48:22.302934 DEC= -50:41:33.82623 RAER= 2.47 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0446-108', 'J0448-1046' RA= 04:48:23.596106 DEC= -10:46:37.77797 RAER= 12.26 DECER= 55.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0446-265', 'J0448-2626' RA= 04:48:23.963817 DEC= -26:26:14.84132 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.081, 8.4, 0.095, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '0446-232', 'J0448-2311' RA= 04:48:24.157862 DEC= -23:11:36.58887 RAER= 0.94 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0445+364', 'J0448+3629' RA= 04:48:35.161581 DEC= +36:29:31.41624 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.136, 5.0, 0.180, 0.138, 8.4, 0.133, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '0446-221', 'J0448-2203' RA= 04:48:35.825872 DEC= -22:03:27.72878 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.074, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0443+692', 'J0448+6922' RA= 04:48:35.983353 DEC= +69:22:05.09672 RAER= 4.09 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0446-166', 'J0448-1632' RA= 04:48:37.626420 DEC= -16:32:43.24343 RAER= 0.40 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0445+132', 'J0448+1317' RA= 04:48:40.070519 DEC= +13:17:59.44390 RAER= 0.71 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0450-743', 'J0448-7417' RA= 04:48:48.558008 DEC= -74:17:31.24575 RAER= 0.51 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.309, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '0446-096', 'J0448-0935' RA= 04:48:49.469767 DEC= -09:35:31.50156 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.108, 8.4, 0.114, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '0446+113', 'J0448+1127' RA= 04:48:50.412082 DEC= +11:27:54.37085 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.084, 8.4, 0.186, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 867 observations" / source= '0447-345', 'J0448-3425' RA= 04:48:50.901363 DEC= -34:25:01.12386 RAER= 0.87 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.032, 8.4, 0.036, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0446-293', 'J0448-2916' RA= 04:48:54.643412 DEC= -29:16:12.14009 RAER= 2.89 DECER= 9.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0445+232', 'J0448+2321' RA= 04:48:55.247669 DEC= +23:21:56.57385 RAER= 1.04 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.017, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0446+059', 'J0448+0600' RA= 04:48:56.087102 DEC= +06:00:30.49201 RAER= 2.29 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0446-208', 'J0448-2044' RA= 04:48:58.815059 DEC= -20:44:46.01293 RAER= 0.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.022, 8.4, 0.064, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0438+824', 'J0449+8233' RA= 04:49:00.193596 DEC= +82:33:19.44686 RAER= 1.03 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.104, 5.0, 0.140, 0.049, 8.4, 0.118, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 880 observations" / source= '0446+127', 'J0449+1252' RA= 04:49:00.860419 DEC= +12:52:01.30737 RAER= 1.49 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0446-175', 'J0449-1729' RA= 04:49:04.192873 DEC= -17:29:13.91322 RAER= 1.28 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0446+112', 'J0449+1121' RA= 04:49:07.671104 DEC= +11:21:28.59629 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.835, 0.368, 5.0, 0.748, 0.430, 8.4, 0.893, 0.668, 15.2, 1.474, 1.122, 22.2, 1.415, 1.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42113 observations" / source= '0445+449', 'J0449+4500' RA= 04:49:09.063987 DEC= +45:00:39.34256 RAER= 0.72 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0447-230', 'J0449-2258' RA= 04:49:10.317061 DEC= -22:58:57.71909 RAER= 10.74 DECER= 18.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0446+178', 'J0449+1754' RA= 04:49:12.511579 DEC= +17:54:31.59430 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.124, 8.4, 0.145, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 742 observations" / source= '0447-257', 'J0449-2542' RA= 04:49:14.852040 DEC= -25:42:28.54266 RAER= 1.38 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.039, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0447-183', 'J0449-1814' RA= 04:49:16.211067 DEC= -18:14:47.41395 RAER= 1.86 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0446-015', 'J0449-0128' RA= 04:49:17.997839 DEC= -01:28:11.23364 RAER= 1.07 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, n/a, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0446+074', 'J0449+0729' RA= 04:49:21.170631 DEC= +07:29:10.69599 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.044, 8.4, 0.085, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 845 observations" / source= '0447-179', 'J0449-1753' RA= 04:49:21.940950 DEC= -17:53:36.33632 RAER= 1.78 DECER= 4.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0444+634', 'J0449+6332' RA= 04:49:23.310588 DEC= +63:32:09.43417 RAER= 0.23 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.599, 0.418, 5.0, 0.639, 0.469, 8.4, 0.691, 0.454 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6138 observations" / source= '0448-611', 'J0449-6106' RA= 04:49:24.363267 DEC= -61:06:26.84265 RAER= 2.20 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0447-439', 'J0449-4350' RA= 04:49:24.698269 DEC= -43:50:08.96201 RAER= 1.37 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.128, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0445+436', 'J0449+4345' RA= 04:49:26.380865 DEC= +43:45:21.83400 RAER= 12.51 DECER= 8.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.042, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0446+005', 'J0449+0036' RA= 04:49:27.981021 DEC= +00:36:19.84752 RAER= 0.88 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0446-01A', 'J0449-012A' RA= 04:49:30.696832 DEC= -01:28:17.56043 RAER= 0.83 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.017, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0447-217', 'J0449-2142' RA= 04:49:31.102376 DEC= -21:42:43.85268 RAER= 1.05 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.109, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0446+422', 'J0449+4217' RA= 04:49:33.615961 DEC= +42:17:47.35717 RAER= 2.31 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0448-482', 'J0449-4809' RA= 04:49:39.590171 DEC= -48:09:40.71076 RAER= 1.76 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.233, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0448-392', 'J0449-3911' RA= 04:49:42.254682 DEC= -39:11:09.47020 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.679, 0.172, 8.4, 0.467, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '0447-010', 'J0449-0057' RA= 04:49:42.905943 DEC= -00:57:22.35313 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.112, 8.4, 0.210, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '0445+485', 'J0449+4839' RA= 04:49:43.352568 DEC= +48:39:14.94559 RAER= 2.21 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0446+459', 'J0449+4602' RA= 04:49:45.158647 DEC= +46:02:31.03264 RAER= 3.42 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0446+280', 'J0449+2805' RA= 04:49:45.593958 DEC= +28:05:38.74633 RAER= 0.74 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.014, 8.4, 0.033, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0446+303', 'J0449+3026' RA= 04:49:47.866530 DEC= +30:26:02.53343 RAER= 0.66 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0448-443', 'J0450-4418' RA= 04:50:02.126061 DEC= -44:18:21.08754 RAER= 1.05 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations. No flux information" / source= '0454-810', 'J0450-8101' RA= 04:50:05.440190 DEC= -81:01:02.23146 RAER= 0.64 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.949, n/a, 8.4, 1.516, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15563 observations" / source= '0447-138', 'J0450-1343' RA= 04:50:09.664200 DEC= -13:43:04.63691 RAER= 1.29 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0447+205', 'J0450+2036' RA= 04:50:18.059800 DEC= +20:36:36.75001 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.054, 8.4, 0.082, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0448-324', 'J0450-3220' RA= 04:50:18.574043 DEC= -32:20:44.66102 RAER= 2.08 DECER= 6.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0447+292', 'J0450+2917' RA= 04:50:29.075665 DEC= +29:17:10.69402 RAER= 5.39 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0446+462', 'J0450+4620' RA= 04:50:30.801746 DEC= +46:20:59.79558 RAER= 0.23 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.043, 8.4, 0.058, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0446+442', 'J0450+4422' RA= 04:50:35.303734 DEC= +44:22:13.72386 RAER= 1.12 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.037, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0448-187', 'J0450-1837' RA= 04:50:35.909613 DEC= -18:37:00.40766 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.228, 8.4, 0.293, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '0447+408', 'J0450+4056' RA= 04:50:43.679612 DEC= +40:56:13.96759 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.143, 8.4, 0.243, 0.136, 22.2, 0.276, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1391 observations" / source= '0447+227', 'J0450+2249' RA= 04:50:51.944691 DEC= +22:49:05.89841 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.134, 8.4, 0.145, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1692 observations" / source= '0446+553', 'J0450+5528' RA= 04:50:52.129887 DEC= +55:28:18.09686 RAER= 4.29 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.032, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0446+518', 'J0450+5156' RA= 04:50:52.959966 DEC= +51:56:30.20405 RAER= 3.22 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.078, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0449-496', 'J0451-4936' RA= 04:51:02.659990 DEC= -49:36:27.03822 RAER= 0.95 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations. No flux information" / source= '0445+724', 'J0451+7230' RA= 04:51:09.705003 DEC= +72:30:12.65135 RAER= 4.20 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0448-039', 'J0451-0354' RA= 04:51:12.265361 DEC= -03:54:52.72387 RAER= 1.11 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.057, 8.4, 0.078, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0446+595', 'J0451+5935' RA= 04:51:18.721797 DEC= +59:35:32.18346 RAER= 0.21 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.169, 8.4, 0.209, 0.123, 22.2, 0.224, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2524 observations" / source= '0449-175', 'J0451-1730' RA= 04:51:20.585511 DEC= -17:30:12.31548 RAER= 4.60 DECER= 8.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0448-042', 'J0451-0410' RA= 04:51:21.677445 DEC= -04:10:02.47719 RAER= 0.62 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0449-445', 'J0451-4428' RA= 04:51:24.656572 DEC= -44:28:50.89731 RAER= 2.09 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0448+334', 'J0451+3330' RA= 04:51:33.774361 DEC= +33:30:11.17329 RAER= 0.63 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.028, 8.4, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0448+302', 'J0451+3022' RA= 04:51:38.044431 DEC= +30:22:18.31993 RAER= 1.53 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0448+393', 'J0451+3924' RA= 04:51:38.523299 DEC= +39:24:09.86536 RAER= 0.46 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.042, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0447+572', 'J0451+5721' RA= 04:51:48.586819 DEC= +57:21:41.20604 RAER= 1.90 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0450-469', 'J0451-4653' RA= 04:51:53.345109 DEC= -46:53:19.88916 RAER= 2.84 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0449+139', 'J0452+1403' RA= 04:52:02.286602 DEC= +14:03:34.83622 RAER= 2.22 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0448+318', 'J0452+3152' RA= 04:52:10.975961 DEC= +31:52:59.87438 RAER= 2.78 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.017, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0449+141', 'J0452+1415' RA= 04:52:16.595462 DEC= +14:15:06.17721 RAER= 0.53 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.013, 8.4, 0.050, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0447+611', 'J0452+6115' RA= 04:52:17.435390 DEC= +61:15:37.59511 RAER= 1.26 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.038, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0449+025', 'J0452+0238' RA= 04:52:21.267153 DEC= +02:38:49.14886 RAER= 0.75 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.020, 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0448+514', 'J0452+5132' RA= 04:52:25.962004 DEC= +51:32:43.53438 RAER= 0.52 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.038, 8.4, 0.043, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0449+318', 'J0452+3158' RA= 04:52:30.452917 DEC= +31:58:16.60707 RAER= 3.04 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0450-031', 'J0452-0306' RA= 04:52:31.142420 DEC= -03:06:21.62608 RAER= 0.41 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '0504-856', 'J0452-8535' RA= 04:52:34.295554 DEC= -85:35:18.24382 RAER= 4.75 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '0449+278', 'J0452+2753' RA= 04:52:37.376376 DEC= +27:53:13.77021 RAER= 0.49 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.031, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0447+650', 'J0452+6506' RA= 04:52:37.775222 DEC= +65:06:58.27641 RAER= 6.78 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0448+611', 'J0452+6113' RA= 04:52:40.459980 DEC= +61:13:57.55395 RAER= 0.55 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.053, 8.4, 0.064, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0449+125', 'J0452+1236' RA= 04:52:42.601126 DEC= +12:36:24.59004 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.152, 5.0, 0.141, 0.065, 8.4, 0.104, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '0450-230', 'J0452-2258' RA= 04:52:44.974328 DEC= -22:58:03.54768 RAER= 0.57 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.054, 8.4, 0.055, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0449+330', 'J0452+3309' RA= 04:52:46.960458 DEC= +33:09:32.05011 RAER= 0.87 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.021, 8.4, 0.033, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0449+179', 'J0452+1801' RA= 04:52:50.735224 DEC= +18:01:12.35128 RAER= 4.12 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0448+519', 'J0452+5204' RA= 04:52:52.842142 DEC= +52:04:47.18321 RAER= 0.55 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '0450+013', 'J0453+0128' RA= 04:53:02.238614 DEC= +01:28:35.62861 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.081, 8.4, 0.184, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2076 observations" / source= '0450+099', 'J0453+1001' RA= 04:53:04.557825 DEC= +10:01:58.88403 RAER= 0.42 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.014, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '0450+09A', 'J0453+100A' RA= 04:53:04.569310 DEC= +10:01:58.80076 RAER= 0.48 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '0448+632', 'J0453+6321' RA= 04:53:12.454011 DEC= +63:21:17.85819 RAER= 2.01 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0451-256', 'J0453-2531' RA= 04:53:13.118308 DEC= -25:31:10.57114 RAER= 11.61 DECER= 22.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0451-282', 'J0453-2807' RA= 04:53:14.646798 DEC= -28:07:37.32689 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.957, 0.774, 5.0, 1.566, 1.002, 8.4, 1.621, 0.859, 15.2, 1.530, 0.996 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4191 observations" / source= '0450-095', 'J0453-0930' RA= 04:53:16.580506 DEC= -09:30:24.92532 RAER= 1.01 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0450+257', 'J0453+2552' RA= 04:53:16.581660 DEC= +25:52:42.92355 RAER= 0.31 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0451-398', 'J0453-3949' RA= 04:53:16.619205 DEC= -39:49:05.93198 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.078, 8.4, 0.156, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '0449+378', 'J0453+3756' RA= 04:53:17.273169 DEC= +37:56:58.68799 RAER= 0.84 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.013, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0451-247', 'J0453-2437' RA= 04:53:18.251313 DEC= -24:37:24.26682 RAER= 0.90 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.051, 8.4, 0.040, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0450+306', 'J0453+3045' RA= 04:53:20.048633 DEC= +30:45:03.92774 RAER= 0.71 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014, 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0450+051', 'J0453+0510' RA= 04:53:22.471170 DEC= +05:10:52.90987 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.120, 8.4, 0.068, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0450+287', 'J0453+2851' RA= 04:53:23.159750 DEC= +28:51:19.17120 RAER= 0.75 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0447+717', 'J0453+7148' RA= 04:53:23.575027 DEC= +71:48:57.27898 RAER= 3.85 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.025, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0450+130', 'J0453+1307' RA= 04:53:24.151638 DEC= +13:07:27.37855 RAER= 0.58 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.022, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0451-001', 'J0453-0004' RA= 04:53:39.276259 DEC= -00:04:20.99989 RAER= 0.37 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.061, 8.4, 0.061, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0451-126', 'J0453-1233' RA= 04:53:40.988291 DEC= -12:33:54.59864 RAER= 0.58 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.182, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0450+366', 'J0453+3644' RA= 04:53:51.076218 DEC= +36:44:15.09401 RAER= 2.86 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.009, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0450+264', 'J0453+2634' RA= 04:53:51.568180 DEC= +26:34:11.17278 RAER= 0.41 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0450+299', 'J0453+3003' RA= 04:53:51.766093 DEC= +30:03:58.38081 RAER= 0.39 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.066, 5.0, 0.183, 0.028, 8.4, 0.096, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '0451-078', 'J0453-0745' RA= 04:53:55.712677 DEC= -07:45:27.07597 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.102, 8.4, 0.120, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 173 observations" / source= '0451+120', 'J0453+1204' RA= 04:53:58.568535 DEC= +12:04:56.44195 RAER= 0.59 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.071, 8.4, 0.109, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0451-121', 'J0453-1201' RA= 04:53:59.903753 DEC= -12:01:12.84989 RAER= 0.56 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.047, 8.4, 0.071, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0449+555', 'J0454+5536' RA= 04:54:00.080839 DEC= +55:36:45.34433 RAER= 14.21 DECER= 13.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0451-004', 'J0454-0021' RA= 04:54:00.983349 DEC= -00:21:15.35491 RAER= 0.41 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.016, 8.4, 0.038, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0450+373', 'J0454+3724' RA= 04:54:09.461163 DEC= +37:24:09.08665 RAER= 6.15 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.062, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0449+572', 'J0454+5720' RA= 04:54:11.359095 DEC= +57:20:16.69543 RAER= 2.74 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.099, 8.4, 0.053, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0452-190', 'J0454-1855' RA= 04:54:18.451488 DEC= -18:55:46.96507 RAER= 0.88 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0450+578', 'J0454+5757' RA= 04:54:19.692962 DEC= +57:57:41.30448 RAER= 0.90 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.017, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0451-018', 'J0454-0148' RA= 04:54:24.116892 DEC= -01:48:11.81289 RAER= 0.62 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0450+498', 'J0454+4956' RA= 04:54:32.407910 DEC= +49:56:49.58111 RAER= 6.27 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0451+421', 'J0454+4213' RA= 04:54:37.692072 DEC= +42:13:00.87122 RAER= 1.12 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.016, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0452-358', 'J0454-3543' RA= 04:54:37.957159 DEC= -35:43:44.07188 RAER= 1.09 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.040, 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0452+034', 'J0454+0330' RA= 04:54:46.209573 DEC= +03:30:46.90412 RAER= 0.70 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.045, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0453-352', 'J0454-3513' RA= 04:54:51.299050 DEC= -35:13:00.71544 RAER= 2.28 DECER= 16.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0452+195', 'J0455+1936' RA= 04:55:00.215476 DEC= +19:36:14.58654 RAER= 0.23 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 218 observations" / source= '0454-649', 'J0455-6449' RA= 04:55:01.616962 DEC= -64:49:58.12338 RAER= 73.56 DECER= 15.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0452+063', 'J0455+0624' RA= 04:55:03.104032 DEC= +06:24:53.94762 RAER= 0.48 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.037, 8.4, 0.086, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0454-555', 'J0455-5531' RA= 04:55:03.492881 DEC= -55:31:12.36975 RAER= 2.89 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0452-111', 'J0455-1103' RA= 04:55:03.611076 DEC= -11:03:08.04933 RAER= 0.70 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0452-242', 'J0455-2408' RA= 04:55:04.524614 DEC= -24:08:06.15575 RAER= 0.58 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.041, 8.4, 0.060, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0451+479', 'J0455+4803' RA= 04:55:07.172364 DEC= +48:03:47.37983 RAER= 0.73 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.035, 22.2, 0.055, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0452+068', 'J0455+0655' RA= 04:55:20.712732 DEC= +06:55:38.87499 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.034, 8.4, 0.073, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0453-206', 'J0455-2034' RA= 04:55:23.720185 DEC= -20:34:16.07730 RAER= 0.46 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '0452-056', 'J0455-0532' RA= 04:55:24.214954 DEC= -05:32:23.76196 RAER= 0.66 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0452+028', 'J0455+0257' RA= 04:55:34.968673 DEC= +02:57:25.49174 RAER= 0.61 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0452+187', 'J0455+1850' RA= 04:55:41.873610 DEC= +18:50:09.07524 RAER= 1.23 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0450+711', 'J0455+7113' RA= 04:55:42.290878 DEC= +71:13:28.22887 RAER= 3.42 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0451+628', 'J0455+6257' RA= 04:55:42.443423 DEC= +62:57:57.30337 RAER= 0.79 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.052, 8.4, 0.026, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0454-463', 'J0455-4615' RA= 04:55:50.772488 DEC= -46:15:58.67981 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.172, 1.183, 5.0, 2.393, n/a, 8.4, 1.571, 0.441 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7999 observations" / source= '0456-691', 'J0455-6902' RA= 04:55:51.497866 DEC= -69:02:10.16138 RAER= 1.30 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0452+468', 'J0455+4653' RA= 04:55:53.208072 DEC= +46:53:30.27144 RAER= 0.81 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0452+305', 'J0455+3040' RA= 04:55:55.725184 DEC= +30:40:42.48273 RAER= 0.82 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.033, 8.4, 0.051, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0453+106', 'J0455+1044' RA= 04:55:56.209400 DEC= +10:44:13.95535 RAER= 1.03 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.017, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0456-703', 'J0456-7014' RA= 04:56:08.637053 DEC= -70:14:33.53170 RAER= 0.95 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0454-396', 'J0456-3937' RA= 04:56:08.700239 DEC= -39:37:06.47048 RAER= 56.98 DECER= 61.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0454-220', 'J0456-2159' RA= 04:56:08.923774 DEC= -21:59:09.39999 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.079, 8.4, 0.192, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '0452+405', 'J0456+4038' RA= 04:56:09.915807 DEC= +40:38:19.25182 RAER= 9.90 DECER= 6.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0453+169', 'J0456+1702' RA= 04:56:16.700272 DEC= +17:02:17.61360 RAER= 0.89 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.011, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0453+269', 'J0456+2702' RA= 04:56:17.365856 DEC= +27:02:21.15703 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.075, 8.4, 0.098, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 795 observations" / source= '0454-166', 'J0456-1635' RA= 04:56:18.563032 DEC= -16:35:52.17213 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0454-041', 'J0456-0402' RA= 04:56:31.302835 DEC= -04:02:45.72735 RAER= 6.23 DECER= 14.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0454-407', 'J0456-4041' RA= 04:56:32.314303 DEC= -40:41:22.35650 RAER= 1.43 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.209, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0452+564', 'J0456+5633' RA= 04:56:33.065883 DEC= +56:33:51.83009 RAER= 0.73 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.062, 8.4, 0.096, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0454-316', 'J0456-3136' RA= 04:56:36.683353 DEC= -31:36:12.47907 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.134, 8.4, 0.234, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '0452+573', 'J0456+5728' RA= 04:56:37.574516 DEC= +57:28:40.61859 RAER= 0.45 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.121, 8.4, 0.141, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0454+039', 'J0456+0400' RA= 04:56:47.174721 DEC= +04:00:52.94674 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.272, 0.143, 8.4, 0.356, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '0453+324', 'J0456+3232' RA= 04:56:47.332327 DEC= +32:32:02.29078 RAER= 1.05 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0453+238', 'J0456+2352' RA= 04:56:51.846821 DEC= +23:52:45.21408 RAER= 17.54 DECER= 26.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0454-151', 'J0456-1503' RA= 04:56:59.757978 DEC= -15:03:06.03868 RAER= 0.69 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.046, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0454-234', 'J0457-2324' RA= 04:57:03.179225 DEC= -23:24:52.02039 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.956, 1.492, 5.0, 2.925, 2.357, 8.4, 2.085, 1.261, 15.2, 1.953, 1.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208395 observations" / source= '0454+007', 'J0457+0048' RA= 04:57:06.672521 DEC= +00:48:33.91010 RAER= 0.92 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.022, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0453+300', 'J0457+3010' RA= 04:57:07.376637 DEC= +30:10:08.82382 RAER= 1.03 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0454+066', 'J0457+0645' RA= 04:57:07.709949 DEC= +06:45:07.26032 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.202, 5.0, 0.364, n/a, 8.4, 0.504, 0.345 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '0457-664', 'J0457-6624' RA= 04:57:12.805669 DEC= -66:24:25.46210 RAER= 27.30 DECER= 22.61 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0454-088', 'J0457-0849' RA= 04:57:20.212909 DEC= -08:49:05.48383 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.151, 8.4, 0.168, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '0452+636', 'J0457+6343' RA= 04:57:21.868552 DEC= +63:43:35.80781 RAER= 9.43 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0454+100', 'J0457+1007' RA= 04:57:21.891563 DEC= +10:07:42.10709 RAER= 7.93 DECER= 17.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0453+468', 'J0457+4657' RA= 04:57:27.069825 DEC= +46:57:34.05541 RAER= 2.57 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0455-346', 'J0457-3433' RA= 04:57:27.897902 DEC= -34:33:19.51007 RAER= 1.11 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.039, 8.4, 0.057, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0455-076', 'J0457-0733' RA= 04:57:29.375418 DEC= -07:33:57.42425 RAER= 0.43 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.063, 8.4, 0.055, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0454+291', 'J0457+2910' RA= 04:57:30.117537 DEC= +29:10:38.86146 RAER= 0.22 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.035, 5.0, 0.081, 0.068, 8.4, 0.103, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '0454+177', 'J0457+1751' RA= 04:57:38.568383 DEC= +17:51:01.65284 RAER= 0.93 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0454+240', 'J0457+2410' RA= 04:57:50.988610 DEC= +24:10:22.54445 RAER= 4.87 DECER= 6.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0455-183', 'J0457-1819' RA= 04:57:54.325211 DEC= -18:19:16.07351 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.112, 5.0, 0.100, 0.098, 8.4, 0.102, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0454+263', 'J0457+2624' RA= 04:57:55.406046 DEC= +26:24:41.02746 RAER= 0.34 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.015, 8.4, 0.047, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '0455-248', 'J0458-2447' RA= 04:58:02.916138 DEC= -24:47:56.27534 RAER= 1.46 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0455+117', 'J0458+1151' RA= 04:58:04.891820 DEC= +11:51:43.19174 RAER= 0.71 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0456-357', 'J0458-3541' RA= 04:58:20.298136 DEC= -35:41:08.82603 RAER= 4.52 DECER= 11.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0456-317', 'J0458-3139' RA= 04:58:20.843185 DEC= -31:39:20.23040 RAER= 0.45 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.059, 5.0, 0.026, 0.014, 8.4, 0.046, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '0451+761', 'J0458+7615' RA= 04:58:29.395080 DEC= +76:15:14.94713 RAER= 1.95 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.090, 8.4, 0.126, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0455+201', 'J0458+2011' RA= 04:58:29.872208 DEC= +20:11:36.07407 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.061, 5.0, 0.059, 0.047, 8.4, 0.048, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 783 observations" / source= '0456+060', 'J0458+0608' RA= 04:58:48.771577 DEC= +06:08:03.85936 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.698, 0.228, 8.4, 0.248, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 876 observations" / source= '0456-260', 'J0458-2558' RA= 04:58:51.026044 DEC= -25:58:11.98515 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.076, 8.4, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0454+550', 'J0458+5508' RA= 04:58:54.840115 DEC= +55:08:42.05908 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.176, 5.0, 0.329, 0.170, 8.4, 0.265, 0.170, 22.2, 0.263, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2436 observations" / source= '0456+145', 'J0459+1438' RA= 04:59:03.295077 DEC= +14:38:04.60345 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.068, 8.4, 0.076, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0455+420', 'J0459+4208' RA= 04:59:04.376904 DEC= +42:08:55.06135 RAER= 0.66 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.051, 8.4, 0.065, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0456+179', 'J0459+1758' RA= 04:59:09.050746 DEC= +17:58:39.09322 RAER= 1.01 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0456+222', 'J0459+2218' RA= 04:59:12.820785 DEC= +22:18:00.38489 RAER= 1.37 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.012, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0457-337', 'J0459-3341' RA= 04:59:14.630486 DEC= -33:41:10.45080 RAER= 1.22 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0458-529', 'J0459-5250' RA= 04:59:16.941892 DEC= -52:50:20.54110 RAER= 5.43 DECER= 7.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0455+530', 'J0459+5305' RA= 04:59:20.343037 DEC= +53:05:28.74728 RAER= 3.50 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0456+332', 'J0459+3319' RA= 04:59:25.856074 DEC= +33:19:15.20796 RAER= 9.34 DECER= 8.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0457-341', 'J0459-3403' RA= 04:59:30.837146 DEC= -34:03:50.30861 RAER= 1.76 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0456+310', 'J0459+3106' RA= 04:59:33.033747 DEC= +31:06:34.28804 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.318, 0.181, 5.0, 0.259, 0.209, 8.4, 0.183, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '0457-075', 'J0459-0730' RA= 04:59:38.654430 DEC= -07:30:11.96406 RAER= 0.60 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0457-382', 'J0459-3808' RA= 04:59:39.130166 DEC= -38:08:17.19180 RAER= 8.43 DECER= 38.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0457+052', 'J0459+0519' RA= 04:59:44.050085 DEC= +05:19:43.32048 RAER= 0.53 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0455+546', 'J0459+5441' RA= 04:59:45.046854 DEC= +54:41:18.53684 RAER= 1.41 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.007, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0456+155', 'J0459+1535' RA= 04:59:47.305122 DEC= +15:35:54.82059 RAER= 0.57 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.021, 8.4, 0.047, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0457+024', 'J0459+0229' RA= 04:59:52.050657 DEC= +02:29:31.17642 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.549, 0.990, 5.0, 1.403, 0.243, 8.4, 0.679, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2119 observations" / source= '0457-072', 'J0459-0711' RA= 04:59:54.823699 DEC= -07:11:41.98348 RAER= 0.42 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.043, 8.4, 0.094, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0457-247', 'J0459-2439' RA= 04:59:55.246861 DEC= -24:39:40.09066 RAER= 0.82 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.029, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0456+270', 'J0459+2706' RA= 04:59:56.087264 DEC= +27:06:02.09083 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.386, 0.024, 8.4, 0.130, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '0457+020', 'J0459+0208' RA= 04:59:57.071875 DEC= +02:08:00.58552 RAER= 0.43 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.042, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0459-579', 'J0459-5752' RA= 04:59:59.767708 DEC= -57:52:28.78429 RAER= 3.52 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0459-634', 'J0500-6322' RA= 05:00:00.651976 DEC= -63:22:37.37924 RAER= 3.98 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0457-205', 'J0500-2029' RA= 05:00:02.647652 DEC= -20:29:58.24947 RAER= 1.76 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0457+072', 'J0500+0716' RA= 05:00:03.678041 DEC= +07:16:30.61520 RAER= 9.46 DECER= 8.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0455+572', 'J0500+5716' RA= 05:00:05.629613 DEC= +57:16:34.09443 RAER= 1.35 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0458-168', 'J0500-1643' RA= 05:00:14.517128 DEC= -16:43:57.77166 RAER= 0.72 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.029, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0457+303', 'J0500+3025' RA= 05:00:19.126526 DEC= +30:25:07.94500 RAER= 0.92 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.034, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0456+525', 'J0500+5238' RA= 05:00:21.415666 DEC= +52:38:02.16476 RAER= 0.47 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '0456+428', 'J0500+4253' RA= 05:00:27.472813 DEC= +42:53:30.85570 RAER= 0.21 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.088, 8.4, 0.112, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '0457+267', 'J0500+2651' RA= 05:00:27.870181 DEC= +26:51:34.33891 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.064, 8.4, 0.061, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 779 observations" / source= '0459-492', 'J0500-4912' RA= 05:00:38.724823 DEC= -49:12:16.12283 RAER= 1.23 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations. No flux information" / source= '0457+360', 'J0500+3609' RA= 05:00:43.277125 DEC= +36:09:49.08346 RAER= 0.95 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.006, 8.4, 0.021, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0458+243', 'J0501+2423' RA= 05:01:06.915435 DEC= +24:23:18.11911 RAER= 0.63 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0459-308', 'J0501-3047' RA= 05:01:06.949426 DEC= -30:47:37.62228 RAER= 1.12 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.231, n/a, 8.4, 0.170, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0457+331', 'J0501+3316' RA= 05:01:08.803042 DEC= +33:16:08.61197 RAER= 0.89 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.019, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0458-020', 'J0501-0159' RA= 05:01:12.809888 DEC= -01:59:14.25652 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.951, 0.445, 5.0, 1.617, 1.358, 8.4, 1.157, 0.879, 15.2, 1.170, 0.936 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167858 observations" / source= '0459-244', 'J0501-2423' RA= 05:01:12.862193 DEC= -24:23:01.58567 RAER= 0.54 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.049, 8.4, 0.076, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0458-080', 'J0501-0756' RA= 05:01:18.533257 DEC= -07:56:54.47911 RAER= 2.17 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0458+206', 'J0501+2044' RA= 05:01:19.067180 DEC= +20:44:55.56522 RAER= 0.19 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '0459-165', 'J0501-1628' RA= 05:01:23.377229 DEC= -16:28:07.99928 RAER= 0.68 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.064, 8.4, 0.057, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0457+497', 'J0501+4948' RA= 05:01:23.681926 DEC= +49:48:51.15824 RAER= 0.77 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0458+254', 'J0501+2530' RA= 05:01:35.612880 DEC= +25:30:38.76558 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.062, 8.4, 0.068, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '0458+053', 'J0501+0522' RA= 05:01:38.032088 DEC= +05:22:57.26494 RAER= 0.41 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.040, 8.4, 0.090, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0459-040', 'J0501-0401' RA= 05:01:38.421905 DEC= -04:01:24.72107 RAER= 0.54 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.042, 8.4, 0.110, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0459-048', 'J0501-0447' RA= 05:01:40.780000 DEC= -04:47:03.96988 RAER= 1.48 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '0458+307', 'J0501+3048' RA= 05:01:41.182754 DEC= +30:48:25.99960 RAER= 0.60 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0459-171', 'J0501-1706' RA= 05:01:42.643370 DEC= -17:06:08.58439 RAER= 0.74 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.217, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0458+138', 'J0501+1356' RA= 05:01:45.270827 DEC= +13:56:07.22005 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.122, 8.4, 0.288, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3948 observations" / source= '0456+714', 'J0501+7128' RA= 05:01:45.779934 DEC= +71:28:33.96350 RAER= 0.41 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.114, 8.4, 0.176, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '0459+023', 'J0501+0224' RA= 05:01:49.598695 DEC= +02:24:35.61392 RAER= 0.47 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0459-121', 'J0501-1206' RA= 05:01:51.250938 DEC= -12:06:25.36783 RAER= 1.54 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0459-139', 'J0501-1355' RA= 05:01:59.944988 DEC= -13:55:04.82458 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.062, 8.4, 0.091, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0458+384', 'J0502+3829' RA= 05:02:08.112061 DEC= +38:29:12.85472 RAER= 0.71 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.029, 8.4, 0.071, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0500-210', 'J0502-2057' RA= 05:02:10.409522 DEC= -20:57:16.65001 RAER= 0.78 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0459+060', 'J0502+0609' RA= 05:02:15.445938 DEC= +06:09:07.49377 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.249, 0.810, 8.4, 0.748, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 762 observations" / source= '0500-324', 'J0502-3220' RA= 05:02:18.726161 DEC= -32:20:01.67431 RAER= 10.01 DECER= 22.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0458+474', 'J0502+4729' RA= 05:02:22.331883 DEC= +47:29:12.07486 RAER= 0.56 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0458+476', 'J0502+4746' RA= 05:02:25.797579 DEC= +47:46:05.07518 RAER= 3.69 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0459+345', 'J0502+3436' RA= 05:02:29.946727 DEC= +34:36:34.56751 RAER= 0.41 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.101, 8.4, 0.074, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0458+451', 'J0502+4510' RA= 05:02:31.112552 DEC= +45:10:48.96750 RAER= 1.69 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0459+387', 'J0502+3849' RA= 05:02:32.492809 DEC= +38:49:54.94161 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.097, 8.4, 0.138, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 461 observations" / source= '0459+135', 'J0502+1338' RA= 05:02:33.219517 DEC= +13:38:10.95883 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.607, 0.257, 8.4, 0.636, 0.396 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1659 observations" / source= '0459+006', 'J0502+0042' RA= 05:02:33.856097 DEC= +00:42:17.78921 RAER= 0.61 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.026, 8.4, 0.126, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0459+415', 'J0502+4139' RA= 05:02:37.988220 DEC= +41:39:19.34749 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.225, 5.0, 0.227, 0.189, 8.4, 0.168, 0.127, 22.2, 0.450, 0.306 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1356 observations" / source= '0500-130', 'J0502-1256' RA= 05:02:42.253504 DEC= -12:56:23.24160 RAER= 3.10 DECER= 12.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0500-357', 'J0502-3541' RA= 05:02:44.365657 DEC= -35:41:14.83384 RAER= 0.26 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.079, 8.4, 0.081, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0459+163', 'J0502+1626' RA= 05:02:47.385502 DEC= +16:26:39.30721 RAER= 0.81 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0459+252', 'J0502+2516' RA= 05:02:58.474773 DEC= +25:16:25.27544 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.155, 5.0, 0.307, 0.185, 8.4, 0.336, 0.160 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1867 observations" / source= '0500-247', 'J0503-2440' RA= 05:03:02.046987 DEC= -24:40:44.97626 RAER= 0.95 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0500+060', 'J0503+0609' RA= 05:03:04.881871 DEC= +06:09:21.45099 RAER= 0.88 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0458+654', 'J0503+6534' RA= 05:03:05.812961 DEC= +65:34:01.14857 RAER= 2.93 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0500+206', 'J0503+2041' RA= 05:03:10.730552 DEC= +20:41:23.03879 RAER= 0.36 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.061, 8.4, 0.051, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0501-214', 'J0503-2120' RA= 05:03:13.480335 DEC= -21:20:10.05349 RAER= 0.91 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0500+019', 'J0503+0203' RA= 05:03:21.197185 DEC= +02:03:04.67667 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.296, 0.376, 5.0, 2.041, 0.655, 8.4, 1.052, 0.253 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 985 observations" / source= '0501-138', 'J0503-1345' RA= 05:03:35.078083 DEC= -13:45:07.98481 RAER= 0.40 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.068, 8.4, 0.071, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0500+452', 'J0503+4516' RA= 05:03:39.577317 DEC= +45:16:59.52579 RAER= 0.86 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0501-215', 'J0503-2128' RA= 05:03:48.089889 DEC= -21:28:31.33674 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.157, 8.4, 0.126, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 379 observations" / source= '0500+443', 'J0503+4424' RA= 05:03:50.224019 DEC= +44:24:39.38111 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.280, 0.157, 8.4, 0.184, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '0501-235', 'J0503-2330' RA= 05:03:50.611810 DEC= -23:30:59.79948 RAER= 0.88 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0501-067', 'J0503-0638' RA= 05:03:56.047796 DEC= -06:38:03.45492 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.092, 8.4, 0.125, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0458+659', 'J0503+6600' RA= 05:03:56.447003 DEC= +66:00:31.47792 RAER= 0.40 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.181, 0.316 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0500+339', 'J0503+3403' RA= 05:03:56.784647 DEC= +34:03:28.11331 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.300, 0.083, 8.4, 0.138, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '0500+270', 'J0503+2708' RA= 05:03:57.342536 DEC= +27:08:56.72465 RAER= 0.53 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0503-608', 'J0504-6049' RA= 05:04:01.701117 DEC= -60:49:52.53953 RAER= 0.33 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '0502-192', 'J0504-1909' RA= 05:04:25.677034 DEC= -19:09:25.48917 RAER= 0.81 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0502-152', 'J0504-1512' RA= 05:04:28.797102 DEC= -15:12:26.84887 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.103, 8.4, 0.143, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '0502-078', 'J0504-0744' RA= 05:04:34.493325 DEC= -07:44:36.88352 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.252, 0.135, 8.4, 0.333, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0502+04A', 'J0504+0412' RA= 05:04:42.088024 DEC= +04:12:22.64894 RAER= 0.59 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.027, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0501+126', 'J0504+1244' RA= 05:04:47.906599 DEC= +12:44:44.47430 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.054, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0501+279', 'J0504+2802' RA= 05:04:54.306466 DEC= +28:02:31.98155 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.054, 5.0, 0.189, 0.098, 8.4, 0.170, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1453 observations" / source= '0502-274', 'J0504-2723' RA= 05:04:55.291021 DEC= -27:23:11.34337 RAER= 2.54 DECER= 4.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.073, 8.4, 0.098, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0502-103', 'J0505-1017' RA= 05:05:02.764690 DEC= -10:17:26.04762 RAER= 0.30 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.032, 8.4, 0.058, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '0502+156', 'J0505+1542' RA= 05:05:05.055386 DEC= +15:42:27.62570 RAER= 0.44 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.038, 8.4, 0.045, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0500+622', 'J0505+6221' RA= 05:05:08.459562 DEC= +62:21:59.47472 RAER= 0.95 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.046, 8.4, 0.059, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0502+275', 'J0505+2737' RA= 05:05:19.353357 DEC= +27:37:44.55227 RAER= 0.50 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0502+049', 'J0505+0459' RA= 05:05:23.184728 DEC= +04:59:42.72443 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.763, 0.258, 8.4, 0.634, 0.358, 15.2, 0.924, 0.557 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3291 observations" / source= '0501+408', 'J0505+4058' RA= 05:05:26.346357 DEC= +40:58:01.15835 RAER= 9.68 DECER= 6.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0502+182', 'J0505+1820' RA= 05:05:27.499984 DEC= +18:20:51.47704 RAER= 0.81 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.029, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0502+041', 'J0505+0415' RA= 05:05:34.769096 DEC= +04:15:54.57849 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.044, 8.4, 0.051, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '0500+640', 'J0505+6406' RA= 05:05:40.937086 DEC= +64:06:26.29151 RAER= 0.36 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.038, 8.4, 0.064, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '0503-160', 'J0505-1558' RA= 05:05:41.580003 DEC= -15:58:38.13106 RAER= 0.26 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.033, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0502+332', 'J0505+3321' RA= 05:05:42.874330 DEC= +33:21:35.40013 RAER= 0.94 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0503-006', 'J0505-0037' RA= 05:05:43.114240 DEC= -00:37:43.52323 RAER= 0.67 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0508-793', 'J0505-7914' RA= 05:05:43.174543 DEC= -79:14:38.99556 RAER= 1.00 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0503+100', 'J0505+1005' RA= 05:05:45.841182 DEC= +10:05:15.48637 RAER= 31.72 DECER= 23.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0503-043', 'J0505-0419' RA= 05:05:51.238401 DEC= -04:19:26.61396 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.058, 8.4, 0.095, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '0506-699', 'J0505-6951' RA= 05:05:51.825329 DEC= -69:51:17.24165 RAER= 3.54 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0502+281', 'J0505+2812' RA= 05:05:55.048987 DEC= +28:12:14.58437 RAER= 0.63 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.022, 8.4, 0.044, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0503-295', 'J0505-2930' RA= 05:05:55.849339 DEC= -29:30:38.40146 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.281, 5.0, 0.527, n/a, 8.4, 0.501, 0.381 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2036 observations" / source= '0503-163', 'J0505-1615' RA= 05:05:57.160639 DEC= -16:15:58.00891 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.131, 8.4, 0.097, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 461 observations" / source= '0501+611', 'J0505+6113' RA= 05:05:58.785027 DEC= +61:13:35.95752 RAER= 1.41 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0501+564', 'J0506+5631' RA= 05:06:03.316991 DEC= +56:31:37.28756 RAER= 2.49 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.096, 8.4, 0.081, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0503-040', 'J0506-0401' RA= 05:06:05.987157 DEC= -04:01:52.42845 RAER= 0.73 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0504-276', 'J0506-2732' RA= 05:06:10.066361 DEC= -27:32:22.44868 RAER= 0.73 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0503-035', 'J0506-0329' RA= 05:06:16.967692 DEC= -03:29:57.92871 RAER= 0.34 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.034, 8.4, 0.059, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0503+282', 'J0506+2820' RA= 05:06:21.514394 DEC= +28:20:39.38775 RAER= 16.06 DECER= 11.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0504-149', 'J0506-1454' RA= 05:06:25.008035 DEC= -14:54:01.03523 RAER= 0.60 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.041, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0504-176', 'J0506-1735' RA= 05:06:33.252084 DEC= -17:35:09.07608 RAER= 1.87 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.037, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0503+216', 'J0506+2141' RA= 05:06:34.033345 DEC= +21:41:00.15962 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.104, 8.4, 0.133, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 879 observations" / source= '0501+682', 'J0506+6816' RA= 05:06:38.391687 DEC= +68:16:45.85942 RAER= 5.32 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0504-090', 'J0506-0858' RA= 05:06:39.908933 DEC= -08:58:01.79880 RAER= 0.78 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0506-612', 'J0506-6109' RA= 05:06:43.988750 DEC= -61:09:40.99401 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.881, 0.783 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2016 observations" / source= '0502+559', 'J0506+5600' RA= 05:06:48.395490 DEC= +56:00:20.27706 RAER= 3.99 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.019, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0504+033', 'J0506+0323' RA= 05:06:50.148075 DEC= +03:23:58.76334 RAER= 0.97 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0504-099', 'J0506-0950' RA= 05:06:53.063773 DEC= -09:50:42.47058 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.103, 8.4, 0.110, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 689 observations" / source= '0505-546', 'J0506-5435' RA= 05:06:57.816624 DEC= -54:35:03.82129 RAER= 8.40 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, 0.009, 8.4, 0.010, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0502+602', 'J0507+6020' RA= 05:07:04.732140 DEC= +60:20:01.13244 RAER= 2.64 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0504+237', 'J0507+2351' RA= 05:07:05.321006 DEC= +23:51:44.75048 RAER= 0.25 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.064, 8.4, 0.059, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0504+023', 'J0507+0225' RA= 05:07:14.656054 DEC= +02:25:52.96382 RAER= 0.87 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.022, 8.4, 0.017, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0503+468', 'J0507+4654' RA= 05:07:19.281164 DEC= +46:54:42.67595 RAER= 8.10 DECER= 7.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0503+472', 'J0507+4720' RA= 05:07:20.434155 DEC= +47:20:36.30976 RAER= 0.69 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0503+466', 'J0507+4645' RA= 05:07:23.658846 DEC= +46:45:42.33839 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.532, 0.338, 8.4, 0.395, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '0505-364', 'J0507-3624' RA= 05:07:25.055999 DEC= -36:24:43.05848 RAER= 25.79 DECER= 75.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0505-338', 'J0507-3346' RA= 05:07:27.277215 DEC= -33:46:35.49842 RAER= 45.26 DECER= 53.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0504+385', 'J0507+3838' RA= 05:07:29.201448 DEC= +38:38:42.77861 RAER= 0.82 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.022, 8.4, 0.069, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0459+791', 'J0507+7912' RA= 05:07:31.167303 DEC= +79:12:55.92618 RAER= 1.05 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.040, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '0503+585', 'J0507+5838' RA= 05:07:36.124147 DEC= +58:38:59.25815 RAER= 1.34 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.013, 8.4, 0.035, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0504+030', 'J0507+0307' RA= 05:07:36.503690 DEC= +03:07:52.04687 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.191, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '0504+151', 'J0507+1513' RA= 05:07:36.833975 DEC= +15:13:47.73782 RAER= 0.70 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0502+655', 'J0507+6537' RA= 05:07:39.890438 DEC= +65:37:31.93734 RAER= 2.63 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.008, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0505-351', 'J0507-3507' RA= 05:07:44.461611 DEC= -35:07:28.98382 RAER= 2.05 DECER= 9.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0504+443', 'J0507+4424' RA= 05:07:46.664315 DEC= +44:24:46.55861 RAER= 4.87 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.020, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0506-519', 'J0507-5156' RA= 05:07:47.515263 DEC= -51:56:07.20623 RAER= 2.71 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0503+521', 'J0507+5214' RA= 05:07:53.019795 DEC= +52:14:57.65069 RAER= 0.96 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0507-611', 'J0507-6104' RA= 05:07:54.670694 DEC= -61:04:43.11562 RAER= 0.26 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.335, 0.325 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 147 observations" / source= '0502+675', 'J0507+6737' RA= 05:07:56.171845 DEC= +67:37:24.24048 RAER= 0.90 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.019, 0.015, 15.2, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0506-387', 'J0507-3842' RA= 05:07:56.473606 DEC= -38:42:40.28483 RAER= 10.66 DECER= 21.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0504+521', 'J0508+5212' RA= 05:08:09.222509 DEC= +52:12:54.87355 RAER= 0.71 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0505-097', 'J0508-0943' RA= 05:08:13.467192 DEC= -09:43:02.98380 RAER= 11.96 DECER= 11.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0506-187', 'J0508-1841' RA= 05:08:17.724167 DEC= -18:41:49.59926 RAER= 0.34 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.048, 8.4, 0.096, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0506-196', 'J0508-1935' RA= 05:08:19.000074 DEC= -19:35:56.17411 RAER= 0.17 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.064, 5.0, 0.054, n/a, 8.4, 0.067, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '0508-646', 'J0508-6433' RA= 05:08:20.393864 DEC= -64:33:17.35819 RAER= 4.49 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0505+292', 'J0508+2917' RA= 05:08:26.396897 DEC= +29:17:46.44235 RAER= 0.48 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0503+608', 'J0508+6056' RA= 05:08:27.259436 DEC= +60:56:27.33606 RAER= 0.33 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.049, 8.4, 0.083, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0506-332', 'J0508-3308' RA= 05:08:38.085269 DEC= -33:08:53.96036 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.060, 5.0, 0.079, n/a, 8.4, 0.087, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '0454+844', 'J0508+8432' RA= 05:08:42.363546 DEC= +84:32:04.54418 RAER= 1.05 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.207, 5.0, 0.391, 0.347, 8.4, 0.252, 0.146, 15.2, 0.244, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24057 observations" / source= '0506-352', 'J0508-3509' RA= 05:08:42.779454 DEC= -35:09:24.24430 RAER= 0.76 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.059, 8.4, 0.073, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0505+202', 'J0508+2019' RA= 05:08:43.514802 DEC= +20:19:35.93191 RAER= 5.03 DECER= 8.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0506-203', 'J0508-2020' RA= 05:08:47.924550 DEC= -20:20:06.44936 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.040, 8.4, 0.052, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0506+198', 'J0509+1957' RA= 05:09:01.237638 DEC= +19:57:18.38971 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.032, 8.4, 0.048, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '0505+354', 'J0509+3528' RA= 05:09:05.846179 DEC= +35:28:17.28622 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.204, 8.4, 0.176, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '0505+333', 'J0509+3325' RA= 05:09:07.327476 DEC= +33:25:58.19063 RAER= 1.63 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.022, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0505+557', 'J0509+5546' RA= 05:09:17.432660 DEC= +55:46:40.79437 RAER= 0.99 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0506-019', 'J0509-0151' RA= 05:09:20.430624 DEC= -01:51:47.63542 RAER= 1.76 DECER= 4.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0506+082', 'J0509+0820' RA= 05:09:24.012035 DEC= +08:20:01.35860 RAER= 0.34 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.059, 8.4, 0.075, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0506+056', 'J0509+0541' RA= 05:09:25.964471 DEC= +05:41:35.33352 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.564, 0.457, 5.0, 0.346, 0.237, 8.4, 0.381, 0.232, 15.2, 0.857, 0.415 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7278 observations" / source= '0506+101', 'J0509+1011' RA= 05:09:27.457068 DEC= +10:11:44.60012 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.445, 0.366, 5.0, 0.258, 0.189, 8.4, 0.380, 0.265 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8578 observations" / source= '0507-292', 'J0509-2913' RA= 05:09:27.729317 DEC= -29:13:41.05215 RAER= 0.52 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0507-040', 'J0509-0400' RA= 05:09:38.178988 DEC= -04:00:45.68864 RAER= 0.85 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0506+180', 'J0509+1806' RA= 05:09:42.910798 DEC= +18:06:30.31123 RAER= 0.33 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 309 observations" / source= '0506+398', 'J0509+3951' RA= 05:09:48.817419 DEC= +39:51:54.62372 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.088, 8.4, 0.147, 0.100, 22.2, 0.205, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1416 observations" / source= '0506+274', 'J0509+2733' RA= 05:09:51.249042 DEC= +27:33:22.54146 RAER= 0.19 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.050, 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '0506+493', 'J0509+4925' RA= 05:09:53.907522 DEC= +49:25:42.32893 RAER= 1.10 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0509-643', 'J0509-6417' RA= 05:09:57.291562 DEC= -64:17:41.76402 RAER= 24.49 DECER= 7.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, 0.012, 8.4, 0.013, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0507+179', 'J0510+1800' RA= 05:10:02.369129 DEC= +18:00:41.58158 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.471, 0.224, 5.0, 0.548, 0.295, 8.4, 0.723, 0.511, 15.2, 2.006, 1.635 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7683 observations" / source= '0507+209', 'J0510+2058' RA= 05:10:11.306969 DEC= +20:58:13.45926 RAER= 0.20 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.036, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 267 observations" / source= '0518-843', 'J0510-8419' RA= 05:10:11.624911 DEC= -84:19:28.51626 RAER= 4.30 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0508-182', 'J0510-1812' RA= 05:10:15.328463 DEC= -18:12:27.95202 RAER= 0.44 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0505+592', 'J0510+5919' RA= 05:10:18.772992 DEC= +59:19:37.30641 RAER= 2.00 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0509-573', 'J0510-5719' RA= 05:10:18.775199 DEC= -57:19:39.99743 RAER= 6.10 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0507+082', 'J0510+0816' RA= 05:10:21.464993 DEC= +08:16:20.32254 RAER= 0.60 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0508-320', 'J0510-3201' RA= 05:10:22.370712 DEC= -32:01:57.37032 RAER= 0.51 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.086, 8.4, 0.081, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0508-200', 'J0510-1959' RA= 05:10:24.080008 DEC= -19:59:50.01948 RAER= 2.10 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0508-100', 'J0510-0958' RA= 05:10:33.491863 DEC= -09:58:10.92987 RAER= 0.40 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.035, 8.4, 0.067, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0508-250', 'J0510-2502' RA= 05:10:41.934816 DEC= -25:02:20.71135 RAER= 0.88 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0508-317', 'J0510-3142' RA= 05:10:46.340868 DEC= -31:42:53.92988 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.303, 8.4, 0.347, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '0507+405', 'J0510+4037' RA= 05:10:46.649063 DEC= +40:37:35.53646 RAER= 2.86 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0507+17A', 'J0510+1801' RA= 05:10:47.615544 DEC= +18:01:10.80711 RAER= 0.49 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0509-356', 'J0510-3533' RA= 05:10:53.227186 DEC= -35:33:18.35657 RAER= 5.82 DECER= 8.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0506+517', 'J0510+5150' RA= 05:10:54.736344 DEC= +51:50:19.02856 RAER= 1.17 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0508-262', 'J0510-2608' RA= 05:10:56.180848 DEC= -26:08:25.89257 RAER= 1.19 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0508-236', 'J0510-2332' RA= 05:10:57.468243 DEC= -23:32:35.87081 RAER= 1.20 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.062, 8.4, 0.051, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0508-220', 'J0511-2201' RA= 05:11:00.502864 DEC= -22:01:54.69846 RAER= 0.93 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0508-077', 'J0511-0738' RA= 05:11:00.681670 DEC= -07:38:34.69626 RAER= 0.76 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0509-259', 'J0511-2554' RA= 05:11:03.788353 DEC= -25:54:50.51228 RAER= 1.41 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.047, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0508-133', 'J0511-1317' RA= 05:11:04.819152 DEC= -13:17:30.30573 RAER= 1.41 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0509-309', 'J0511-3051' RA= 05:11:05.402834 DEC= -30:51:23.38502 RAER= 40.30 DECER= 57.48 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0508+055', 'J0511+0538' RA= 05:11:27.724389 DEC= +05:38:35.94339 RAER= 0.86 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.007, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0511-681', 'J0511-6806' RA= 05:11:29.575844 DEC= -68:06:17.37369 RAER= 0.59 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.094, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0508+380', 'J0511+3809' RA= 05:11:32.577300 DEC= +38:09:13.29546 RAER= 22.46 DECER= 25.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.085, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0508+026', 'J0511+0244' RA= 05:11:34.109260 DEC= +02:44:15.82024 RAER= 0.53 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0509-038', 'J0511-0346' RA= 05:11:36.768389 DEC= -03:46:14.94638 RAER= 0.36 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.037, 8.4, 0.047, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0509-105', 'J0511-1027' RA= 05:11:38.211962 DEC= -10:27:10.30439 RAER= 1.08 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0508+138', 'J0511+1357' RA= 05:11:38.319672 DEC= +13:57:19.19343 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.279, 8.4, 0.281, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2123 observations" / source= '0508+264', 'J0511+2631' RA= 05:11:50.371531 DEC= +26:31:54.86581 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.087, 8.4, 0.103, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 783 observations" / source= '0509+011', 'J0511+0110' RA= 05:11:57.612600 DEC= +01:10:49.43582 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.296, 0.118, 8.4, 0.233, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '0508+546', 'J0512+5439' RA= 05:12:19.877979 DEC= +54:39:39.11677 RAER= 1.77 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0512-675', 'J0512-6732' RA= 05:12:22.489796 DEC= -67:32:20.01557 RAER= 4.01 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0507+659', 'J0512+6558' RA= 05:12:25.279216 DEC= +65:58:09.89835 RAER= 4.08 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0509+119', 'J0512+1159' RA= 05:12:28.687553 DEC= +11:59:32.13954 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.054, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0509+11A', 'J0512+1200' RA= 05:12:29.158529 DEC= +12:00:39.06755 RAER= 1.74 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0508+559', 'J0512+5601' RA= 05:12:29.236623 DEC= +56:01:30.21223 RAER= 2.60 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0509+043', 'J0512+0423' RA= 05:12:37.843902 DEC= +04:23:09.98757 RAER= 0.46 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.030, 8.4, 0.024, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0509+205', 'J0512+2037' RA= 05:12:39.075257 DEC= +20:37:42.80358 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.075, 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 679 observations" / source= '0510-087', 'J0512-0840' RA= 05:12:39.876644 DEC= -08:40:34.41951 RAER= 1.25 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0509+152', 'J0512+1517' RA= 05:12:41.012990 DEC= +15:17:23.48103 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.768, 0.400, 8.4, 0.361, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0509+293', 'J0512+2927' RA= 05:12:42.205866 DEC= +29:27:03.60998 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.075, 8.4, 0.117, 0.065, 22.2, 0.165, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0510-317', 'J0512-3142' RA= 05:12:42.352241 DEC= -31:42:41.05758 RAER= 0.64 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.029, 8.4, 0.079, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0510-040', 'J0512-0358' RA= 05:12:47.694038 DEC= -03:58:43.01530 RAER= 1.87 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0509+242', 'J0512+2418' RA= 05:12:52.141316 DEC= +24:18:53.05314 RAER= 3.51 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0509+406', 'J0512+4041' RA= 05:12:52.542850 DEC= +40:41:43.62014 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.915, 0.491, 5.0, 0.920, n/a, 8.4, 0.766, 0.442, 15.2, 0.971, 0.702 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0510+060', 'J0512+0608' RA= 05:12:56.780263 DEC= +06:08:17.51443 RAER= 0.45 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.069, 8.4, 0.091, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0510+017', 'J0512+0151' RA= 05:12:56.820797 DEC= +01:51:00.77009 RAER= 1.21 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0510-005', 'J0513-0032' RA= 05:13:02.603705 DEC= -00:32:25.26106 RAER= 0.25 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.052, 8.4, 0.084, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0511-215', 'J0513-2128' RA= 05:13:21.098130 DEC= -21:28:21.09868 RAER= 0.88 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0511-22B', 'J0513-2202' RA= 05:13:35.134760 DEC= -22:02:11.53305 RAER= 11.00 DECER= 13.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0511+009', 'J0513+0100' RA= 05:13:40.032512 DEC= +01:00:21.65386 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.188, 8.4, 0.188, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '0511-203', 'J0513-2016' RA= 05:13:42.858409 DEC= -20:16:11.49414 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.071, 8.4, 0.099, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0511-248', 'J0513-2448' RA= 05:13:44.243349 DEC= -24:48:17.51625 RAER= 1.25 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0510+123', 'J0513+1224' RA= 05:13:45.937842 DEC= +12:24:59.36448 RAER= 21.12 DECER= 13.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0510+400', 'J0513+4006' RA= 05:13:46.315289 DEC= +40:06:17.98659 RAER= 1.55 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.020, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0511-220', 'J0513-2159' RA= 05:13:49.114315 DEC= -21:59:16.09221 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.515, 0.129, 5.0, 0.676, 0.255, 8.4, 0.693, 0.255 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1577 observations" / source= '0510+387', 'J0513+3845' RA= 05:13:54.845397 DEC= +38:45:57.86492 RAER= 31.30 DECER= 13.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0510+403', 'J0514+4025' RA= 05:14:02.814881 DEC= +40:25:24.04593 RAER= 1.34 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.023, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0511+024', 'J0514+0231' RA= 05:14:06.483652 DEC= +02:31:02.36799 RAER= 0.36 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.055, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0512-205', 'J0514-2029' RA= 05:14:17.347530 DEC= -20:29:20.51294 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.367, 0.298, 8.4, 0.301, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '0510+559', 'J0514+5602' RA= 05:14:18.699613 DEC= +56:02:11.05295 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.132, 5.0, 0.243, 0.148, 8.4, 0.258, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3580 observations" / source= '0509+626', 'J0514+6244' RA= 05:14:21.615085 DEC= +62:44:39.61142 RAER= 1.22 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0511-090', 'J0514-0900' RA= 05:14:22.368308 DEC= -09:00:28.28025 RAER= 0.69 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.009, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0512-441', 'J0514-4403' RA= 05:14:22.608485 DEC= -44:03:04.26419 RAER= 0.87 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations. No flux information" / source= '0512-076', 'J0514-0733' RA= 05:14:29.037738 DEC= -07:33:12.94374 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.057, 8.4, 0.101, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0512+026', 'J0514+0240' RA= 05:14:37.632187 DEC= +02:40:59.72236 RAER= 0.75 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0511+447', 'J0514+4449' RA= 05:14:39.083664 DEC= +44:49:15.67421 RAER= 0.98 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0510+560', 'J0514+5609' RA= 05:14:39.370448 DEC= +56:09:07.56848 RAER= 0.90 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.029, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0513-459', 'J0514-4554' RA= 05:14:43.959794 DEC= -45:54:35.57077 RAER= 0.22 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.247, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '0512-093', 'J0514-0915' RA= 05:14:49.699804 DEC= -09:15:41.39148 RAER= 0.38 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.055, 8.4, 0.081, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0512-200', 'J0514-1957' RA= 05:14:52.616588 DEC= -19:57:19.79055 RAER= 0.86 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0513-428', 'J0514-4247' RA= 05:14:52.856503 DEC= -42:47:12.63316 RAER= 1.30 DECER= 5.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.085, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0512-303', 'J0514-3016' RA= 05:14:53.014987 DEC= -30:16:41.25050 RAER= 0.65 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.076, 8.4, 0.102, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0509+680', 'J0515+6806' RA= 05:15:03.576291 DEC= +68:06:24.56769 RAER= 3.59 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, n/a, 5.0, 0.243, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '0512-243', 'J0515-2418' RA= 05:15:03.697925 DEC= -24:18:00.83176 RAER= 1.01 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0511+267', 'J0515+2647' RA= 05:15:04.422003 DEC= +26:47:47.23925 RAER= 0.23 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '0512-013', 'J0515-0120' RA= 05:15:11.167032 DEC= -01:20:01.92149 RAER= 2.22 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0512-129', 'J0515-1255' RA= 05:15:14.174283 DEC= -12:55:39.96826 RAER= 0.25 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, n/a, 5.0, 0.019, 0.019, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 300 observations" / source= '0513-136', 'J0515-1338' RA= 05:15:21.488212 DEC= -13:38:15.03772 RAER= 1.56 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0511+388', 'J0515+3852' RA= 05:15:23.568694 DEC= +38:52:48.73372 RAER= 2.00 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0511+539', 'J0515+5401' RA= 05:15:26.205247 DEC= +54:01:34.77277 RAER= 9.49 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0510+630', 'J0515+6308' RA= 05:15:33.090087 DEC= +63:08:03.44443 RAER= 1.21 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.019, 8.4, 0.041, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0515-674', 'J0515-6721' RA= 05:15:37.534792 DEC= -67:21:27.83186 RAER= 4.72 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.745, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0514-459', 'J0515-4556' RA= 05:15:45.250124 DEC= -45:56:43.19819 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.630, 0.336, 8.4, 0.580, 0.271 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '0513-294', 'J0515-2926' RA= 05:15:46.178973 DEC= -29:26:19.08779 RAER= 2.30 DECER= 4.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.019, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0512+153', 'J0515+1527' RA= 05:15:47.353261 DEC= +15:27:16.59218 RAER= 0.30 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.033, 8.4, 0.069, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '0512+184', 'J0515+1831' RA= 05:15:51.249754 DEC= +18:31:21.10566 RAER= 1.57 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0513+054', 'J0515+0533' RA= 05:15:51.689855 DEC= +05:33:00.38240 RAER= 0.65 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.028, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0513-262', 'J0515-2610' RA= 05:15:59.438944 DEC= -26:10:05.61314 RAER= 1.12 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0513-051', 'J0516-0502' RA= 05:16:01.152246 DEC= -05:02:44.65222 RAER= 0.75 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0513+041', 'J0516+0415' RA= 05:16:01.432305 DEC= +04:15:08.06558 RAER= 0.85 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0514-429', 'J0516-4251' RA= 05:16:07.311339 DEC= -42:51:50.60812 RAER= 10.94 DECER= 20.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0513+042', 'J0516+041A' RA= 05:16:15.645502 DEC= +04:15:53.75929 RAER= 2.09 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0514-161', 'J0516-1603' RA= 05:16:15.929356 DEC= -16:03:07.63406 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.416, 0.084, 8.4, 0.434, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '0513+079', 'J0516+0801' RA= 05:16:27.482818 DEC= +08:01:58.75812 RAER= 0.36 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.056, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0514-360', 'J0516-3559' RA= 05:16:28.952511 DEC= -35:59:37.25450 RAER= 1.52 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0510+737', 'J0516+7351' RA= 05:16:31.230253 DEC= +73:51:08.65721 RAER= 1.68 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160 observations" / source= '0514-371', 'J0516-3703' RA= 05:16:34.753962 DEC= -37:03:32.89842 RAER= 3.81 DECER= 20.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0517-726', 'J0516-7237' RA= 05:16:37.718967 DEC= -72:37:07.46579 RAER= 0.42 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.323, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0513+276', 'J0516+2743' RA= 05:16:40.477264 DEC= +27:43:10.27843 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.072, 8.4, 0.105, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 892 observations" / source= '0513+101', 'J0516+1012' RA= 05:16:41.492179 DEC= +10:12:44.84249 RAER= 3.62 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0513+264', 'J0516+2630' RA= 05:16:44.273833 DEC= +26:30:47.12089 RAER= 42.25 DECER= 51.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0516-621', 'J0516-6207' RA= 05:16:44.926165 DEC= -62:07:05.38943 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.878, 1.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5092 observations" / source= '0514+076', 'J0516+0741' RA= 05:16:45.157565 DEC= +07:41:23.02881 RAER= 0.70 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.041, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0514+109', 'J0516+1057' RA= 05:16:46.646264 DEC= +10:57:54.78718 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.100, 8.4, 0.122, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '0513+361', 'J0516+3614' RA= 05:16:56.255931 DEC= +36:14:30.30164 RAER= 1.60 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0514+074', 'J0516+0732' RA= 05:16:56.364703 DEC= +07:32:53.25024 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.102, 8.4, 0.101, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '0514-156', 'J0516-1537' RA= 05:16:57.185364 DEC= -15:37:10.36911 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.129, 8.4, 0.107, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '0514+049', 'J0517+0500' RA= 05:17:11.699749 DEC= +05:00:30.42173 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0513+399', 'J0517+4001' RA= 05:17:20.831698 DEC= +40:01:25.33332 RAER= 1.87 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0515-179', 'J0517-1756' RA= 05:17:24.046995 DEC= -17:56:24.14852 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.073, 8.4, 0.127, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '0515-053', 'J0517-0520' RA= 05:17:28.110163 DEC= -05:20:40.84189 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.073, 8.4, 0.180, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '0513+455', 'J0517+4537' RA= 05:17:28.899470 DEC= +45:37:04.86515 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.463, 0.232, 8.4, 0.467, 0.249 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '0514+089', 'J0517+0858' RA= 05:17:40.058567 DEC= +08:58:35.80045 RAER= 0.65 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0515+067', 'J0517+0648' RA= 05:17:51.344151 DEC= +06:48:03.21035 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.530, 0.172, 8.4, 0.293, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '0514+391', 'J0517+3910' RA= 05:17:59.465091 DEC= +39:10:32.10984 RAER= 1.71 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.011, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0514+324', 'J0518+3228' RA= 05:18:00.693362 DEC= +32:28:17.58600 RAER= 0.72 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0516-340', 'J0518-3402' RA= 05:18:03.471657 DEC= -34:02:29.61359 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.081, 8.4, 0.142, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '0515+208', 'J0518+2054' RA= 05:18:03.824515 DEC= +20:54:52.49738 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.242, 8.4, 0.246, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6919 observations" / source= '0515-096', 'J0518-0937' RA= 05:18:04.899188 DEC= -09:37:01.68233 RAER= 1.48 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0514+330', 'J0518+3306' RA= 05:18:05.142465 DEC= +33:06:13.36454 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.128, 8.4, 0.230, 0.139, 22.2, 0.205, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1603 observations" / source= '0516-249', 'J0518-2455' RA= 05:18:06.051375 DEC= -24:55:01.90282 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.143, 8.4, 0.118, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '0515-139', 'J0518-1352' RA= 05:18:08.006063 DEC= -13:52:21.11650 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.046, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0517-517', 'J0518-5144' RA= 05:18:11.727159 DEC= -51:44:03.97640 RAER= 4.74 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0514+474', 'J0518+4730' RA= 05:18:12.089876 DEC= +47:30:55.52787 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.856, 0.137, 8.4, 0.319, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0515+063', 'J0518+0624' RA= 05:18:15.941191 DEC= +06:24:22.72455 RAER= 0.90 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0515+227', 'J0518+2249' RA= 05:18:24.884188 DEC= +22:49:09.92936 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.043, 8.4, 0.043, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0514+537', 'J0518+5345' RA= 05:18:29.169315 DEC= +53:45:51.38280 RAER= 2.36 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0518-696', 'J0518-6935' RA= 05:18:32.586555 DEC= -69:35:21.36083 RAER= 2.77 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0516-095', 'J0518-0931' RA= 05:18:45.776942 DEC= -09:31:55.63603 RAER= 0.26 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.082, 8.4, 0.127, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0514+570', 'J0519+5707' RA= 05:19:00.278663 DEC= +57:07:15.98348 RAER= 1.22 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.030, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0515+285', 'J0519+2836' RA= 05:19:01.349525 DEC= +28:36:20.60812 RAER= 2.60 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0516-129', 'J0519-1251' RA= 05:19:02.931247 DEC= -12:51:19.86846 RAER= 0.74 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0515+363', 'J0519+3626' RA= 05:19:06.323809 DEC= +36:26:49.25394 RAER= 0.41 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.046, 8.4, 0.080, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0516+087', 'J0519+0848' RA= 05:19:10.811137 DEC= +08:48:56.73446 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.207, 8.4, 0.368, 0.298 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '0517-279', 'J0519-2751' RA= 05:19:18.823464 DEC= -27:51:07.99763 RAER= 0.74 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0513+714', 'J0519+7133' RA= 05:19:28.881913 DEC= +71:33:03.72550 RAER= 0.58 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.119, 8.4, 0.082, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 713 observations" / source= '0516+276', 'J0519+2744' RA= 05:19:33.027153 DEC= +27:44:04.34261 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.078, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0516+032', 'J0519+0319' RA= 05:19:33.642571 DEC= +03:19:03.62820 RAER= 0.86 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0517-346', 'J0519-3435' RA= 05:19:35.238931 DEC= -34:35:17.86337 RAER= 18.51 DECER= 31.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0516+402', 'J0519+4015' RA= 05:19:46.068906 DEC= +40:15:07.90196 RAER= 9.22 DECER= 8.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0517+016', 'J0519+0144' RA= 05:19:47.465426 DEC= +01:44:23.81788 RAER= 0.47 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.022, 8.4, 0.043, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0517+038', 'J0519+0356' RA= 05:19:48.258870 DEC= +03:56:49.55192 RAER= 1.01 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.032, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0518-458', 'J0519-4546' RA= 05:19:49.723160 DEC= -45:46:43.85354 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.205, 8.4, 0.589, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0516+440', 'J0519+4404' RA= 05:19:53.119000 DEC= +44:04:51.36730 RAER= 0.56 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.026, 8.4, 0.073, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0517-027', 'J0520-0240' RA= 05:20:09.368340 DEC= -02:40:13.18089 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.051, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '0517+136', 'J0520+1342' RA= 05:20:12.761555 DEC= +13:42:57.79634 RAER= 41.79 DECER= 23.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0517-046', 'J0520-0434' RA= 05:20:17.255179 DEC= -04:34:13.93349 RAER= 0.45 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0518-135', 'J0520-1332' RA= 05:20:17.877232 DEC= -13:32:56.90757 RAER= 0.36 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.035, 8.4, 0.029, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0517+020', 'J0520+0204' RA= 05:20:29.148856 DEC= +02:04:24.60906 RAER= 0.41 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.022, 5.0, 0.170, 0.025, 8.4, 0.057, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0517+022', 'J0520+0217' RA= 05:20:30.353416 DEC= +02:17:14.60900 RAER= 0.96 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.034, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0514+723', 'J0520+7221' RA= 05:20:31.803901 DEC= +72:21:55.87946 RAER= 3.78 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0517+361', 'J0520+3610' RA= 05:20:43.232074 DEC= +36:10:44.34434 RAER= 0.93 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0518+114', 'J0520+1128' RA= 05:20:47.451504 DEC= +11:28:28.60772 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.047, 8.4, 0.066, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0517+454', 'J0520+4528' RA= 05:20:47.465874 DEC= +45:28:35.14819 RAER= 18.06 DECER= 14.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0518-226', 'J0520-2237' RA= 05:20:51.842799 DEC= -22:37:17.81602 RAER= 0.43 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.076, 8.4, 0.047, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0517+293', 'J0520+2921' RA= 05:20:58.894208 DEC= +29:21:40.57976 RAER= 0.59 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0518+165', 'J0521+1638' RA= 05:21:09.885962 DEC= +16:38:22.05143 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.098, 0.371, 8.4, 0.500, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '0518+050', 'J0521+0507' RA= 05:21:16.981252 DEC= +05:07:29.43369 RAER= 0.88 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0517+569', 'J0521+5701' RA= 05:21:17.824660 DEC= +57:01:19.93501 RAER= 0.99 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.040, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0519-176', 'J0521-1737' RA= 05:21:23.557453 DEC= -17:37:30.18434 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.078, 8.4, 0.189, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '0519-374', 'J0521-3724' RA= 05:21:26.341299 DEC= -37:24:47.54513 RAER= 3.95 DECER= 40.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0517+552', 'J0521+5520' RA= 05:21:28.805667 DEC= +55:20:41.36553 RAER= 8.15 DECER= 8.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0518+028', 'J0521+0252' RA= 05:21:32.512314 DEC= +02:52:22.84060 RAER= 0.89 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.029, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0516+637', 'J0521+6348' RA= 05:21:37.034679 DEC= +63:48:10.10411 RAER= 7.75 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0519-208', 'J0521-2047' RA= 05:21:38.900230 DEC= -20:47:39.07969 RAER= 2.08 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0519+010', 'J0521+0102' RA= 05:21:40.810867 DEC= +01:02:55.67652 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.021, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0518+211', 'J0521+2112' RA= 05:21:45.965867 DEC= +21:12:51.45176 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.191, 8.4, 0.354, 0.183, 15.2, 0.343, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1134 observations" / source= '0520-388', 'J0521-3850' RA= 05:21:49.275800 DEC= -38:50:30.81504 RAER= 2.03 DECER= 16.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0517+581', 'J0521+5809' RA= 05:21:52.531409 DEC= +58:09:17.26928 RAER= 0.74 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0519-081', 'J0521-0807' RA= 05:21:55.946925 DEC= -08:07:56.05385 RAER= 0.55 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.020, 8.4, 0.056, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0519+124', 'J0521+1227' RA= 05:21:59.770896 DEC= +12:27:05.55143 RAER= 0.28 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.215, 0.138, 8.4, 0.150, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0519+180', 'J0522+1804' RA= 05:22:13.963424 DEC= +18:04:25.68920 RAER= 0.44 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0519+011', 'J0522+0113' RA= 05:22:17.467440 DEC= +01:13:31.18564 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.834, 0.504, 5.0, 0.713, 0.492, 8.4, 0.467, 0.158, 15.2, 0.349, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '0520-121', 'J0522-1209' RA= 05:22:19.902805 DEC= -12:09:09.19210 RAER= 342.27 DECER= 552.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0518+483', 'J0522+4823' RA= 05:22:21.944724 DEC= +48:23:54.10772 RAER= 0.87 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0518+561', 'J0522+5609' RA= 05:22:22.613622 DEC= +56:09:43.33777 RAER= 1.39 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0519-074', 'J0522-0725' RA= 05:22:23.196746 DEC= -07:25:13.47860 RAER= 1.00 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a, 8.4, 0.076, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0518+575', 'J0522+5737' RA= 05:22:27.784696 DEC= +57:37:12.33458 RAER= 0.93 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.031, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0520-178', 'J0522-1745' RA= 05:22:31.808916 DEC= -17:45:32.73288 RAER= 0.45 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.055, 8.4, 0.034, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0522-611', 'J0522-6107' RA= 05:22:34.425482 DEC= -61:07:57.13378 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.340, 0.294 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '0520-165', 'J0522-1627' RA= 05:22:44.654955 DEC= -16:27:52.40648 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.212, 8.4, 0.144, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2293 observations" / source= '0519+142', 'J0522+1415' RA= 05:22:45.146370 DEC= +14:15:29.28437 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.091, 8.4, 0.129, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '0520-140', 'J0522-1358' RA= 05:22:46.642724 DEC= -13:58:33.76177 RAER= 0.71 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0519+395', 'J0522+3934' RA= 05:22:49.139993 DEC= +39:34:41.54093 RAER= 6.83 DECER= 14.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0519+335', 'J0522+3336' RA= 05:22:51.689412 DEC= +33:36:06.39010 RAER= 74.55 DECER= 236.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0523-681', 'J0522-6804' RA= 05:22:52.719113 DEC= -68:04:27.17462 RAER= 13.46 DECER= 6.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0521-403', 'J0522-4020' RA= 05:22:54.115096 DEC= -40:20:30.94168 RAER= 0.22 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.135, 8.4, 0.231, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '0521-365', 'J0522-3627' RA= 05:22:57.984644 DEC= -36:27:30.85138 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.490, 0.724, 5.0, 2.264, 1.335, 8.4, 1.487, 0.702 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12452 observations" / source= '0521-299', 'J0523-2955' RA= 05:23:00.119058 DEC= -29:55:17.37007 RAER= 0.72 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.031, 8.4, 0.053, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0521-384', 'J0523-3825' RA= 05:23:10.081443 DEC= -38:25:06.54369 RAER= 1.18 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.031, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0518+600', 'J0523+6007' RA= 05:23:11.008019 DEC= +60:07:45.71555 RAER= 0.31 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.057, 8.4, 0.074, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '0521-262', 'J0523-2614' RA= 05:23:18.469436 DEC= -26:14:09.55217 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.374, 0.783, 8.4, 0.463, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 517 observations" / source= '0520+309', 'J0523+3057' RA= 05:23:19.663059 DEC= +30:57:16.73304 RAER= 0.93 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0520+114', 'J0523+1131' RA= 05:23:20.396965 DEC= +11:31:58.60468 RAER= 0.99 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.018, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0521-059', 'J0523-0551' RA= 05:23:30.740243 DEC= -05:51:39.38070 RAER= 0.77 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0521+016', 'J0523+0142' RA= 05:23:41.707748 DEC= +01:42:34.25924 RAER= 0.64 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.010, 8.4, 0.088, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0521+031', 'J0523+0313' RA= 05:23:42.473475 DEC= +03:13:47.22991 RAER= 0.60 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.043, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0520+286', 'J0523+2844' RA= 05:23:42.685991 DEC= +28:44:33.82577 RAER= 0.51 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0520+117', 'J0523+1146' RA= 05:23:47.344249 DEC= +11:46:51.72838 RAER= 4.40 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0522-442', 'J0523-4412' RA= 05:23:50.206259 DEC= -44:12:38.98464 RAER= 2.91 DECER= 8.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0521-239', 'J0523-2352' RA= 05:23:51.214524 DEC= -23:52:28.32139 RAER= 0.64 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.052, 8.4, 0.048, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0520+394', 'J0523+3926' RA= 05:23:51.236505 DEC= +39:26:57.73449 RAER= 0.55 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0520+497', 'J0523+4946' RA= 05:23:51.659867 DEC= +49:46:59.67817 RAER= 0.58 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.042, 8.4, 0.067, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0520+411', 'J0523+4113' RA= 05:23:55.780260 DEC= +41:13:50.81048 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.154, 8.4, 0.108, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '0519+589', 'J0524+5856' RA= 05:24:08.208813 DEC= +58:56:56.89450 RAER= 1.65 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.033, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0522-314', 'J0524-3126' RA= 05:24:09.905408 DEC= -31:26:22.24343 RAER= 0.30 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.054, 8.4, 0.050, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '0518+705', 'J0524+7034' RA= 05:24:13.433331 DEC= +70:34:52.90548 RAER= 0.42 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.117, 8.4, 0.152, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '0517+764', 'J0524+7627' RA= 05:24:21.836790 DEC= +76:27:36.37677 RAER= 5.25 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0521+196', 'J0524+1943' RA= 05:24:23.133266 DEC= +19:43:27.70318 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '0522-274', 'J0524-2725' RA= 05:24:23.965041 DEC= -27:25:43.47964 RAER= 0.70 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.028, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0521+089', 'J0524+0857' RA= 05:24:26.573069 DEC= +08:57:45.06024 RAER= 0.53 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.016, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0521+286', 'J0524+2839' RA= 05:24:29.515453 DEC= +28:39:17.29882 RAER= 0.50 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '0522-030', 'J0524-0301' RA= 05:24:38.368514 DEC= -03:01:00.53772 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.026, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 327 observations" / source= '0523-570', 'J0524-5658' RA= 05:24:40.244237 DEC= -56:58:51.55897 RAER= 1.89 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0522-333', 'J0524-3321' RA= 05:24:40.602925 DEC= -33:21:15.50480 RAER= 1.20 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.033, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0522-364', 'J0524-3626' RA= 05:24:40.834988 DEC= -36:26:48.32523 RAER= 2.24 DECER= 16.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0522-240', 'J0524-2357' RA= 05:24:42.970868 DEC= -23:57:57.95241 RAER= 0.96 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0522-312', 'J0524-3110' RA= 05:24:43.013797 DEC= -31:10:17.80226 RAER= 1.72 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.033, 8.4, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0522-215', 'J0524-2130' RA= 05:24:48.443480 DEC= -21:30:39.99282 RAER= 10.83 DECER= 28.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0522+098', 'J0524+0952' RA= 05:24:49.390268 DEC= +09:52:03.82370 RAER= 1.39 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.007, 8.4, 0.050, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0522-283', 'J0524-2818' RA= 05:24:54.630284 DEC= -28:18:41.62044 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.166, 8.4, 0.130, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '0523-315', 'J0524-3128' RA= 05:24:56.579535 DEC= -31:28:40.13269 RAER= 3.43 DECER= 21.60 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0522+134', 'J0525+1329' RA= 05:25:02.940850 DEC= +13:29:31.99171 RAER= 0.31 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.072, 8.4, 0.090, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0520+584', 'J0525+5830' RA= 05:25:03.380625 DEC= +58:30:20.59566 RAER= 1.92 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.024, 8.4, 0.057, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0523-337', 'J0525-3343' RA= 05:25:06.175039 DEC= -33:43:05.64203 RAER= 0.70 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.033, 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0523-236', 'J0525-2338' RA= 05:25:06.505915 DEC= -23:38:10.80739 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.553, 0.373, 5.0, 0.873, 0.643, 8.4, 0.975, 0.750 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 769 observations" / source= '0522-071', 'J0525-0707' RA= 05:25:09.781823 DEC= -07:07:45.46509 RAER= 0.90 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0523-217', 'J0525-2145' RA= 05:25:11.784081 DEC= -21:45:03.05819 RAER= 11.74 DECER= 17.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0521+428', 'J0525+4255' RA= 05:25:20.847584 DEC= +42:55:20.03632 RAER= 0.65 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.050, 8.4, 0.058, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0523-202', 'J0525-2010' RA= 05:25:28.038411 DEC= -20:10:48.38105 RAER= 0.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.072, 8.4, 0.095, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0524-460', 'J0525-4557' RA= 05:25:31.400148 DEC= -45:57:54.68522 RAER= 0.20 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 267 observations" / source= '0523-229', 'J0525-2251' RA= 05:25:32.083320 DEC= -22:51:41.41489 RAER= 0.67 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.016, 8.4, 0.040, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0522+085', 'J0525+0834' RA= 05:25:36.469419 DEC= +08:34:37.89794 RAER= 0.49 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.018, 8.4, 0.036, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0523-315', 'J0525-3133' RA= 05:25:38.630126 DEC= -31:33:10.02363 RAER= 2.20 DECER= 4.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0457+875', 'J0525+8737' RA= 05:25:38.974232 DEC= +87:37:03.34368 RAER= 45.17 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, n/a, 5.0, 0.013, 0.015, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0522+327', 'J0525+3248' RA= 05:25:40.100314 DEC= +32:48:59.67485 RAER= 3.32 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0525-602', 'J0525-6013' RA= 05:25:42.428409 DEC= -60:13:40.17107 RAER= 60.31 DECER= 24.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0523+030', 'J0525+0304' RA= 05:25:51.494670 DEC= +03:04:36.45127 RAER= 0.49 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0523-009', 'J0525-0051' RA= 05:25:54.621019 DEC= -00:51:40.34979 RAER= 0.41 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0525-574', 'J0525-5725' RA= 05:25:58.569408 DEC= -57:25:07.90817 RAER= 2.26 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0521+632', 'J0526+6317' RA= 05:26:06.713254 DEC= +63:17:29.00178 RAER= 0.32 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.046, 5.0, 0.102, 0.060, 8.4, 0.063, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '0523+116', 'J0526+1140' RA= 05:26:15.942286 DEC= +11:40:36.11262 RAER= 1.88 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0524-485', 'J0526-4830' RA= 05:26:16.671319 DEC= -48:30:36.79194 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.281, 8.4, 0.444, 0.354 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 963 observations" / source= '0523+169', 'J0526+1701' RA= 05:26:18.462966 DEC= +17:01:15.37079 RAER= 0.99 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.035, 8.4, 0.027, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0523+227', 'J0526+2248' RA= 05:26:22.033992 DEC= +22:48:02.11706 RAER= 1.11 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0523+269', 'J0526+2659' RA= 05:26:28.194559 DEC= +26:59:39.81127 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.059, 8.4, 0.069, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '0526-678', 'J0526-6749' RA= 05:26:35.287611 DEC= -67:49:08.45490 RAER= 0.55 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.163, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '0523+316', 'J0526+3139' RA= 05:26:36.948976 DEC= +31:39:48.77045 RAER= 1.32 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0524-276', 'J0526-2737' RA= 05:26:38.553978 DEC= -27:37:48.96835 RAER= 20.30 DECER= 27.17 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0523+440', 'J0526+4402' RA= 05:26:40.597135 DEC= +44:02:42.13816 RAER= 0.37 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.052, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0523+119', 'J0526+1201' RA= 05:26:47.045608 DEC= +12:01:13.93142 RAER= 0.47 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.015, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0524-237', 'J0526-2342' RA= 05:26:48.385389 DEC= -23:42:55.86297 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.111, 8.4, 0.138, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '0525-230', 'J0527-2258' RA= 05:27:07.092422 DEC= -22:58:17.43148 RAER= 0.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.073, 8.4, 0.043, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '0524+010', 'J0527+0106' RA= 05:27:16.319169 DEC= +01:06:00.06526 RAER= 0.45 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.041, 8.4, 0.065, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0525-231', 'J0527-2307' RA= 05:27:18.608141 DEC= -23:07:37.00119 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.058, 8.4, 0.096, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0524+176', 'J0527+1743' RA= 05:27:23.234583 DEC= +17:43:25.04074 RAER= 1.21 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.014, 8.4, 0.027, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0525-100', 'J0527-1002' RA= 05:27:24.060678 DEC= -10:02:57.27143 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.036, 8.4, 0.053, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '0524+034', 'J0527+0331' RA= 05:27:32.705443 DEC= +03:31:31.51646 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.316, 0.143, 5.0, 0.400, 0.264, 8.4, 0.384, 0.341, 15.2, 0.744, 0.575 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11211 observations" / source= '0526-544', 'J0527-5426' RA= 05:27:43.122074 DEC= -54:26:16.76529 RAER= 1.41 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0527-624', 'J0527-6225' RA= 05:27:45.452489 DEC= -62:25:15.82326 RAER= 2.71 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '0525+009', 'J0527+0059' RA= 05:27:50.324219 DEC= +00:59:47.17809 RAER= 0.84 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.019, 8.4, 0.043, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0523+630', 'J0528+6303' RA= 05:28:03.877690 DEC= +63:03:07.04936 RAER= 1.34 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0525+239', 'J0528+2358' RA= 05:28:05.091347 DEC= +23:58:33.14594 RAER= 0.42 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.043, 8.4, 0.066, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0525+111', 'J0528+1114' RA= 05:28:09.502592 DEC= +11:14:08.45088 RAER= 1.31 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0526-332', 'J0528-3311' RA= 05:28:24.648946 DEC= -33:11:06.96366 RAER= 2.04 DECER= 5.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.015, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0525+288', 'J0528+2856' RA= 05:28:27.150345 DEC= +28:56:23.92824 RAER= 0.58 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.032, 8.4, 0.054, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0525+010', 'J0528+0103' RA= 05:28:32.352517 DEC= +01:03:29.43486 RAER= 1.16 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.025, 8.4, 0.033, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0525+199', 'J0528+1956' RA= 05:28:34.072698 DEC= +19:56:41.79247 RAER= 0.79 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0525+132', 'J0528+1317' RA= 05:28:42.954889 DEC= +13:17:51.48675 RAER= 0.31 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.092, 8.4, 0.073, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0528-654', 'J0528-6526' RA= 05:28:44.788724 DEC= -65:26:56.13345 RAER= 20.78 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations. No flux information" / source= '0528-593', 'J0528-5920' RA= 05:28:46.048024 DEC= -59:20:03.74983 RAER= 2.33 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0523+665', 'J0528+6633' RA= 05:28:46.958876 DEC= +66:33:35.31032 RAER= 4.66 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0526+137', 'J0528+1347' RA= 05:28:50.097804 DEC= +13:47:09.82415 RAER= 0.61 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.035, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0526-107', 'J0528-1041' RA= 05:28:51.235467 DEC= -10:41:14.15340 RAER= 0.91 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0525+292', 'J0528+2915' RA= 05:28:55.910164 DEC= +29:15:32.92359 RAER= 2.97 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0526+152', 'J0528+1519' RA= 05:28:57.502383 DEC= +15:19:05.09295 RAER= 0.48 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0525+520', 'J0529+5204' RA= 05:29:00.827186 DEC= +52:04:32.21689 RAER= 31.34 DECER= 18.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0526+095', 'J0529+0934' RA= 05:29:02.559672 DEC= +09:34:35.47423 RAER= 2.38 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0526-009', 'J0529-0057' RA= 05:29:04.214962 DEC= -00:57:34.96737 RAER= 0.79 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.041, 8.4, 0.075, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0526-114', 'J0529-1126' RA= 05:29:05.519615 DEC= -11:26:07.89129 RAER= 2.54 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0526-019', 'J0529-0153' RA= 05:29:05.588208 DEC= -01:53:22.49344 RAER= 0.42 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.025, 8.4, 0.055, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0526+249', 'J0529+2500' RA= 05:29:10.143484 DEC= +25:00:51.57429 RAER= 0.25 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.282, n/a, 8.4, 0.136, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 187 observations" / source= '0526-022', 'J0529-0214' RA= 05:29:13.966178 DEC= -02:14:28.59222 RAER= 0.55 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.016, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0524+586', 'J0529+5840' RA= 05:29:15.513601 DEC= +58:40:44.70962 RAER= 3.78 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0531-764', 'J0529-7625' RA= 05:29:16.784446 DEC= -76:25:11.24914 RAER= 1.08 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.103, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0527-255', 'J0529-2528' RA= 05:29:21.445759 DEC= -25:28:42.11784 RAER= 11.83 DECER= 25.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0525+432', 'J0529+4316' RA= 05:29:24.648393 DEC= +43:16:56.56799 RAER= 2.71 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0526+321', 'J0529+3209' RA= 05:29:28.211114 DEC= +32:09:46.94897 RAER= 0.46 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0525+501', 'J0529+5011' RA= 05:29:28.764877 DEC= +50:11:14.68749 RAER= 5.75 DECER= 7.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0530-727', 'J0529-7245' RA= 05:29:30.042175 DEC= -72:45:28.50755 RAER= 0.34 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.756, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10218 observations" / source= '0526+355', 'J0529+3536' RA= 05:29:31.422959 DEC= +35:36:51.97788 RAER= 1.37 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0526+273', 'J0529+2725' RA= 05:29:36.513859 DEC= +27:25:05.89390 RAER= 0.91 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0527-359', 'J0529-3555' RA= 05:29:37.656952 DEC= -35:55:16.29107 RAER= 2.07 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0527-014', 'J0529-0126' RA= 05:29:38.569013 DEC= -01:26:33.31580 RAER= 0.78 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.044, 8.4, 0.080, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0527-244', 'J0529-2427' RA= 05:29:52.109101 DEC= -24:27:22.27042 RAER= 1.31 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.042, 8.4, 0.079, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0527-053', 'J0529-0519' RA= 05:29:53.533505 DEC= -05:19:41.61734 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.037, 8.4, 0.172, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2657 observations" / source= '0527-253', 'J0529-2515' RA= 05:29:57.067377 DEC= -25:15:58.93228 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.155, 8.4, 0.127, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '0521+793', 'J0530+7920' RA= 05:30:07.947937 DEC= +79:20:54.13311 RAER= 0.94 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.053, 8.4, 0.044, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 802 observations" / source= '0528-250', 'J0530-2503' RA= 05:30:07.962785 DEC= -25:03:29.89956 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.141, 0.952, 5.0, 0.845, 0.344, 8.4, 0.567, 0.340 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2113 observations" / source= '0527-088', 'J0530-0851' RA= 05:30:09.790729 DEC= -08:51:31.86372 RAER= 0.83 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0528-306', 'J0530-3039' RA= 05:30:11.201851 DEC= -30:39:24.39918 RAER= 9.00 DECER= 21.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0526+373', 'J0530+3723' RA= 05:30:12.549303 DEC= +37:23:32.61896 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.102, 5.0, 0.242, 0.164, 8.4, 0.233, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '0528-288', 'J0530-2846' RA= 05:30:13.858266 DEC= -28:46:39.34373 RAER= 1.07 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.039, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0526+550', 'J0530+5502' RA= 05:30:16.729113 DEC= +55:02:48.42106 RAER= 3.25 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.013, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0527+329', 'J0530+3301' RA= 05:30:21.061099 DEC= +33:01:19.91070 RAER= 0.69 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0526+490', 'J0530+4905' RA= 05:30:23.904498 DEC= +49:05:27.22621 RAER= 1.58 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.099, 8.4, 0.099, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0528-454', 'J0530-4524' RA= 05:30:24.722597 DEC= -45:24:28.82115 RAER= 1.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.191, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0528-084', 'J0530-0821' RA= 05:30:37.508114 DEC= -08:21:47.71993 RAER= 0.72 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.007, 8.4, 0.034, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0527+383', 'J0530+3822' RA= 05:30:55.813521 DEC= +38:22:18.05708 RAER= 0.82 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.004, 8.4, 0.020, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0528+134', 'J0530+1331' RA= 05:30:56.416749 DEC= +13:31:55.14943 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.184, 0.992, 5.0, 1.082, 0.676, 8.4, 2.792, 1.536, 15.2, 2.508, 1.050, 22.2, 3.376, 1.882 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158037 observations" / source= '0528+157', 'J0530+1549' RA= 05:30:59.271143 DEC= +15:49:14.04512 RAER= 296.36 DECER= 481.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0529-305', 'J0531-3032' RA= 05:31:15.548668 DEC= -30:32:14.01575 RAER= 1.22 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0529-355', 'J0531-3533' RA= 05:31:30.415732 DEC= -35:33:32.82560 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.116, 8.4, 0.134, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '0528+110', 'J0531+1103' RA= 05:31:37.155126 DEC= +11:03:54.03234 RAER= 2.66 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0529-143', 'J0531-1417' RA= 05:31:56.013228 DEC= -14:17:27.12033 RAER= 0.67 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0530-484', 'J0531-4827' RA= 05:31:58.614996 DEC= -48:27:35.97519 RAER= 1.52 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.193, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0529-237', 'J0532-2345' RA= 05:32:00.855243 DEC= -23:45:04.70296 RAER= 0.63 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.064, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0530-388', 'J0532-3848' RA= 05:32:02.061837 DEC= -38:48:54.34256 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.104, 8.4, 0.134, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '0541-848', 'J0532-8447' RA= 05:32:03.614894 DEC= -84:47:58.05981 RAER= 25.54 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations. No flux information" / source= '0529-031', 'J0532-0307' RA= 05:32:07.519341 DEC= -03:07:07.03668 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.121, 8.4, 0.262, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0529+012', 'J0532+0120' RA= 05:32:08.774235 DEC= +01:20:06.33041 RAER= 3.85 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0529+198', 'J0532+1951' RA= 05:32:22.178171 DEC= +19:51:33.48198 RAER= 2.60 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0528+402', 'J0532+4016' RA= 05:32:26.510521 DEC= +40:16:58.16518 RAER= 1.84 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.018, 8.4, 0.056, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0530-233', 'J0532-2321' RA= 05:32:31.550494 DEC= -23:21:13.49230 RAER= 1.00 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, n/a, 8.4, 0.182, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0528+577', 'J0532+5744' RA= 05:32:34.499071 DEC= +57:44:28.93332 RAER= 0.88 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0529+075', 'J0532+0732' RA= 05:32:38.998515 DEC= +07:32:43.34478 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.906, 0.138, 5.0, 1.242, 0.037, 8.4, 1.350, 0.060, 15.2, 1.341, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 720 observations" / source= '0526+723', 'J0532+7222' RA= 05:32:40.053957 DEC= +72:22:47.72868 RAER= 3.70 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0531-393', 'J0532-3917' RA= 05:32:48.869336 DEC= -39:17:59.22883 RAER= 0.93 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.046, 8.4, 0.069, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0528+553', 'J0532+5523' RA= 05:32:55.771973 DEC= +55:23:35.86340 RAER= 1.02 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.028, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0531-397', 'J0532-3941' RA= 05:32:57.185527 DEC= -39:41:09.02915 RAER= 0.26 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.088, 5.0, 0.113, n/a, 8.4, 0.172, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 230 observations" / source= '0528+561', 'J0532+5612' RA= 05:32:59.662766 DEC= +56:12:22.65224 RAER= 0.67 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.041, 8.4, 0.067, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0530+040', 'J0533+0405' RA= 05:33:03.792469 DEC= +04:05:53.79172 RAER= 0.55 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0530-165', 'J0533-1630' RA= 05:33:07.763641 DEC= -16:30:08.50175 RAER= 2.60 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0531-344', 'J0533-3427' RA= 05:33:10.512003 DEC= -34:27:11.63893 RAER= 1.79 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0529+348', 'J0533+3451' RA= 05:33:12.764712 DEC= +34:51:30.32172 RAER= 1.36 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0529+483', 'J0533+4822' RA= 05:33:15.865795 DEC= +48:22:52.80777 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.604, 0.453, 5.0, 0.860, 0.638, 8.4, 1.087, 0.900, 15.2, 1.224, 1.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118303 observations" / source= '0530+246', 'J0533+2441' RA= 05:33:16.090922 DEC= +24:41:42.07380 RAER= 3.45 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0530+131', 'J0533+1308' RA= 05:33:17.476012 DEC= +13:08:39.56209 RAER= 0.35 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.047, 8.4, 0.069, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0530-079', 'J0533-0753' RA= 05:33:19.015419 DEC= -07:53:53.98068 RAER= 1.39 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0531-154', 'J0533-1524' RA= 05:33:20.128820 DEC= -15:24:18.88042 RAER= 1.15 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0529+359', 'J0533+3559' RA= 05:33:21.534292 DEC= +35:59:46.28329 RAER= 1.43 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0532-558', 'J0533-5549' RA= 05:33:24.311910 DEC= -55:49:36.73629 RAER= 1.02 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations. No flux information" / source= '0540-834', 'J0533-8324' RA= 05:33:38.360493 DEC= -83:24:35.73351 RAER= 12.10 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0531-085', 'J0533-0828' RA= 05:33:38.502082 DEC= -08:28:45.92410 RAER= 1.33 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0534-723', 'J0533-7216' RA= 05:33:44.710316 DEC= -72:16:24.31315 RAER= 4.54 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0531-011', 'J0533-0106' RA= 05:33:46.463152 DEC= -01:06:10.12085 RAER= 1.57 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0530+184', 'J0533+1830' RA= 05:33:51.629419 DEC= +18:30:28.21239 RAER= 0.28 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, n/a, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0529+619', 'J0533+6201' RA= 05:33:54.131659 DEC= +62:01:50.57596 RAER= 2.21 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.005, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0531-237', 'J0533-2344' RA= 05:33:54.603487 DEC= -23:44:29.98716 RAER= 0.74 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.235, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0528+666', 'J0533+6641' RA= 05:33:55.844987 DEC= +66:41:56.48296 RAER= 1.69 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.053, 8.4, 0.041, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0530+421', 'J0533+4210' RA= 05:33:56.485006 DEC= +42:10:54.42135 RAER= 0.20 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.073, 8.4, 0.076, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '0531-155', 'J0534-1531' RA= 05:34:10.042940 DEC= -15:31:17.89404 RAER= 0.48 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0532-398', 'J0534-3950' RA= 05:34:10.504503 DEC= -39:50:48.85864 RAER= 0.28 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 8.4, 0.085, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '0532-378', 'J0534-3747' RA= 05:34:17.486554 DEC= -37:47:25.59404 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.479, 0.233, 8.4, 0.381, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0531+126', 'J0534+1240' RA= 05:34:25.361248 DEC= +12:40:34.25371 RAER= 0.77 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations. No flux information" / source= '0531+215', 'J0534+2134' RA= 05:34:34.216137 DEC= +21:34:21.63238 RAER= 2.26 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0532-154', 'J0534-1527' RA= 05:34:35.679752 DEC= -15:27:22.78343 RAER= 0.86 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.033, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0534-611', 'J0534-6106' RA= 05:34:35.772497 DEC= -61:06:07.07327 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.418, 0.400 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '0531+107', 'J0534+1047' RA= 05:34:40.727417 DEC= +10:47:16.52286 RAER= 3.86 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0531+194', 'J0534+1927' RA= 05:34:44.511894 DEC= +19:27:21.48929 RAER= 0.93 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.064, 8.4, 0.044, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '0530+583', 'J0534+5824' RA= 05:34:51.811250 DEC= +58:24:24.65042 RAER= 2.99 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0532-071', 'J0534-0708' RA= 05:34:57.388083 DEC= -07:08:20.02739 RAER= 0.36 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.026, 8.4, 0.067, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0532+196', 'J0535+1942' RA= 05:35:03.597632 DEC= +19:42:21.07967 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.050, 8.4, 0.079, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '0532+219', 'J0535+2156' RA= 05:35:06.341251 DEC= +21:56:49.10449 RAER= 0.33 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.028, 8.4, 0.036, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0532-144', 'J0535-1423' RA= 05:35:07.901226 DEC= -14:23:48.65607 RAER= 3.20 DECER= 6.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0532-167', 'J0535-1640' RA= 05:35:09.220869 DEC= -16:40:47.66077 RAER= 18.95 DECER= 20.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0532-026', 'J0535-0239' RA= 05:35:12.270098 DEC= -02:39:06.71826 RAER= 0.65 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0531+318', 'J0535+3153' RA= 05:35:12.304939 DEC= +31:53:18.10092 RAER= 1.47 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.007, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0532-05E', 'J0535-052E' RA= 05:35:15.773775 DEC= -05:23:09.86349 RAER= 2.23 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0532-05A', 'J0535-0523' RA= 05:35:15.829208 DEC= -05:23:14.15026 RAER= 0.74 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '0529+701', 'J0535+7013' RA= 05:35:28.098258 DEC= +70:13:10.08052 RAER= 35.93 DECER= 22.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0533-279', 'J0535-2755' RA= 05:35:30.520655 DEC= -27:55:55.72352 RAER= 1.51 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0533-120', 'J0535-1202' RA= 05:35:33.299905 DEC= -12:02:22.43695 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.153, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '0532+245', 'J0535+2432' RA= 05:35:48.471428 DEC= +24:32:28.97742 RAER= 0.47 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0532+255', 'J0535+2532' RA= 05:35:49.947050 DEC= +25:32:14.52681 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.054, 5.0, 0.131, 0.134, 8.4, 0.124, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '0533-278', 'J0535-2751' RA= 05:35:51.555658 DEC= -27:51:56.54351 RAER= 0.62 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.050, 8.4, 0.073, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0532+327', 'J0535+3249' RA= 05:35:52.086153 DEC= +32:49:17.36262 RAER= 0.70 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, 0.034, 22.2, 0.053, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0532+391', 'J0535+3910' RA= 05:35:55.117642 DEC= +39:10:58.38603 RAER= 0.41 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.074, 8.4, 0.086, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0533-152', 'J0535-1515' RA= 05:35:56.642085 DEC= -15:15:29.38385 RAER= 0.88 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0533-049', 'J0535-0455' RA= 05:35:58.889889 DEC= -04:55:37.74867 RAER= 0.51 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.008, 8.4, 0.042, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0533+175', 'J0536+1733' RA= 05:36:15.095457 DEC= +17:33:29.02264 RAER= 0.35 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.049, 8.4, 0.056, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0532+506', 'J0536+5038' RA= 05:36:20.231952 DEC= +50:38:26.25173 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.981, 0.715, 5.0, 0.627, n/a, 8.4, 0.448, 0.269 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '0533+069', 'J0536+0656' RA= 05:36:20.928923 DEC= +06:56:42.52186 RAER= 2.13 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0534-201', 'J0536-2005' RA= 05:36:22.301132 DEC= -20:05:31.38963 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.070, 8.4, 0.091, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0534-340', 'J0536-3401' RA= 05:36:28.432358 DEC= -34:01:11.46843 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.445, 0.337, 8.4, 0.305, 0.232 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6255 observations" / source= '0534-337', 'J0536-3343' RA= 05:36:29.067492 DEC= -33:43:02.46622 RAER= 1.63 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0533+097', 'J0536+0944' RA= 05:36:31.978039 DEC= +09:44:20.63415 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, n/a, 8.4, 0.124, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0534+087', 'J0536+0851' RA= 05:36:40.422193 DEC= +08:51:05.37684 RAER= 0.98 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0533+135', 'J0536+1337' RA= 05:36:43.087958 DEC= +13:37:38.90203 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations. No flux information" / source= '0534+087', 'J0536+0848' RA= 05:36:46.029704 DEC= +08:48:03.69758 RAER= 8.75 DECER= 7.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0533+177', 'J0536+1749' RA= 05:36:46.339969 DEC= +17:49:43.98480 RAER= 0.76 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.056, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0533+392', 'J0536+3918' RA= 05:36:48.857593 DEC= +39:18:23.86290 RAER= 1.45 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0535-189', 'J0537-1856' RA= 05:37:19.636481 DEC= -18:56:30.93273 RAER= 0.69 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.025, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0533+402', 'J0537+4017' RA= 05:37:20.171136 DEC= +40:17:17.24214 RAER= 12.49 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.063, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0534+312', 'J0537+3119' RA= 05:37:29.046012 DEC= +31:19:33.70310 RAER= 0.56 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.005, 8.4, 0.015, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0534+172', 'J0537+1717' RA= 05:37:29.219190 DEC= +17:17:51.53265 RAER= 1.30 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.013, 8.4, 0.019, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0534+136', 'J0537+1341' RA= 05:37:29.295794 DEC= +13:41:52.37154 RAER= 4.14 DECER= 6.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0533+446', 'J0537+4441' RA= 05:37:30.060649 DEC= +44:41:03.54017 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.096, 8.4, 0.093, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '0535-339', 'J0537-3357' RA= 05:37:32.144559 DEC= -33:57:55.75026 RAER= 2.31 DECER= 15.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0534+313', 'J0537+3123' RA= 05:37:38.837612 DEC= +31:23:28.02363 RAER= 1.16 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.005, 8.4, 0.009, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0535-334', 'J0537-3327' RA= 05:37:40.876158 DEC= -33:27:11.39919 RAER= 1.87 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0535-104', 'J0537-1025' RA= 05:37:41.187219 DEC= -10:25:00.95162 RAER= 0.49 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0534+342', 'J0537+3418' RA= 05:37:45.165154 DEC= +34:18:05.12666 RAER= 1.32 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.028, 8.4, 0.054, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0536-573', 'J0537-5718' RA= 05:37:48.951094 DEC= -57:18:30.08885 RAER= 29.58 DECER= 11.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0534+495', 'J0537+4935' RA= 05:37:58.777135 DEC= +49:35:17.41887 RAER= 1.10 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.041, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0536-378', 'J0538-3747' RA= 05:38:00.906542 DEC= -37:47:51.77426 RAER= 81.59 DECER= 101.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0535+162', 'J0538+1615' RA= 05:38:02.869170 DEC= +16:15:24.00213 RAER= 0.21 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.060, 8.4, 0.093, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0535+028', 'J0538+0251' RA= 05:38:08.895168 DEC= +02:51:18.39755 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.041, 8.4, 0.055, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0535+001', 'J0538+0008' RA= 05:38:09.478856 DEC= +00:08:40.98222 RAER= 0.37 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.038, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '0536-391', 'J0538-3908' RA= 05:38:10.363901 DEC= -39:08:42.45635 RAER= 3.36 DECER= 10.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0535+272', 'J0538+2718' RA= 05:38:10.786231 DEC= +27:18:50.62812 RAER= 0.73 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0534+393', 'J0538+3923' RA= 05:38:12.058279 DEC= +39:23:06.52543 RAER= 17.19 DECER= 8.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0535+216', 'J0538+2140' RA= 05:38:15.867228 DEC= +21:40:53.50799 RAER= 0.60 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.010, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0534+462', 'J0538+4615' RA= 05:38:31.798090 DEC= +46:15:35.64657 RAER= 43.12 DECER= 17.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0534+424', 'J0538+4226' RA= 05:38:34.334296 DEC= +42:26:33.86884 RAER= 15.06 DECER= 11.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0535+318', 'J0538+3155' RA= 05:38:34.521037 DEC= +31:55:13.21509 RAER= 1.25 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0536-362', 'J0538-3612' RA= 05:38:42.989832 DEC= -36:12:23.26164 RAER= 0.96 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.023, 8.4, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0536-319', 'J0538-3156' RA= 05:38:46.386044 DEC= -31:56:02.84411 RAER= 3.12 DECER= 6.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.011, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0537-441', 'J0538-4405' RA= 05:38:50.361557 DEC= -44:05:08.93908 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.948, 2.544, 8.4, 3.753, 1.949 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102678 observations" / source= '0533+675', 'J0538+6733' RA= 05:38:51.076626 DEC= +67:33:42.00699 RAER= 2.09 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.038, 8.4, 0.033, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0534+510', 'J0538+5107' RA= 05:38:54.795238 DEC= +51:07:23.40709 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.189, 8.4, 0.188, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '0536+167', 'J0538+1646' RA= 05:38:55.107976 DEC= +16:46:11.53459 RAER= 0.41 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0535+259', 'J0538+2559' RA= 05:38:57.467959 DEC= +25:59:34.84062 RAER= 0.67 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0536+128', 'J0539+1252' RA= 05:39:01.449826 DEC= +12:52:32.32706 RAER= 0.77 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations. No flux information" / source= '0537-344', 'J0539-3427' RA= 05:39:05.434060 DEC= -34:27:13.03253 RAER= 0.23 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.189, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '0536+177', 'J0539+1743' RA= 05:39:08.629089 DEC= +17:43:57.82915 RAER= 1.65 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0535+331', 'J0539+3308' RA= 05:39:09.671923 DEC= +33:08:15.49132 RAER= 0.20 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.063, 8.4, 0.077, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0536+057', 'J0539+0546' RA= 05:39:12.827323 DEC= +05:46:32.40901 RAER= 0.64 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.014, 8.4, 0.040, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0536-039', 'J0539-0356' RA= 05:39:15.492968 DEC= -03:56:56.13498 RAER= 0.30 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0537-158', 'J0539-1550' RA= 05:39:32.010142 DEC= -15:50:30.32109 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.483, 0.259, 8.4, 0.363, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '0533+712', 'J0539+7117' RA= 05:39:33.274374 DEC= +71:17:25.01292 RAER= 1.66 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0536+135', 'J0539+1336' RA= 05:39:35.412330 DEC= +13:36:30.91129 RAER= 3.13 DECER= 6.20 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0537-281', 'J0539-2809' RA= 05:39:37.159278 DEC= -28:09:20.46423 RAER= 11.79 DECER= 30.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0536+145', 'J0539+1433' RA= 05:39:42.365994 DEC= +14:33:45.56162 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.361, 0.271, 5.0, 0.376, 0.340, 8.4, 0.355, 0.291, 15.2, 0.508, 0.424 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11078 observations" / source= '0538-562', 'J0539-5612' RA= 05:39:42.392620 DEC= -56:12:49.96758 RAER= 0.79 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.103, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0537-284', 'J0539-2827' RA= 05:39:43.119179 DEC= -28:27:19.33966 RAER= 1.89 DECER= 6.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.018, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0538-342', 'J0539-3412' RA= 05:39:48.881899 DEC= -34:12:41.80677 RAER= 3.80 DECER= 11.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0536+198', 'J0539+1951' RA= 05:39:54.173738 DEC= +19:51:45.04896 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.037, 8.4, 0.065, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '0537-286', 'J0539-2839' RA= 05:39:54.281478 DEC= -28:39:55.94818 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.097, 0.765, 5.0, 0.864, 0.610, 8.4, 0.867, 0.436, 15.2, 1.122, 0.898 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29790 observations" / source= '0537-052', 'J0539-0514' RA= 05:39:59.937156 DEC= -05:14:41.30063 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.029, 5.0, 0.049, 0.036, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '0536+490', 'J0540+4905' RA= 05:40:02.016946 DEC= +49:05:19.17386 RAER= 3.75 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0537+121', 'J0540+1209' RA= 05:40:05.013427 DEC= +12:09:54.96353 RAER= 1.38 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0537+232', 'J0540+2318' RA= 05:40:10.409608 DEC= +23:18:40.74025 RAER= 2.26 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0537+251', 'J0540+2507' RA= 05:40:14.342732 DEC= +25:07:55.34884 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.060, 8.4, 0.083, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '0538-331', 'J0540-3309' RA= 05:40:16.891325 DEC= -33:09:29.73633 RAER= 10.42 DECER= 22.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0537-034', 'J0540-0323' RA= 05:40:21.804475 DEC= -03:23:05.55302 RAER= 1.19 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0538-157', 'J0540-1543' RA= 05:40:23.058631 DEC= -15:43:09.17760 RAER= 0.38 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.077, 8.4, 0.039, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0537+331', 'J0540+3311' RA= 05:40:24.363160 DEC= +33:11:30.78889 RAER= 1.01 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0539-530', 'J0540-5303' RA= 05:40:25.169455 DEC= -53:03:46.90251 RAER= 6.89 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0538-402', 'J0540-4015' RA= 05:40:29.079739 DEC= -40:15:55.93126 RAER= 1.66 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0536+583', 'J0540+5823' RA= 05:40:30.009609 DEC= +58:23:38.45557 RAER= 1.10 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0536+563', 'J0540+5622' RA= 05:40:31.930518 DEC= +56:22:13.53643 RAER= 2.08 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0535+698', 'J0540+6949' RA= 05:40:39.848832 DEC= +69:49:38.75898 RAER= 1.13 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.039, 8.4, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0538-191', 'J0540-1905' RA= 05:40:44.119468 DEC= -19:05:14.48396 RAER= 0.55 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.033, 8.4, 0.035, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0537+392', 'J0540+3916' RA= 05:40:44.438528 DEC= +39:16:12.23448 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.089, 8.4, 0.101, 0.086, 22.2, 0.198, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1522 observations" / source= '0539-543', 'J0540-5418' RA= 05:40:45.848060 DEC= -54:18:22.09574 RAER= 0.21 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.539, 0.366 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '0537+174', 'J0540+1728' RA= 05:40:45.927707 DEC= +17:28:38.60959 RAER= 0.23 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.034, 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0538-19A', 'J0540-1906' RA= 05:40:49.385600 DEC= -19:06:04.79304 RAER= 1.44 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0534+753', 'J0540+7519' RA= 05:40:50.256729 DEC= +75:19:45.29797 RAER= 19.47 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0537+247', 'J0540+2444' RA= 05:40:51.996961 DEC= +24:44:16.50165 RAER= 27.68 DECER= 16.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0537+374', 'J0540+3728' RA= 05:40:52.978758 DEC= +37:28:46.90547 RAER= 1.36 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0536+633', 'J0541+6323' RA= 05:41:01.301979 DEC= +63:23:22.09594 RAER= 13.68 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0535+677', 'J0541+6745' RA= 05:41:13.397020 DEC= +67:45:23.27383 RAER= 0.50 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.056, 5.0, 0.051, 0.027, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '0538+106', 'J0541+1043' RA= 05:41:13.449528 DEC= +10:43:01.10007 RAER= 2.99 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0537+558', 'J0541+5550' RA= 05:41:14.757750 DEC= +55:50:43.57046 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.075, 8.4, 0.156, 0.102, 22.2, 0.258, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2493 observations" / source= '0537+531', 'J0541+5312' RA= 05:41:16.174091 DEC= +53:12:24.83458 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.534, 0.218, 8.4, 0.375, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 843 observations" / source= '0539-176', 'J0541-1737' RA= 05:41:19.158379 DEC= -17:37:17.15170 RAER= 1.39 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.006, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0538+341', 'J0541+3407' RA= 05:41:20.084304 DEC= +34:07:43.04419 RAER= 1.53 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0538-022', 'J0541-0211' RA= 05:41:21.696289 DEC= -02:11:08.38657 RAER= 0.45 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.351, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0538+133', 'J0541+1322' RA= 05:41:22.435400 DEC= +13:22:39.12156 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.265, 0.028, 8.4, 0.166, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2987 observations" / source= '0536+617', 'J0541+6145' RA= 05:41:28.350065 DEC= +61:45:06.06845 RAER= 1.95 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0538+307', 'J0541+3046' RA= 05:41:30.789670 DEC= +30:46:14.95300 RAER= 199.26 DECER= 662.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0539-030', 'J0541-0302' RA= 05:41:33.254732 DEC= -03:02:38.63757 RAER= 0.53 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0538+314', 'J0541+3126' RA= 05:41:35.237196 DEC= +31:26:44.21259 RAER= 0.58 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.036, 22.2, 0.057, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0537+490', 'J0541+4902' RA= 05:41:36.344811 DEC= +49:02:37.26589 RAER= 11.39 DECER= 4.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0539-057', 'J0541-0541' RA= 05:41:38.083376 DEC= -05:41:49.42865 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.009, 0.196, 5.0, 1.135, 0.403, 8.4, 0.763, 0.383, 15.2, 0.685, 0.402 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3563 observations" / source= '0539-121', 'J0541-1210' RA= 05:41:41.931245 DEC= -12:10:04.16230 RAER= 10.37 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0538+474', 'J0541+4729' RA= 05:41:49.245536 DEC= +47:29:07.61030 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.253, 8.4, 0.548, 0.342 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0538+330', 'J0541+3301' RA= 05:41:49.434878 DEC= +33:01:31.90404 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.064, 8.4, 0.077, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0543-735', 'J0541-7332' RA= 05:41:50.775882 DEC= -73:32:15.34675 RAER= 0.50 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.213, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '0539+027', 'J0541+0243' RA= 05:41:53.402190 DEC= +02:43:41.43973 RAER= 0.72 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0538+254', 'J0541+2530' RA= 05:41:59.735035 DEC= +25:30:24.90999 RAER= 0.62 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0536+698', 'J0542+6952' RA= 05:42:01.245084 DEC= +69:52:25.89630 RAER= 1.19 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.034, 8.4, 0.058, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0539+290', 'J0542+2901' RA= 05:42:11.823615 DEC= +29:01:47.31419 RAER= 0.51 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0540-270', 'J0542-2658' RA= 05:42:12.713503 DEC= -26:58:42.53934 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.080, 8.4, 0.117, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '0538+356', 'J0542+3541' RA= 05:42:18.996844 DEC= +35:41:48.99954 RAER= 3.41 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0539+103', 'J0542+1024' RA= 05:42:19.371136 DEC= +10:24:14.38529 RAER= 11.84 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0541-517', 'J0542-5142' RA= 05:42:23.406629 DEC= -51:42:57.37496 RAER= 6.46 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0540-380', 'J0542-3803' RA= 05:42:28.453918 DEC= -38:03:21.79875 RAER= 0.53 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.050, 8.4, 0.033, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0540-213', 'J0542-2117' RA= 05:42:29.469451 DEC= -21:17:10.73689 RAER= 0.60 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.032, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0540-043', 'J0542-0418' RA= 05:42:34.441397 DEC= -04:18:17.76987 RAER= 1.27 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0538+498', 'J0542+4951' RA= 05:42:36.137908 DEC= +49:51:07.23375 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.699, 0.480, 5.0, 1.976, 0.407, 8.4, 1.190, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2906 observations" / source= '0540+048', 'J0542+0454' RA= 05:42:46.200348 DEC= +04:54:19.65571 RAER= 0.88 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0540-120', 'J0542-1201' RA= 05:42:49.986607 DEC= -12:01:18.25330 RAER= 0.83 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.067, 8.4, 0.071, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0539+201', 'J0542+2008' RA= 05:42:54.346520 DEC= +20:08:53.14942 RAER= 2.12 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0540-092', 'J0542-0913' RA= 05:42:55.877479 DEC= -09:13:31.00590 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.034, 8.4, 0.476, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '0538+604', 'J0542+6030' RA= 05:42:56.083101 DEC= +60:30:28.07036 RAER= 6.59 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0539+284', 'J0543+2825' RA= 05:43:01.860277 DEC= +28:25:21.85682 RAER= 0.40 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.038, 8.4, 0.082, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0541-243', 'J0543-2421' RA= 05:43:07.479552 DEC= -24:21:01.56011 RAER= 0.83 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.020, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0539+359', 'J0543+3557' RA= 05:43:12.030280 DEC= +35:57:41.58666 RAER= 4.30 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0543-664', 'J0543-6626' RA= 05:43:17.551249 DEC= -66:26:55.86207 RAER= 0.87 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0540+240', 'J0543+2403' RA= 05:43:22.263481 DEC= +24:03:03.21294 RAER= 0.40 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0532+826', 'J0543+8238' RA= 05:43:38.847013 DEC= +82:38:28.76375 RAER= 1.03 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.073, 8.4, 0.168, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '0540+099', 'J0543+0958' RA= 05:43:41.026938 DEC= +09:58:23.09680 RAER= 1.06 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0533+812', 'J0543+8118' RA= 05:43:45.245376 DEC= +81:18:43.92874 RAER= 4.39 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, n/a, 5.0, 0.035, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0533+81A', 'J0543+811A' RA= 05:43:45.303653 DEC= +81:18:44.20713 RAER= 6.41 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, n/a, 5.0, 0.022, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0541-044', 'J0543-0425' RA= 05:43:51.567648 DEC= -04:25:45.00425 RAER= 0.68 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0540+303', 'J0543+3023' RA= 05:43:54.237033 DEC= +30:23:39.66096 RAER= 0.25 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.072, 8.4, 0.071, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122 observations" / source= '0543-555', 'J0543-5532' RA= 05:43:57.212312 DEC= -55:32:07.32617 RAER= 1.06 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0540+456', 'J0544+4541' RA= 05:44:01.166377 DEC= +45:41:02.79251 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.117, 8.4, 0.099, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '0542-227', 'J0544-2241' RA= 05:44:07.567109 DEC= -22:41:09.98218 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.186, 8.4, 0.224, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '0541+171', 'J0544+1709' RA= 05:44:07.737681 DEC= +17:09:05.92418 RAER= 0.96 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.012, 8.4, 0.047, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0541-093', 'J0544-0917' RA= 05:44:09.097507 DEC= -09:17:41.06341 RAER= 0.46 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.023, 8.4, 0.045, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0541+269', 'J0544+2655' RA= 05:44:09.861232 DEC= +26:55:53.57368 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.019, 5.0, 0.050, 0.018, 8.4, 0.079, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 764 observations" / source= '0540+352', 'J0544+3516' RA= 05:44:10.607821 DEC= +35:16:47.50908 RAER= 1.52 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0541+009', 'J0544+0058' RA= 05:44:13.698783 DEC= +00:58:31.34132 RAER= 0.58 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.043, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0540+529', 'J0544+5258' RA= 05:44:14.075804 DEC= +52:58:06.51105 RAER= 0.53 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.049, 8.4, 0.105, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '0540+518', 'J0544+5154' RA= 05:44:17.608102 DEC= +51:54:08.35701 RAER= 1.26 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.019, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0544-643', 'J0544-6419' RA= 05:44:17.922109 DEC= -64:19:13.84276 RAER= 11.98 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0538+715', 'J0544+7132' RA= 05:44:31.431615 DEC= +71:32:41.34950 RAER= 4.04 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.102, 8.4, 0.054, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0539+620', 'J0544+6201' RA= 05:44:33.569315 DEC= +62:01:19.77457 RAER= 1.58 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.068, 8.4, 0.062, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0541+167', 'J0544+1648' RA= 05:44:44.169916 DEC= +16:48:50.22680 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0541+382', 'J0544+3818' RA= 05:44:51.141980 DEC= +38:18:14.18180 RAER= 0.58 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.028, 8.4, 0.040, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0542+112', 'J0544+1118' RA= 05:44:52.199685 DEC= +11:18:49.92364 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.036, 8.4, 0.087, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '0542-100', 'J0544-1000' RA= 05:44:58.509812 DEC= -10:00:56.24423 RAER= 0.52 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.021, 8.4, 0.061, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0542+069', 'J0545+0658' RA= 05:45:04.494530 DEC= +06:58:10.83118 RAER= 0.77 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.011, 8.4, 0.049, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0541+538', 'J0545+5353' RA= 05:45:11.050905 DEC= +53:53:00.76692 RAER= 0.99 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.034, 8.4, 0.039, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0543-317', 'J0545-3146' RA= 05:45:14.321793 DEC= -31:46:33.63707 RAER= 1.60 DECER= 7.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0542+322', 'J0545+3217' RA= 05:45:16.480868 DEC= +32:17:27.05601 RAER= 0.35 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.038, 8.4, 0.052, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0542-108', 'J0545-1051' RA= 05:45:17.801146 DEC= -10:51:43.89323 RAER= 14.00 DECER= 10.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0542+137', 'J0545+1344' RA= 05:45:20.002820 DEC= +13:44:50.38732 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.011, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0543-258', 'J0545-2547' RA= 05:45:22.099750 DEC= -25:47:29.80903 RAER= 0.95 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0542-056', 'J0545-0539' RA= 05:45:23.358111 DEC= -05:39:37.84002 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, n/a, 8.4, 0.156, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0541+434', 'J0545+4327' RA= 05:45:24.195098 DEC= +43:27:32.13045 RAER= 29.08 DECER= 18.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0542+007', 'J0545+0048' RA= 05:45:26.702282 DEC= +00:48:52.23613 RAER= 0.96 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.024, 8.4, 0.034, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0540+642', 'J0545+6415' RA= 05:45:33.272183 DEC= +64:15:52.03141 RAER= 2.18 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.027, 8.4, 0.035, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0543-066', 'J0545-0636' RA= 05:45:37.291020 DEC= -06:36:52.35532 RAER= 0.49 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.025, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0543-176', 'J0545-1736' RA= 05:45:40.903124 DEC= -17:36:59.85081 RAER= 0.52 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.022, 8.4, 0.084, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0542+153', 'J0545+1519' RA= 05:45:48.796885 DEC= +15:19:36.62435 RAER= 0.37 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.042, 8.4, 0.065, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0542+229', 'J0545+2259' RA= 05:45:50.617438 DEC= +22:59:25.55239 RAER= 0.78 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0545-649', 'J0545-6453' RA= 05:45:54.033326 DEC= -64:53:34.45849 RAER= 1.52 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0542+479', 'J0546+4755' RA= 05:46:04.217986 DEC= +47:55:29.07671 RAER= 16.63 DECER= 19.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0542+291', 'J0546+2908' RA= 05:46:06.046107 DEC= +29:08:57.08330 RAER= 1.32 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0544-339', 'J0546-3358' RA= 05:46:09.290708 DEC= -33:58:20.52179 RAER= 0.95 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0544-365', 'J0546-3629' RA= 05:46:14.707681 DEC= -36:29:28.47630 RAER= 3.06 DECER= 21.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0544-142', 'J0546-1415' RA= 05:46:16.896373 DEC= -14:15:19.83709 RAER= 1.08 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.045, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0544-295', 'J0546-2931' RA= 05:46:21.192716 DEC= -29:31:46.90563 RAER= 0.53 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.062, 8.4, 0.066, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0541+633', 'J0546+6321' RA= 05:46:24.613828 DEC= +63:21:32.59186 RAER= 1.30 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0542+407', 'J0546+4044' RA= 05:46:24.791563 DEC= +40:44:03.43592 RAER= 0.76 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.019, 8.4, 0.070, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0543+404', 'J0546+4029' RA= 05:46:33.173366 DEC= +40:29:45.29552 RAER= 4.31 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.015, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0544-188', 'J0546-1852' RA= 05:46:37.617638 DEC= -18:52:51.29841 RAER= 1.11 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0546-642', 'J0546-6415' RA= 05:46:41.838024 DEC= -64:15:21.93275 RAER= 1.49 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.138, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0542+464', 'J0546+4627' RA= 05:46:41.961837 DEC= +46:27:55.37082 RAER= 4.03 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0545-369', 'J0547-3653' RA= 05:47:03.457220 DEC= -36:53:12.68631 RAER= 1.09 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.049, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0544+123', 'J0547+1223' RA= 05:47:06.276306 DEC= +12:23:46.24466 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.052, 8.4, 0.140, 0.104, 22.2, 0.352, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1779 observations" / source= '0544-084', 'J0547-0828' RA= 05:47:09.639369 DEC= -08:28:25.14851 RAER= 1.19 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0545-341', 'J0547-3407' RA= 05:47:16.480906 DEC= -34:07:16.53574 RAER= 0.68 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.048, 8.4, 0.028, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0545-252', 'J0547-2514' RA= 05:47:26.547072 DEC= -25:14:49.10101 RAER= 0.55 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0542+639', 'J0547+6357' RA= 05:47:31.796491 DEC= +63:57:30.79566 RAER= 5.51 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0544+273', 'J0547+2721' RA= 05:47:34.148924 DEC= +27:21:56.84254 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.197, 5.0, 0.468, n/a, 8.4, 0.474, 0.348 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24292 observations" / source= '0544+015', 'J0547+0132' RA= 05:47:34.406417 DEC= +01:32:05.91680 RAER= 1.07 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.009, 8.4, 0.050, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0545-005', 'J0547-0034' RA= 05:47:43.166728 DEC= -00:34:51.82406 RAER= 2.74 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0545+088', 'J0547+0849' RA= 05:47:44.950039 DEC= +08:49:36.83142 RAER= 0.62 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0547-674', 'J0547-6728' RA= 05:47:50.197435 DEC= -67:28:01.52643 RAER= 2.52 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0545-176', 'J0547-1736' RA= 05:47:51.434562 DEC= -17:36:08.78735 RAER= 0.85 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0545-199', 'J0547-1958' RA= 05:47:54.653099 DEC= -19:58:04.99959 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0545-265', 'J0547-2632' RA= 05:47:59.680868 DEC= -26:32:33.00331 RAER= 0.72 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.038, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0545-228', 'J0548-2252' RA= 05:48:00.165489 DEC= -22:52:34.67658 RAER= 3.10 DECER= 7.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0545-062', 'J0548-0612' RA= 05:48:01.760157 DEC= -06:12:42.07954 RAER= 1.39 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.004, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0545+221', 'J0548+2210' RA= 05:48:03.885338 DEC= +22:10:35.60143 RAER= 0.27 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.070, 8.4, 0.065, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '0544+383', 'J0548+3824' RA= 05:48:04.190969 DEC= +38:24:31.18949 RAER= 62.59 DECER= 37.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0543+608', 'J0548+6053' RA= 05:48:10.610968 DEC= +60:53:14.33658 RAER= 666.98 DECER= 108.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0545-067', 'J0548-0645' RA= 05:48:18.793663 DEC= -06:45:45.15067 RAER= 0.92 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0544+417', 'J0548+4144' RA= 05:48:19.835692 DEC= +41:44:47.27963 RAER= 0.59 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0545+116', 'J0548+1142' RA= 05:48:25.600350 DEC= +11:42:48.81215 RAER= 0.85 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0546-329', 'J0548-3258' RA= 05:48:27.597876 DEC= -32:58:38.05692 RAER= 0.71 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0546-332', 'J0548-3313' RA= 05:48:28.502377 DEC= -33:13:31.33014 RAER= 23.90 DECER= 46.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0547-523', 'J0548-5218' RA= 05:48:30.084279 DEC= -52:18:28.93318 RAER= 0.86 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations. No flux information" / source= '0545+320', 'J0548+3206' RA= 05:48:31.156266 DEC= +32:06:04.50343 RAER= 36.09 DECER= 11.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.051, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0545+258', 'J0548+2551' RA= 05:48:36.972276 DEC= +25:51:12.70571 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.069, 8.4, 0.051, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '0545+436', 'J0549+4338' RA= 05:49:00.670477 DEC= +43:38:26.00265 RAER= 0.68 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0545+276', 'J0549+2737' RA= 05:49:06.535606 DEC= +27:37:10.00676 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.070, 5.0, 0.219, 0.059, 8.4, 0.186, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 726 observations" / source= '0545+329', 'J0549+3258' RA= 05:49:06.849134 DEC= +32:58:03.77205 RAER= 0.76 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0545+535', 'J0549+5331' RA= 05:49:12.030423 DEC= +53:31:35.99434 RAER= 0.62 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.058, 8.4, 0.089, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0544+582', 'J0549+5817' RA= 05:49:15.871651 DEC= +58:17:30.99178 RAER= 1.72 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.045, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0547-253', 'J0549-2520' RA= 05:49:21.641446 DEC= -25:20:47.44085 RAER= 0.72 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.045, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0547-408', 'J0549-4051' RA= 05:49:22.782172 DEC= -40:51:07.08502 RAER= 10.30 DECER= 27.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0547-278', 'J0549-2752' RA= 05:49:32.347017 DEC= -27:52:38.85477 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.118, 8.4, 0.172, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '0614-876', 'J0549-8740' RA= 05:49:33.891995 DEC= -87:40:01.47059 RAER= 57.48 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '0546+056', 'J0549+0539' RA= 05:49:40.168238 DEC= +05:39:53.58983 RAER= 1.99 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0548-527', 'J0549-5246' RA= 05:49:43.805401 DEC= -52:46:25.96198 RAER= 0.74 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0546+278', 'J0549+2753' RA= 05:49:45.263724 DEC= +27:53:00.88449 RAER= 0.19 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.030, 5.0, 0.074, 0.030, 8.4, 0.058, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 566 observations" / source= '0546+308', 'J0549+3054' RA= 05:49:54.180887 DEC= +30:54:47.60013 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.043, 8.4, 0.070, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 874 observations" / source= '0547-292', 'J0549-2915' RA= 05:49:56.192084 DEC= -29:15:59.39833 RAER= 4.95 DECER= 11.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0549-575', 'J0550-5732' RA= 05:50:09.580197 DEC= -57:32:24.39661 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.516, 0.627 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1127 observations" / source= '0547-090', 'J0550-0903' RA= 05:50:20.052626 DEC= -09:03:50.99908 RAER= 1.68 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0547+017', 'J0550+0146' RA= 05:50:21.797419 DEC= +01:46:19.83119 RAER= 0.65 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.075, 8.4, 0.107, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0545+686', 'J0550+6838' RA= 05:50:32.447354 DEC= +68:38:30.37946 RAER= 6.63 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0547+277', 'J0550+2743' RA= 05:50:38.324824 DEC= +27:43:33.20083 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.034, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 291 observations" / source= '0548-322', 'J0550-3216' RA= 05:50:40.570314 DEC= -32:16:16.48715 RAER= 1.15 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0548-155', 'J0550-1534' RA= 05:50:42.823795 DEC= -15:34:18.07293 RAER= 1.01 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0547+347', 'J0550+3445' RA= 05:50:44.613841 DEC= +34:45:20.18262 RAER= 0.76 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0547+234', 'J0550+2326' RA= 05:50:47.390898 DEC= +23:26:48.17708 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.143, 8.4, 0.225, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3099 observations" / source= '0548-163', 'J0550-1621' RA= 05:50:51.267969 DEC= -16:21:49.96007 RAER= 0.71 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, n/a, 8.4, 0.137, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0547+281', 'J0550+2812' RA= 05:50:51.582772 DEC= +28:12:28.01196 RAER= 0.23 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0548-178', 'J0551-1749' RA= 05:51:01.775923 DEC= -17:49:02.78854 RAER= 2.50 DECER= 5.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0547+287', 'J0551+2847' RA= 05:51:09.761609 DEC= +28:47:25.28849 RAER= 1.06 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.018, n/a, 22.2, 0.077, 0.333 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0548+267', 'J0551+2644' RA= 05:51:09.822623 DEC= +26:44:57.92121 RAER= 9.04 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.065, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0548+084', 'J0551+0829' RA= 05:51:11.229346 DEC= +08:29:11.22198 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.072, 8.4, 0.171, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2503 observations" / source= '0549-459', 'J0551-4556' RA= 05:51:16.282960 DEC= -45:56:09.77299 RAER= 1.66 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.152, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0548+165', 'J0551+1636' RA= 05:51:18.851325 DEC= +16:36:41.31414 RAER= 1.51 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0548+258', 'J0551+2549' RA= 05:51:19.670250 DEC= +25:49:09.03499 RAER= 0.71 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.007, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0548-090', 'J0551-0900' RA= 05:51:20.081474 DEC= -09:00:01.94526 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '0546+617', 'J0551+6147' RA= 05:51:21.287799 DEC= +61:47:57.38080 RAER= 4.00 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0548+105', 'J0551+1033' RA= 05:51:23.124887 DEC= +10:33:26.43522 RAER= 0.71 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.076, 8.4, 0.065, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0548+375', 'J0551+3733' RA= 05:51:28.541699 DEC= +37:33:04.90535 RAER= 0.19 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.124, 8.4, 0.131, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0548+374', 'J0551+3725' RA= 05:51:33.064076 DEC= +37:25:28.71239 RAER= 0.79 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.058, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0550-452', 'J0551-4515' RA= 05:51:41.097698 DEC= -45:15:41.44045 RAER= 0.52 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '0549-352', 'J0551-3515' RA= 05:51:42.300863 DEC= -35:15:33.19057 RAER= 2.26 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0547+520', 'J0551+5204' RA= 05:51:48.001923 DEC= +52:04:02.83362 RAER= 1.03 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.036, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0549-191', 'J0551-1909' RA= 05:51:55.260427 DEC= -19:09:20.97041 RAER= 0.31 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.090, 8.4, 0.092, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0548+37A', 'J0551+3751' RA= 05:51:58.701730 DEC= +37:51:07.43460 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.075, 8.4, 0.158, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 888 observations" / source= '0549-171', 'J0552-1706' RA= 05:52:02.083873 DEC= -17:06:33.10628 RAER= 0.29 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.047, 8.4, 0.066, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0549+201', 'J0552+2007' RA= 05:52:07.001355 DEC= +20:07:19.78774 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.068, 5.0, 0.095, 0.088, 8.4, 0.183, 0.180, 22.2, 0.181, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2109 observations" / source= '0550-453', 'J0552-4522' RA= 05:52:10.040210 DEC= -45:22:24.67094 RAER= 0.20 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.102, 8.4, 0.168, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '0549-074', 'J0552-0727' RA= 05:52:11.376231 DEC= -07:27:22.51745 RAER= 0.18 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.024, 8.4, 0.049, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '0549-061', 'J0552-0605' RA= 05:52:12.786705 DEC= -06:05:49.19376 RAER= 0.36 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.024, 8.4, 0.065, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0548+378', 'J0552+3754' RA= 05:52:17.936918 DEC= +37:54:25.28237 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.142, 8.4, 0.319, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4781 observations" / source= '0549+192', 'J0552+1913' RA= 05:52:25.885020 DEC= +19:13:40.26765 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.138, 8.4, 0.235, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2103 observations" / source= '0549+121', 'J0552+1207' RA= 05:52:34.381714 DEC= +12:07:44.92200 RAER= 0.94 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0548+561', 'J0552+5610' RA= 05:52:36.717650 DEC= +56:10:17.21793 RAER= 1.46 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0550-034', 'J0552-0324' RA= 05:52:37.747793 DEC= -03:24:24.43387 RAER= 0.60 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0550-008', 'J0552-0050' RA= 05:52:39.121143 DEC= -00:50:02.13183 RAER= 1.23 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.032, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0550+006', 'J0552+0037' RA= 05:52:42.476841 DEC= +00:37:13.22190 RAER= 1.99 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0550-118', 'J0552-1152' RA= 05:52:48.506104 DEC= -11:52:24.21478 RAER= 1.91 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.009, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0549+133', 'J0552+1324' RA= 05:52:48.801953 DEC= +13:24:26.56324 RAER= 0.56 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.038, 8.4, 0.036, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0550-133', 'J0552-1322' RA= 05:52:48.944982 DEC= -13:22:55.54541 RAER= 0.83 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.012, 8.4, 0.061, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0550+032', 'J0552+0313' RA= 05:52:50.101450 DEC= +03:13:27.24414 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.602, 0.089, 8.4, 0.730, 0.578 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '0550-224', 'J0552-2225' RA= 05:52:52.677612 DEC= -22:25:14.67476 RAER= 1.69 DECER= 5.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0546+726', 'J0552+7240' RA= 05:52:52.999438 DEC= +72:40:45.11437 RAER= 0.46 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.110, 5.0, 0.212, 0.168, 8.4, 0.159, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '0550+179', 'J0553+1758' RA= 05:53:01.386619 DEC= +17:58:24.22161 RAER= 0.52 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0550-075', 'J0553-0730' RA= 05:53:20.001200 DEC= -07:30:39.99176 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.246, 0.041, 8.4, 0.166, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '0550+312', 'J0553+3117' RA= 05:53:21.677226 DEC= +31:17:52.37646 RAER= 3.53 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0549+376', 'J0553+3740' RA= 05:53:21.994461 DEC= +37:40:04.58117 RAER= 0.63 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0549+431', 'J0553+4309' RA= 05:53:26.062672 DEC= +43:09:05.22800 RAER= 0.82 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.146, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0550-017', 'J0553-0142' RA= 05:53:29.796367 DEC= -01:42:39.77986 RAER= 0.37 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.009, 8.4, 0.095, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0551-205', 'J0553-2034' RA= 05:53:33.123442 DEC= -20:34:18.87987 RAER= 2.03 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0550+137', 'J0553+1346' RA= 05:53:35.800458 DEC= +13:46:30.30545 RAER= 0.39 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.035, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0550+146', 'J0553+1439' RA= 05:53:38.029889 DEC= +14:39:29.78933 RAER= 0.32 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.053, 8.4, 0.064, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0551-086', 'J0553-0840' RA= 05:53:41.891243 DEC= -08:40:01.89670 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.056, 8.4, 0.138, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '0550+158', 'J0553+1550' RA= 05:53:42.394255 DEC= +15:50:52.68268 RAER= 1.16 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.250, 0.015, 8.4, 0.145, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0550+311', 'J0553+3106' RA= 05:53:49.076200 DEC= +31:06:55.24049 RAER= 0.61 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0551-171', 'J0553-1710' RA= 05:53:51.609421 DEC= -17:10:12.02999 RAER= 4.79 DECER= 7.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0548+689', 'J0554+6857' RA= 05:54:00.806991 DEC= +68:57:54.44050 RAER= 0.37 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.057, 8.4, 0.112, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '0550+356', 'J0554+3541' RA= 05:54:09.529255 DEC= +35:41:31.40116 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.072, 8.4, 0.134, 0.108, 22.2, 0.157, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2308 observations" / source= '0551+006', 'J0554+0038' RA= 05:54:13.886697 DEC= +00:38:07.98725 RAER= 1.12 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.014, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0552-249', 'J0554-2458' RA= 05:54:23.702319 DEC= -24:58:43.96526 RAER= 0.88 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.015, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '0548+717', 'J0554+7145' RA= 05:54:32.644668 DEC= +71:45:49.03913 RAER= 3.01 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0552+034', 'J0554+0329' RA= 05:54:42.420075 DEC= +03:29:41.33334 RAER= 1.71 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0552+054', 'J0554+0526' RA= 05:54:49.035579 DEC= +05:26:15.86291 RAER= 1.44 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0551+474', 'J0554+4725' RA= 05:54:53.556482 DEC= +47:25:34.35816 RAER= 0.71 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.035, 8.4, 0.061, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0552+030', 'J0555+0304' RA= 05:55:00.991303 DEC= +03:04:25.35079 RAER= 0.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.016, 8.4, 0.056, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0551+321', 'J0555+3206' RA= 05:55:08.776831 DEC= +32:06:58.94428 RAER= 0.86 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0551+335', 'J0555+3330' RA= 05:55:08.869430 DEC= +33:30:30.66228 RAER= 0.83 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.049, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0553-205', 'J0555-2029' RA= 05:55:18.764479 DEC= -20:29:55.53755 RAER= 0.92 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0552+060', 'J0555+0603' RA= 05:55:25.768160 DEC= +06:03:19.98109 RAER= 1.24 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0552+398', 'J0555+3948' RA= 05:55:30.805618 DEC= +39:48:49.16492 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.233, 2.545, 5.0, 4.520, 3.435, 8.4, 4.106, 1.558, 15.2, 3.616, 1.447, 22.2, 2.289, 0.986 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524258 observations" / source= '0553-054', 'J0555-0527' RA= 05:55:31.193831 DEC= -05:27:21.69577 RAER= 1.50 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0553-100', 'J0555-1002' RA= 05:55:32.273583 DEC= -10:02:07.24241 RAER= 0.38 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.048, 8.4, 0.102, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0552+125', 'J0555+1232' RA= 05:55:33.533886 DEC= +12:32:19.72422 RAER= 0.38 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.021, 8.4, 0.073, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '0554-446', 'J0555-4437' RA= 05:55:43.724306 DEC= -44:37:33.67642 RAER= 3.01 DECER= 9.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0553-133', 'J0555-1318' RA= 05:55:47.840746 DEC= -13:18:32.51256 RAER= 1.22 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0552+393', 'J0555+3922' RA= 05:55:56.617691 DEC= +39:22:07.79834 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.471, 0.301, 8.4, 0.432, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '0553+061', 'J0555+0612' RA= 05:55:58.803872 DEC= +06:12:23.06651 RAER= 0.89 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0551+543', 'J0556+5423' RA= 05:56:01.288647 DEC= +54:23:26.93479 RAER= 0.69 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0552+325', 'J0556+3235' RA= 05:56:09.362401 DEC= +32:35:55.20226 RAER= 1.12 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0554-438', 'J0556-4351' RA= 05:56:18.747746 DEC= -43:51:46.05656 RAER= 1.40 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0553+261', 'J0556+2610' RA= 05:56:22.848339 DEC= +26:10:28.11124 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.059, 8.4, 0.117, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '0554-143', 'J0556-1422' RA= 05:56:32.836716 DEC= -14:22:41.78134 RAER= 0.63 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.050, 8.4, 0.037, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0553+266', 'J0556+2641' RA= 05:56:47.820015 DEC= +26:41:32.50650 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.057, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '0554-026', 'J0556-0241' RA= 05:56:52.623047 DEC= -02:41:05.51676 RAER= 0.31 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.369, 0.026, 8.4, 0.062, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '0554+242', 'J0557+2413' RA= 05:57:04.713591 DEC= +24:13:55.29851 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.033, 0.532, 5.0, 1.381, 0.523, 8.4, 0.812, 0.392 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2844 observations" / source= '0555-374', 'J0557-3728' RA= 05:57:12.519470 DEC= -37:28:36.50340 RAER= 1.42 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0554+179', 'J0557+1800' RA= 05:57:12.545117 DEC= +18:00:04.65242 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.033, n/a, 5.0, 0.036, n/a, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '0555-186', 'J0557-1836' RA= 05:57:15.007770 DEC= -18:36:40.46888 RAER= 0.95 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0549+770', 'J0557+7704' RA= 05:57:21.450597 DEC= +77:04:43.27862 RAER= 2.07 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0554+125', 'J0557+1232' RA= 05:57:24.762425 DEC= +12:32:17.40953 RAER= 1.21 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.039, 8.4, 0.038, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0555-222', 'J0557-2214' RA= 05:57:29.890999 DEC= -22:14:39.09965 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.165, 5.0, 0.296, 0.187, 8.4, 0.198, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0555-073', 'J0557-0719' RA= 05:57:37.369108 DEC= -07:19:13.73432 RAER= 0.86 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0555-030', 'J0557-0302' RA= 05:57:44.336659 DEC= -03:02:09.46134 RAER= 2.54 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0555-080', 'J0557-0802' RA= 05:57:52.365031 DEC= -08:02:46.59045 RAER= 0.45 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.048, 8.4, 0.039, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0556-306', 'J0557-3036' RA= 05:57:57.639814 DEC= -30:36:58.25420 RAER= 0.73 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0556-289', 'J0557-2855' RA= 05:57:59.906433 DEC= -28:55:49.50246 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0554+343', 'J0558+3418' RA= 05:58:00.088613 DEC= +34:18:48.38660 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.174, 8.4, 0.211, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '0555-132', 'J0558-1317' RA= 05:58:02.546723 DEC= -13:17:41.19559 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.775, 0.245, 5.0, 0.632, 0.184, 8.4, 0.576, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '0556-386', 'J0558-3838' RA= 05:58:06.431476 DEC= -38:38:31.58985 RAER= 1.32 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0555+007', 'J0558+0044' RA= 05:58:08.440791 DEC= +00:44:48.10498 RAER= 0.27 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.028, 8.4, 0.089, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0556-504', 'J0558-5029' RA= 05:58:11.684714 DEC= -50:29:48.75643 RAER= 0.75 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0554+534', 'J0558+5328' RA= 05:58:11.797957 DEC= +53:28:17.86198 RAER= 0.51 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.024, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '0555+054', 'J0558+0524' RA= 05:58:15.394050 DEC= +05:24:15.93601 RAER= 1.05 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.016, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0556-183', 'J0558-1821' RA= 05:58:21.906615 DEC= -18:21:49.86155 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.039, 8.4, 0.070, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0555+270', 'J0558+2701' RA= 05:58:28.109845 DEC= +27:01:14.83596 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.018, 8.4, 0.056, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '0555-03A', 'J0558-0300' RA= 05:58:29.894571 DEC= -03:00:04.75280 RAER= 3.24 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations. No flux information" / source= '0556-350', 'J0558-3504' RA= 05:58:43.853099 DEC= -35:04:10.92524 RAER= 1.02 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.057, 8.4, 0.143, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0556-009', 'J0558-0055' RA= 05:58:44.391591 DEC= -00:55:06.92851 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.023, 8.4, 0.085, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0600-749', 'J0558-7459' RA= 05:58:46.039714 DEC= -74:59:05.20636 RAER= 0.87 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0556+046', 'J0558+0437' RA= 05:58:49.942056 DEC= +04:37:03.50999 RAER= 0.81 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.039, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0555+378', 'J0559+3749' RA= 05:59:00.452154 DEC= +37:49:55.51978 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.164, 8.4, 0.217, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '0556+009', 'J0559+0059' RA= 05:59:01.251087 DEC= +00:59:19.73093 RAER= 0.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0557-454', 'J0559-4529' RA= 05:59:11.544393 DEC= -45:29:40.30745 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.320, 0.194, 8.4, 0.512, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0556+144', 'J0559+1429' RA= 05:59:12.093838 DEC= +14:29:09.69795 RAER= 15.13 DECER= 21.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0554+580', 'J0559+5804' RA= 05:59:13.394020 DEC= +58:04:03.44644 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.185, 8.4, 0.308, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 661 observations" / source= '0555+398', 'J0559+3948' RA= 05:59:14.366530 DEC= +39:48:59.79594 RAER= 0.56 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.036, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0556-042', 'J0559-0412' RA= 05:59:15.232620 DEC= -04:12:40.09341 RAER= 0.44 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0556+124', 'J0559+1228' RA= 05:59:26.697352 DEC= +12:28:39.20051 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0556+238', 'J0559+2353' RA= 05:59:32.033135 DEC= +23:53:53.92665 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.447, 0.347, 5.0, 0.329, 0.285, 8.4, 0.405, 0.308 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28405 observations" / source= '0555+478', 'J0559+4749' RA= 05:59:37.821098 DEC= +47:49:07.81788 RAER= 1.26 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0555+535', 'J0559+5335' RA= 05:59:39.271945 DEC= +53:35:43.17692 RAER= 1.20 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.039, 8.4, 0.017, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0557-168', 'J0559-1652' RA= 05:59:40.671604 DEC= -16:52:11.25300 RAER= 6.56 DECER= 9.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0556+283', 'J0559+2818' RA= 05:59:40.674718 DEC= +28:18:17.86016 RAER= 4.27 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0556+307', 'J0559+3042' RA= 05:59:41.001993 DEC= +30:42:28.25343 RAER= 0.64 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0557-182', 'J0559-1817' RA= 05:59:46.403554 DEC= -18:17:47.57094 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.137, 8.4, 0.267, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '0556+191', 'J0559+1908' RA= 05:59:55.692521 DEC= +19:08:52.13928 RAER= 3.51 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0555+641', 'J0559+6409' RA= 05:59:59.277222 DEC= +64:09:58.40585 RAER= 1.41 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0557-001', 'J0600-0005' RA= 06:00:03.503394 DEC= -00:05:59.03437 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.034, 8.4, 0.070, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '0554+705', 'J0600+7036' RA= 06:00:06.406358 DEC= +70:36:10.89995 RAER= 1.23 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.054, 8.4, 0.077, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0557+127', 'J0600+1243' RA= 06:00:14.996663 DEC= +12:43:43.17990 RAER= 0.47 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0557+089', 'J0600+0855' RA= 06:00:16.080822 DEC= +08:55:18.64728 RAER= 0.44 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.066, 8.4, 0.069, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0557+268', 'J0600+2651' RA= 06:00:16.848837 DEC= +26:51:44.54731 RAER= 2.17 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0558-189', 'J0600-1858' RA= 06:00:17.871050 DEC= -18:58:40.76027 RAER= 0.99 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0555+630', 'J0600+6304' RA= 06:00:27.014208 DEC= +63:04:07.45854 RAER= 2.14 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0558-109', 'J0600-1056' RA= 06:00:28.840205 DEC= -10:56:09.37244 RAER= 0.79 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.057, 8.4, 0.070, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0558-379', 'J0600-3756' RA= 06:00:29.839358 DEC= -37:56:13.48685 RAER= 9.18 DECER= 32.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0558-396', 'J0600-3937' RA= 06:00:31.417505 DEC= -39:37:02.19626 RAER= 0.20 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.207, 8.4, 0.295, 0.249 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '0556+513', 'J0600+5120' RA= 06:00:42.901157 DEC= +51:20:27.67177 RAER= 0.94 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.036, 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0554+715', 'J0600+7133' RA= 06:00:48.138357 DEC= +71:33:01.90063 RAER= 1.99 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.025, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0556+621', 'J0600+6207' RA= 06:00:52.596844 DEC= +62:07:03.09960 RAER= 113.34 DECER= 34.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0557+338', 'J0601+3349' RA= 06:01:00.390048 DEC= +33:49:17.55336 RAER= 0.83 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.052, 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0556+547', 'J0601+5443' RA= 06:01:01.703730 DEC= +54:43:36.28284 RAER= 0.59 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0557+386', 'J0601+3838' RA= 06:01:02.869105 DEC= +38:38:29.17018 RAER= 0.37 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.051, 8.4, 0.067, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '0558-146', 'J0601-1440' RA= 06:01:06.618749 DEC= -14:40:25.36760 RAER= 1.75 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0601-706', 'J0601-7036' RA= 06:01:11.247764 DEC= -70:36:08.79206 RAER= 0.40 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.408, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '0558+058', 'J0601+0550' RA= 06:01:18.438273 DEC= +05:50:36.95399 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0555+723', 'J0601+7218' RA= 06:01:34.091124 DEC= +72:18:48.33225 RAER= 3.59 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.064, 8.4, 0.029, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0559+024', 'J0601+0227' RA= 06:01:39.136302 DEC= +02:27:34.22601 RAER= 3.59 DECER= 7.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0559-192', 'J0601-1914' RA= 06:01:42.598987 DEC= -19:14:59.56012 RAER= 1.31 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0558+234', 'J0601+2324' RA= 06:01:47.357030 DEC= +23:24:53.48483 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.107, 5.0, 0.179, 0.154, 8.4, 0.142, 0.131, 22.2, 0.238, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1744 observations" / source= '0559-276', 'J0601-2736' RA= 06:01:48.720320 DEC= -27:36:22.03188 RAER= 0.27 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.055, 8.4, 0.063, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '0559-200', 'J0601-2004' RA= 06:01:52.826341 DEC= -20:04:45.21240 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.095, 8.4, 0.157, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '0558+179', 'J0601+1759' RA= 06:01:55.370566 DEC= +17:59:47.86724 RAER= 0.24 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.048, 8.4, 0.141, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0557+532', 'J0602+5316' RA= 06:02:00.445212 DEC= +53:16:00.04719 RAER= 0.97 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0601-573', 'J0602-5724' RA= 06:02:09.372873 DEC= -57:24:03.18632 RAER= 2.23 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0600-254', 'J0602-2527' RA= 06:02:17.631979 DEC= -25:27:05.16160 RAER= 0.61 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.028, 8.4, 0.029, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0600-346', 'J0602-3440' RA= 06:02:20.264453 DEC= -34:40:50.18441 RAER= 1.90 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0558+584', 'J0602+5829' RA= 06:02:29.429423 DEC= +58:29:15.62664 RAER= 0.83 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0559+391', 'J0602+3908' RA= 06:02:29.494454 DEC= +39:08:33.90323 RAER= 0.90 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0600-365', 'J0602-3632' RA= 06:02:35.401905 DEC= -36:32:27.05090 RAER= 1.90 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.033, 8.4, 0.044, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0600-277', 'J0602-2745' RA= 06:02:36.318400 DEC= -27:45:55.22457 RAER= 5.98 DECER= 11.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0559+325', 'J0602+3230' RA= 06:02:42.683804 DEC= +32:30:07.24309 RAER= 0.86 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0600-000', 'J0602-0004' RA= 06:02:42.890698 DEC= -00:04:27.41229 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.041, 8.4, 0.038, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '0559+304', 'J0602+3027' RA= 06:02:47.722977 DEC= +30:27:45.25748 RAER= 0.81 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.035, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0600-257', 'J0602-2546' RA= 06:02:48.045641 DEC= -25:46:02.66384 RAER= 0.61 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.016, 8.4, 0.095, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0600-296', 'J0602-2938' RA= 06:02:51.540393 DEC= -29:38:32.00958 RAER= 0.27 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.074, 8.4, 0.081, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0600-069', 'J0602-0658' RA= 06:02:52.190536 DEC= -06:58:04.40509 RAER= 1.17 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0558+629', 'J0602+6255' RA= 06:02:54.955871 DEC= +62:55:09.51961 RAER= 2.11 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.006, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '0559+495', 'J0602+4932' RA= 06:02:55.024266 DEC= +49:32:27.75095 RAER= 1.33 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.013, 8.4, 0.042, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0559+475', 'J0602+4735' RA= 06:02:58.511273 DEC= +47:35:03.45025 RAER= 7.25 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0559+422', 'J0602+4212' RA= 06:02:58.944069 DEC= +42:12:10.00871 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.350, 0.282, 8.4, 0.169, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '0559+305', 'J0602+3033' RA= 06:02:59.353684 DEC= +30:33:31.57118 RAER= 1.70 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0558+652', 'J0602+6514' RA= 06:02:59.396531 DEC= +65:14:13.70980 RAER= 1.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.036, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0606-795', 'J0603-7934' RA= 06:03:06.147029 DEC= -79:34:50.43429 RAER= 127.48 DECER= 33.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.210, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0600+177', 'J0603+1742' RA= 06:03:09.130267 DEC= +17:42:16.81030 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.261, 8.4, 0.370, 0.241, 22.2, 0.215, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4480 observations" / source= '0559+378', 'J0603+3749' RA= 06:03:11.605833 DEC= +37:49:36.69036 RAER= 1.21 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0600+008', 'J0603+0050' RA= 06:03:14.162359 DEC= +00:50:48.32468 RAER= 2.69 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0600+063', 'J0603+0622' RA= 06:03:14.355355 DEC= +06:22:27.94565 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.074, 8.4, 0.166, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '0558+606', 'J0603+6040' RA= 06:03:25.068018 DEC= +60:40:11.93373 RAER= 1.25 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0601-067', 'J0603-0645' RA= 06:03:38.056831 DEC= -06:45:44.86331 RAER= 1.63 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0600+207', 'J0603+2047' RA= 06:03:40.395894 DEC= +20:47:18.02721 RAER= 0.70 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0600+219', 'J0603+2159' RA= 06:03:51.557022 DEC= +21:59:37.69856 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.072, 5.0, 0.140, 0.087, 8.4, 0.118, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 789 observations" / source= '0600+299', 'J0603+2957' RA= 06:03:55.851954 DEC= +29:57:05.35715 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.091, 8.4, 0.105, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 783 observations" / source= '0601-100', 'J0603-1002' RA= 06:03:56.074202 DEC= -10:02:23.67132 RAER= 1.10 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.028, 8.4, 0.029, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0602-317', 'J0603-3144' RA= 06:03:56.527502 DEC= -31:44:31.39382 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.054, 8.4, 0.096, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0601-172', 'J0603-1716' RA= 06:03:57.732449 DEC= -17:16:28.21864 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.129, 8.4, 0.262, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1601 observations" / source= '0601-06A', 'J0604-0647' RA= 06:04:04.690498 DEC= -06:47:00.32380 RAER= 1.54 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '0601+035', 'J0604+0330' RA= 06:04:04.938050 DEC= +03:30:26.10613 RAER= 1.91 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0602-482', 'J0604-4817' RA= 06:04:08.621750 DEC= -48:17:25.15679 RAER= 6.27 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, 0.012, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0600+307', 'J0604+3042' RA= 06:04:09.302265 DEC= +30:42:36.21553 RAER= 0.68 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.022, 8.4, 0.039, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0559+626', 'J0604+6236' RA= 06:04:13.087906 DEC= +62:36:45.35188 RAER= 2.00 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.038, 8.4, 0.053, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0559+629', 'J0604+6254' RA= 06:04:18.445469 DEC= +62:54:44.04852 RAER= 3.11 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0602-185', 'J0604-1832' RA= 06:04:19.961233 DEC= -18:32:58.37076 RAER= 1.25 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0602-424', 'J0604-4225' RA= 06:04:25.174651 DEC= -42:25:30.09313 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.223, 0.183, 8.4, 0.449, 0.374 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1121 observations" / source= '0601+368', 'J0604+3651' RA= 06:04:27.051422 DEC= +36:51:04.81585 RAER= 0.64 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0601+203', 'J0604+2021' RA= 06:04:28.666781 DEC= +20:21:22.26507 RAER= 3.23 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, n/a, 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0601+20A', 'J0604+2019' RA= 06:04:29.862842 DEC= +20:19:46.07929 RAER= 0.41 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0601+020', 'J0604+0204' RA= 06:04:33.077702 DEC= +02:04:56.18766 RAER= 0.58 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.131, 8.4, 0.162, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0603-488', 'J0604-4849' RA= 06:04:33.090217 DEC= -48:49:47.64494 RAER= 0.91 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0600+442', 'J0604+4413' RA= 06:04:35.628791 DEC= +44:13:58.54813 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.783, 0.292, 8.4, 0.350, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '0601+242', 'J0604+2415' RA= 06:04:40.000899 DEC= +24:15:13.89528 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.128, 5.0, 0.116, 0.047, 8.4, 0.086, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '0601+205', 'J0604+2035' RA= 06:04:42.989622 DEC= +20:35:10.48621 RAER= 0.42 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0602-009', 'J0604-0054' RA= 06:04:43.603091 DEC= -00:54:49.56951 RAER= 0.31 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.024, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0602+109', 'J0604+1055' RA= 06:04:49.369619 DEC= +10:55:40.37452 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.350, 0.171, 5.0, 0.306, 0.100, 8.4, 0.251, 0.110, 22.2, 0.243, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2135 observations" / source= '0601+245', 'J0604+2429' RA= 06:04:55.121409 DEC= +24:29:55.03649 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.164, 8.4, 1.286, 0.488 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2122 observations" / source= '0602+000', 'J0604+0000' RA= 06:04:58.417975 DEC= +00:00:43.34757 RAER= 0.59 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.008, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0601+353', 'J0605+3517' RA= 06:05:02.949824 DEC= +35:17:47.50302 RAER= 0.88 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0600+627', 'J0605+6246' RA= 06:05:04.461885 DEC= +62:46:53.97584 RAER= 1.88 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.116, 8.4, 0.078, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0603-353', 'J0605-3522' RA= 06:05:06.465161 DEC= -35:22:17.46455 RAER= 0.24 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.097, 5.0, 0.157, n/a, 8.4, 0.119, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0602+229', 'J0605+2255' RA= 06:05:07.162643 DEC= +22:55:23.18402 RAER= 5.24 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0602+096', 'J0605+0939' RA= 06:05:10.113106 DEC= +09:39:13.61045 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.349, 0.283, 8.4, 0.275, 0.158, 22.2, 0.208, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 719 observations" / source= '0601+397', 'J0605+3942' RA= 06:05:10.913191 DEC= +39:42:04.02741 RAER= 0.43 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.058, 8.4, 0.076, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0603-079', 'J0605-0759' RA= 06:05:26.187272 DEC= -07:59:31.79018 RAER= 1.40 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0603-349', 'J0605-3457' RA= 06:05:32.026968 DEC= -34:57:20.46611 RAER= 0.69 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.080, 8.4, 0.051, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0602+294', 'J0605+2926' RA= 06:05:33.672983 DEC= +29:26:05.28018 RAER= 0.53 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.015, 8.4, 0.063, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0603+017', 'J0605+0145' RA= 06:05:36.559701 DEC= +01:45:12.59217 RAER= 0.59 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.008, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0601+578', 'J0605+5753' RA= 06:05:42.227512 DEC= +57:53:16.35624 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.271, 8.4, 0.163, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '0603+026', 'J0605+0239' RA= 06:05:43.739366 DEC= +02:39:48.74434 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.013, 5.0, 0.169, 0.020, 8.4, 0.062, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '0557+788', 'J0605+7849' RA= 06:05:46.645234 DEC= +78:49:44.95018 RAER= 2.94 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.041, 8.4, 0.098, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0602+405', 'J0605+4030' RA= 06:05:50.855375 DEC= +40:30:08.10359 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.667, 0.434, 5.0, 0.852, n/a, 8.4, 0.693, 0.470 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3317 observations" / source= '0604-394', 'J0605-3929' RA= 06:05:56.042128 DEC= -39:29:05.70168 RAER= 1.32 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0603-179', 'J0605-1755' RA= 06:05:57.385653 DEC= -17:55:13.17500 RAER= 3.56 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0604-342', 'J0606-3417' RA= 06:06:05.424430 DEC= -34:17:39.45572 RAER= 1.74 DECER= 5.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0604-347', 'J0606-3447' RA= 06:06:07.353080 DEC= -34:47:39.26273 RAER= 1.63 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0558+788', 'J0606+7851' RA= 06:06:15.784039 DEC= +78:51:38.37333 RAER= 5.14 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0603+328', 'J0606+3248' RA= 06:06:29.380082 DEC= +32:48:07.19254 RAER= 0.50 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.035, 8.4, 0.057, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0604-203', 'J0606-2022' RA= 06:06:33.695106 DEC= -20:22:00.47388 RAER= 1.29 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0605-474', 'J0606-4729' RA= 06:06:35.733363 DEC= -47:29:54.84317 RAER= 1.86 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0604-20A', 'J0606-2023' RA= 06:06:42.638419 DEC= -20:23:13.71949 RAER= 1.43 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.010, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0604-074', 'J0606-0724' RA= 06:06:43.546345 DEC= -07:24:30.23100 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.456, 0.286, 8.4, 0.309, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 919 observations" / source= '0603+440', 'J0606+4401' RA= 06:06:50.219163 DEC= +44:01:40.87886 RAER= 0.88 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0603+234', 'J0606+2328' RA= 06:06:56.484307 DEC= +23:28:42.45497 RAER= 0.62 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0603+416', 'J0606+4140' RA= 06:06:56.501510 DEC= +41:40:51.08488 RAER= 317.73 DECER= 469.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0604-004', 'J0606-0024' RA= 06:06:57.443580 DEC= -00:24:57.46378 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.065, 5.0, 0.127, n/a, 8.4, 0.108, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '0603+486', 'J0606+4840' RA= 06:06:57.966117 DEC= +48:40:01.73702 RAER= 0.81 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.039, 8.4, 0.044, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0601+712', 'J0606+7116' RA= 06:06:59.486767 DEC= +71:16:31.73420 RAER= 1.59 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.016, 8.4, 0.047, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '0604-029', 'J0607-0255' RA= 06:07:02.012876 DEC= -02:55:11.27270 RAER= 0.65 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0604-124', 'J0607-1230' RA= 06:07:09.867995 DEC= -12:30:18.59261 RAER= 0.81 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.029, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0603+460', 'J0607+4602' RA= 06:07:11.025380 DEC= +46:02:00.66663 RAER= 371.17 DECER= 331.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0604-149', 'J0607-1458' RA= 06:07:13.654816 DEC= -14:58:29.59032 RAER= 0.40 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.041, 8.4, 0.059, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0605-247', 'J0607-2447' RA= 06:07:16.336388 DEC= -24:47:40.96175 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.052, 8.4, 0.108, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '0605-123', 'J0607-1219' RA= 06:07:20.202372 DEC= -12:19:01.33370 RAER= 0.51 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.025, 8.4, 0.057, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0603+476', 'J0607+4739' RA= 06:07:23.255012 DEC= +47:39:46.94164 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.204, 8.4, 0.256, 0.180, 15.2, 0.373, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1114 observations" / source= '0604-075', 'J0607-0733' RA= 06:07:24.194438 DEC= -07:33:59.60371 RAER= 1.17 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0605-390', 'J0607-3904' RA= 06:07:33.398951 DEC= -39:04:43.39338 RAER= 1.76 DECER= 10.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0604+398', 'J0607+3947' RA= 06:07:42.905350 DEC= +39:47:47.86617 RAER= 0.87 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0605-158', 'J0607-1551' RA= 06:07:46.739895 DEC= -15:51:10.32922 RAER= 19.94 DECER= 27.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0603+560', 'J0607+5602' RA= 06:07:48.937141 DEC= +56:02:30.88765 RAER= 1.38 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.008, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0603+602', 'J0607+6015' RA= 06:07:51.863335 DEC= +60:15:54.58502 RAER= 2.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.039, 8.4, 0.065, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0602+673', 'J0607+6720' RA= 06:07:52.671621 DEC= +67:20:55.41002 RAER= 0.26 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.654, 0.451, 5.0, 0.647, 0.267, 8.4, 0.654, 0.263, 15.2, 0.795, 0.593, 22.2, 0.661, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122067 observations" / source= '0607-605', 'J0607-6031' RA= 06:07:55.086685 DEC= -60:31:51.99200 RAER= 0.77 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.206, 0.222 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0605-144', 'J0607-1424' RA= 06:07:58.273819 DEC= -14:24:35.64430 RAER= 0.57 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.027, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0605-085', 'J0607-0834' RA= 06:07:59.699238 DEC= -08:34:49.97837 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.207, 0.878, 5.0, 2.633, 1.554, 8.4, 2.067, 0.685, 15.2, 1.603, 0.651 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7497 observations" / source= '0603+543', 'J0608+5422' RA= 06:08:00.662910 DEC= +54:22:38.94389 RAER= 2.71 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.022, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0604+309', 'J0608+3058' RA= 06:08:00.809500 DEC= +30:58:41.72300 RAER= 0.46 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0605-153', 'J0608-1520' RA= 06:08:01.531952 DEC= -15:20:36.97939 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.180, 8.4, 0.228, 0.102, 15.2, 0.189, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '0604+451', 'J0608+4508' RA= 06:08:03.436644 DEC= +45:08:25.01399 RAER= 1.49 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.026, 8.4, 0.111, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0605-074', 'J0608-0727' RA= 06:08:04.369791 DEC= -07:27:32.82305 RAER= 1.90 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '0604+357', 'J0608+3546' RA= 06:08:10.875673 DEC= +35:46:25.19227 RAER= 0.95 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.039, 8.4, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0605-117', 'J0608-1147' RA= 06:08:11.326145 DEC= -11:47:37.76296 RAER= 1.43 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0606-387', 'J0608-3847' RA= 06:08:11.461760 DEC= -38:47:26.58631 RAER= 0.30 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.078, 5.0, 0.117, n/a, 8.4, 0.146, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '0605+086', 'J0608+0840' RA= 06:08:13.011117 DEC= +08:40:25.20392 RAER= 0.33 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.094, 8.4, 0.075, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0605+039', 'J0608+0359' RA= 06:08:14.678796 DEC= +03:59:08.63171 RAER= 1.11 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0606-240', 'J0608-2404' RA= 06:08:16.875751 DEC= -24:04:32.23992 RAER= 12.69 DECER= 18.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0604+559', 'J0608+5559' RA= 06:08:26.675055 DEC= +55:59:09.72782 RAER= 1.13 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, n/a, 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0605+225', 'J0608+2229' RA= 06:08:34.322395 DEC= +22:29:42.98407 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.056, 8.4, 0.064, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0606-007', 'J0608-0047' RA= 06:08:36.701925 DEC= -00:47:52.09748 RAER= 7.67 DECER= 13.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0606-306', 'J0608-3041' RA= 06:08:40.569716 DEC= -30:41:33.98606 RAER= 0.65 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0606-144', 'J0608-1430' RA= 06:08:40.813930 DEC= -14:30:25.86501 RAER= 1.23 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0606-272', 'J0608-2717' RA= 06:08:45.236799 DEC= -27:17:10.83199 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.075, 8.4, 0.108, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '0606-129', 'J0608-1257' RA= 06:08:45.958191 DEC= -12:57:59.61662 RAER= 2.11 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0606+099', 'J0608+0954' RA= 06:08:47.396187 DEC= +09:54:48.95836 RAER= 0.49 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.024, 8.4, 0.070, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0607-549', 'J0608-5456' RA= 06:08:49.059557 DEC= -54:56:42.88329 RAER= 0.55 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.235, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0606-104', 'J0608-1028' RA= 06:08:50.555472 DEC= -10:28:16.27992 RAER= 0.72 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0606-223', 'J0608-2220' RA= 06:08:59.686842 DEC= -22:20:20.95684 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.618, 0.433, 5.0, 0.632, 0.547, 8.4, 0.867, 0.449 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17790 observations" / source= '0605+371', 'J0609+3708' RA= 06:09:00.486406 DEC= +37:08:07.69064 RAER= 0.92 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.042, 8.4, 0.024, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0606-027', 'J0609-0247' RA= 06:09:15.067375 DEC= -02:47:54.67924 RAER= 0.71 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0606+141', 'J0609+1407' RA= 06:09:22.231827 DEC= +14:07:46.35941 RAER= 0.31 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.024, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0606-025', 'J0609-0230' RA= 06:09:28.511574 DEC= -02:30:52.93022 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.057, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '0605+480', 'J0609+4804' RA= 06:09:32.700774 DEC= +48:04:17.03203 RAER= 22.53 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0606+074', 'J0609+0729' RA= 06:09:36.659649 DEC= +07:29:20.76815 RAER= 0.60 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0607-062', 'J0609-0615' RA= 06:09:39.973618 DEC= -06:15:05.86065 RAER= 1.89 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0607-157', 'J0609-1542' RA= 06:09:40.949544 DEC= -15:42:40.67281 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.576, 1.855, 5.0, 3.705, 2.127, 8.4, 3.630, 1.884, 15.2, 5.099, 3.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62516 observations" / source= '0606+248', 'J0609+2452' RA= 06:09:42.402258 DEC= +24:52:45.18568 RAER= 0.69 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0607-186', 'J0610-1837' RA= 06:10:00.559244 DEC= -18:37:53.52728 RAER= 0.90 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0607-212', 'J0610-2115' RA= 06:10:02.050325 DEC= -21:15:38.64680 RAER= 1.27 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0607+058', 'J0610+0550' RA= 06:10:05.420597 DEC= +05:50:09.06279 RAER= 0.66 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0611-727', 'J0610-7248' RA= 06:10:11.637501 DEC= -72:48:13.53783 RAER= 2.88 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0608-187', 'J0610-1847' RA= 06:10:17.886085 DEC= -18:47:40.09191 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.121, 8.4, 0.288, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 836 observations" / source= '0607+170', 'J0610+1700' RA= 06:10:21.552124 DEC= +17:00:49.15415 RAER= 0.39 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.004, 8.4, 0.024, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0602+780', 'J0610+7801' RA= 06:10:24.279290 DEC= +78:01:36.19525 RAER= 0.62 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.103, 5.0, 0.128, 0.122, 8.4, 0.108, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 897 observations" / source= '0607+093', 'J0610+0919' RA= 06:10:26.443343 DEC= +09:19:33.36799 RAER= 1.46 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.011, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0607-007', 'J0610-0047' RA= 06:10:26.597960 DEC= -00:47:55.01071 RAER= 2.76 DECER= 8.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0608-255', 'J0610-2535' RA= 06:10:28.310264 DEC= -25:35:49.03021 RAER= 34.40 DECER= 40.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0609-609', 'J0610-6058' RA= 06:10:30.295346 DEC= -60:58:37.76096 RAER= 0.44 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0606+544', 'J0610+5423' RA= 06:10:31.974739 DEC= +54:23:51.61156 RAER= 1.37 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.047, 8.4, 0.036, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0608-230', 'J0610-2301' RA= 06:10:38.787397 DEC= -23:01:45.83489 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.196, 8.4, 0.268, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0604+728', 'J0610+7248' RA= 06:10:48.873189 DEC= +72:48:53.18374 RAER= 0.42 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.761, 0.245, 8.4, 0.340, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1040 observations" / source= '0608-099', 'J0610-0959' RA= 06:10:50.711251 DEC= -09:59:33.95746 RAER= 0.30 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.074, 8.4, 0.078, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0608-225', 'J0610-2236' RA= 06:10:55.883065 DEC= -22:36:41.56982 RAER= 0.74 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0608-112', 'J0611-1118' RA= 06:11:04.848867 DEC= -11:18:26.35179 RAER= 0.57 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044, 8.4, 0.035, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0606+648', 'J0611+6451' RA= 06:11:07.079203 DEC= +64:51:09.21386 RAER= 1.64 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0607+434', 'J0611+4324' RA= 06:11:08.506610 DEC= +43:24:30.38663 RAER= 0.76 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0605+723', 'J0611+7218' RA= 06:11:09.169886 DEC= +72:18:15.64182 RAER= 2.48 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.051, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0607+341', 'J0611+3407' RA= 06:11:15.227052 DEC= +34:07:16.97616 RAER= 1.55 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0608+042', 'J0611+0413' RA= 06:11:16.437967 DEC= +04:13:49.44637 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.047, 8.4, 0.050, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '0609-314', 'J0611-3129' RA= 06:11:21.438847 DEC= -31:29:26.49455 RAER= 1.18 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0608-036', 'J0611-0337' RA= 06:11:28.555869 DEC= -03:37:09.53393 RAER= 0.85 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0609-119', 'J0611-1155' RA= 06:11:35.065124 DEC= -11:55:45.83037 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.106, 8.4, 0.137, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 329 observations" / source= '0608+178', 'J0611+1750' RA= 06:11:42.555484 DEC= +17:50:38.82888 RAER= 0.44 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0608+280', 'J0611+2803' RA= 06:11:43.339248 DEC= +28:03:55.30041 RAER= 1.02 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0609-284', 'J0611-2827' RA= 06:11:51.365404 DEC= -28:27:59.85180 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.093, 8.4, 0.146, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0608+334', 'J0611+3329' RA= 06:11:54.789986 DEC= +33:29:04.71420 RAER= 0.79 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0607+565', 'J0611+5633' RA= 06:11:58.037980 DEC= +56:33:11.53221 RAER= 16.15 DECER= 10.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0609-079', 'J0611-0800' RA= 06:11:58.357429 DEC= -08:00:11.21749 RAER= 1.10 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.022, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0608+483', 'J0611+4818' RA= 06:11:59.929216 DEC= +48:18:10.26707 RAER= 1.33 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.018, 8.4, 0.061, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0609+136', 'J0612+1337' RA= 06:12:07.088168 DEC= +13:37:30.58234 RAER= 0.59 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0607+624', 'J0612+6225' RA= 06:12:10.325108 DEC= +62:25:34.01250 RAER= 0.31 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.061, 5.0, 0.088, 0.051, 8.4, 0.076, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 910 observations" / source= '0609+057', 'J0612+0541' RA= 06:12:12.818394 DEC= +05:41:34.66643 RAER= 0.28 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.085, 8.4, 0.062, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0608+463', 'J0612+4618' RA= 06:12:16.206629 DEC= +46:18:50.25881 RAER= 0.91 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.021, 8.4, 0.041, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0610-436', 'J0612-4337' RA= 06:12:28.605263 DEC= -43:37:48.37963 RAER= 0.28 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.115, 8.4, 0.224, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '0610-316', 'J0612-3138' RA= 06:12:29.664363 DEC= -31:38:58.19533 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.124, 8.4, 0.269, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '0609+356', 'J0612+3540' RA= 06:12:32.131502 DEC= +35:40:13.10710 RAER= 1.20 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0609+088', 'J0612+0851' RA= 06:12:33.510633 DEC= +08:51:19.55601 RAER= 0.59 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.044, 8.4, 0.061, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0610-058', 'J0612-0552' RA= 06:12:37.360251 DEC= -05:52:44.41795 RAER= 0.66 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0610-396', 'J0612-3938' RA= 06:12:37.796049 DEC= -39:38:59.27290 RAER= 1.41 DECER= 7.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0610-366', 'J0612-3640' RA= 06:12:38.337792 DEC= -36:40:10.74076 RAER= 21.00 DECER= 36.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0609+262', 'J0612+2614' RA= 06:12:44.204955 DEC= +26:14:37.70377 RAER= 1.65 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0610-212', 'J0612-2113' RA= 06:12:44.637787 DEC= -21:13:36.70053 RAER= 0.84 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.064, 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0609+413', 'J0612+4122' RA= 06:12:51.185241 DEC= +41:22:37.40798 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.205, 5.0, 0.204, 0.133, 8.4, 0.245, 0.172, 15.2, 0.227, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1290 observations" / source= '0609+215', 'J0612+2129' RA= 06:12:56.212943 DEC= +21:29:10.11789 RAER= 1.15 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0610+181', 'J0612+1809' RA= 06:12:59.212468 DEC= +18:09:46.18083 RAER= 0.76 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0611-353', 'J0613-3521' RA= 06:13:06.162108 DEC= -35:21:12.59968 RAER= 7.54 DECER= 23.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, n/a, 8.4, 0.113, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0610+326', 'J0613+3241' RA= 06:13:20.332941 DEC= +32:41:04.08983 RAER= 2.44 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0610-046', 'J0613-0441' RA= 06:13:24.167312 DEC= -04:41:49.28174 RAER= 1.18 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0611-201', 'J0613-2012' RA= 06:13:26.311468 DEC= -20:12:15.59085 RAER= 1.11 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.062, 8.4, 0.069, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0611-253', 'J0613-2519' RA= 06:13:29.535059 DEC= -25:19:28.38485 RAER= 8.50 DECER= 16.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0611-254', 'J0613-2530' RA= 06:13:33.651009 DEC= -25:30:37.49080 RAER= 0.60 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.029, 8.4, 0.040, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0611-001', 'J0613-0008' RA= 06:13:35.914469 DEC= -00:08:33.74379 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.211, 0.145, 8.4, 0.175, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '0610+171', 'J0613+1708' RA= 06:13:36.360087 DEC= +17:08:24.94602 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.086, 5.0, 0.308, 0.241, 8.4, 0.277, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '0609+522', 'J0613+5212' RA= 06:13:37.818460 DEC= +52:12:27.50507 RAER= 0.63 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.031, 8.4, 0.065, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0610+260', 'J0613+2604' RA= 06:13:50.139162 DEC= +26:04:36.71989 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.151, 5.0, 0.319, 0.081, 8.4, 0.274, 0.139, 15.2, 0.332, 0.173, 22.2, 0.244, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2999 observations" / source= '0607+735', 'J0613+7335' RA= 06:13:54.177232 DEC= +73:35:05.99280 RAER= 3.28 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.025, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0611+131', 'J0613+1306' RA= 06:13:57.692752 DEC= +13:06:45.40084 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.154, 5.0, 0.294, 0.157, 8.4, 0.330, 0.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4496 observations" / source= '0611-107', 'J0614-1045' RA= 06:14:04.308618 DEC= -10:45:53.29905 RAER= 0.44 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.086, 8.4, 0.047, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0611-092', 'J0614-0918' RA= 06:14:06.041823 DEC= -09:18:37.91083 RAER= 0.33 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.080, 8.4, 0.063, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0612-255', 'J0614-2536' RA= 06:14:17.210829 DEC= -25:36:53.52452 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.215, 8.4, 0.278, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0612-299', 'J0614-2957' RA= 06:14:17.715621 DEC= -29:57:19.31952 RAER= 2.80 DECER= 11.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0610+499', 'J0614+4958' RA= 06:14:23.571795 DEC= +49:58:25.23439 RAER= 1.21 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.017, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0609+607', 'J0614+6046' RA= 06:14:23.866181 DEC= +60:46:21.75590 RAER= 0.21 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.974, 0.487, 5.0, 0.758, 0.458, 8.4, 0.467, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2899 observations" / source= '0611+244', 'J0614+2426' RA= 06:14:41.296424 DEC= +24:26:20.26725 RAER= 10.56 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.009, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0610+616', 'J0614+6139' RA= 06:14:42.179831 DEC= +61:39:08.26871 RAER= 0.84 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.088, 8.4, 0.115, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0610+510', 'J0614+5102' RA= 06:14:49.159325 DEC= +51:02:13.11802 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.147, 8.4, 0.176, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '0610+611', 'J0614+6108' RA= 06:14:50.498895 DEC= +61:08:04.86977 RAER= 5.29 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0611+428', 'J0614+4252' RA= 06:14:56.954786 DEC= +42:52:25.18429 RAER= 0.93 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0611+483', 'J0615+4819' RA= 06:15:04.053336 DEC= +48:19:04.72916 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.347, 0.270, 8.4, 0.246, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '0611+348', 'J0615+3449' RA= 06:15:07.594411 DEC= +34:49:26.80008 RAER= 2.11 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0612-035', 'J0615-0332' RA= 06:15:10.086642 DEC= -03:32:27.11786 RAER= 0.57 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0613-339', 'J0615-3355' RA= 06:15:12.689774 DEC= -33:55:53.07450 RAER= 0.64 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.043, 8.4, 0.084, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0612+144', 'J0615+1426' RA= 06:15:15.907354 DEC= +14:26:05.86370 RAER= 1.42 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0613-312', 'J0615-3117' RA= 06:15:19.211810 DEC= -31:17:21.57684 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.068, 8.4, 0.099, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '0612+113', 'J0615+1120' RA= 06:15:23.880984 DEC= +11:20:10.68936 RAER= 1.45 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0613-139', 'J0615-1356' RA= 06:15:25.347572 DEC= -13:56:17.90853 RAER= 30.20 DECER= 17.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0611+519', 'J0615+5158' RA= 06:15:33.374827 DEC= +51:58:47.44348 RAER= 0.56 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0610+645', 'J0615+6431' RA= 06:15:34.406341 DEC= +64:31:00.99873 RAER= 8.38 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0613-206', 'J0615-2039' RA= 06:15:34.482520 DEC= -20:39:46.82010 RAER= 0.87 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.031, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0613-095', 'J0615-0934' RA= 06:15:35.497189 DEC= -09:34:27.99594 RAER= 0.75 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.017, 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0609+710', 'J0615+7102' RA= 06:15:36.115523 DEC= +71:02:14.83745 RAER= 57.94 DECER= 20.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.049, 8.4, 0.035, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0613-013', 'J0615-0119' RA= 06:15:40.214864 DEC= -01:19:04.66622 RAER= 0.35 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.127, 8.4, 0.126, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0613+074', 'J0615+0726' RA= 06:15:52.369235 DEC= +07:26:18.63354 RAER= 0.47 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.041, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0612+414', 'J0615+4125' RA= 06:15:54.568951 DEC= +41:25:22.19842 RAER= 0.86 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044, 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0613-199', 'J0616-1957' RA= 06:16:01.600868 DEC= -19:57:16.22394 RAER= 0.57 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.038, 8.4, 0.047, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0613-030', 'J0616-0306' RA= 06:16:07.941360 DEC= -03:06:48.85319 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.113, 8.4, 0.090, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '0613+131', 'J0616+1307' RA= 06:16:11.736082 DEC= +13:07:15.12415 RAER= 2.83 DECER= 4.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0613+128', 'J0616+1248' RA= 06:16:12.895884 DEC= +12:48:47.10031 RAER= 1.18 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.047, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0614-184', 'J0616-1828' RA= 06:16:34.071027 DEC= -18:28:47.23953 RAER= 0.74 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.035, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0614-234', 'J0616-2329' RA= 06:16:34.124964 DEC= -23:29:27.13963 RAER= 6.80 DECER= 10.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0613+200', 'J0616+2004' RA= 06:16:35.723527 DEC= +20:04:52.92186 RAER= 0.25 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 216 observations" / source= '0614-349', 'J0616-3456' RA= 06:16:35.980770 DEC= -34:56:16.57059 RAER= 0.45 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.105, 8.4, 0.120, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 293 observations" / source= '0613+345', 'J0616+3433' RA= 06:16:37.789668 DEC= +34:33:51.54677 RAER= 2.02 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0614-106', 'J0616-1041' RA= 06:16:41.807603 DEC= -10:41:08.45571 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.072, 8.4, 0.185, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 590 observations" / source= '0611+665', 'J0616+6630' RA= 06:16:42.076074 DEC= +66:30:24.22283 RAER= 0.71 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0613+368', 'J0616+3651' RA= 06:16:50.658728 DEC= +36:51:48.65823 RAER= 0.58 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.017, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0614-219', 'J0617-2200' RA= 06:17:02.042750 DEC= -22:00:28.17255 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.169, 8.4, 0.169, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '0614-083', 'J0617-0822' RA= 06:17:02.956519 DEC= -08:22:29.55824 RAER= 6.96 DECER= 5.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0613+282', 'J0617+2816' RA= 06:17:06.218062 DEC= +28:16:14.86111 RAER= 0.46 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.008, 8.4, 0.034, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '0615-200', 'J0617-2006' RA= 06:17:14.709298 DEC= -20:06:30.57788 RAER= 1.52 DECER= 4.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0613+570', 'J0617+5701' RA= 06:17:16.922569 DEC= +57:01:16.42314 RAER= 0.18 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.223, 8.4, 0.308, 0.235, 15.2, 0.289, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131809 observations" / source= '0615-372', 'J0617-3715' RA= 06:17:23.374781 DEC= -37:15:26.99786 RAER= 8.12 DECER= 15.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.036, 8.4, 0.029, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0615-115', 'J0617-1134' RA= 06:17:29.129019 DEC= -11:34:29.36468 RAER= 0.71 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0615-365', 'J0617-3634' RA= 06:17:32.328623 DEC= -36:34:14.85657 RAER= 0.94 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.536, 0.112, 8.4, 0.114, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '0613+540', 'J0617+5404' RA= 06:17:33.171166 DEC= +54:04:27.49804 RAER= 2.77 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0615-172', 'J0617-1715' RA= 06:17:33.418542 DEC= -17:15:25.08580 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.057, 8.4, 0.128, 0.074, 15.2, 0.152, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '0614+291', 'J0617+2906' RA= 06:17:39.314636 DEC= +29:06:07.54198 RAER= 1.17 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.042, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0615-305', 'J0617-3031' RA= 06:17:40.409110 DEC= -30:31:30.47602 RAER= 0.86 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.036, 8.4, 0.069, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0614+166', 'J0617+1640' RA= 06:17:43.592864 DEC= +16:40:36.71345 RAER= 0.67 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0615-033', 'J0617-0322' RA= 06:17:49.889267 DEC= -03:22:11.43021 RAER= 0.39 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.055, 8.4, 0.088, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0614+375', 'J0617+3733' RA= 06:17:53.201385 DEC= +37:33:26.51828 RAER= 0.85 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0610+782', 'J0617+7816' RA= 06:17:56.932819 DEC= +78:16:07.39405 RAER= 0.61 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.139, 5.0, 0.216, 0.209, 8.4, 0.269, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 832 observations" / source= '0615-031', 'J0617-0310' RA= 06:17:58.077286 DEC= -03:10:22.34132 RAER= 0.76 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0614+463', 'J0618+4620' RA= 06:18:08.203735 DEC= +46:20:16.21186 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.113, 8.4, 0.152, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0615-165', 'J0618-1632' RA= 06:18:08.272226 DEC= -16:32:31.77853 RAER= 0.84 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.017, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0614+421', 'J0618+4207' RA= 06:18:08.619914 DEC= +42:07:59.84641 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.108, 8.4, 0.173, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '0615-142', 'J0618-1418' RA= 06:18:09.336645 DEC= -14:18:46.51812 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.052, 8.4, 0.150, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0615-110', 'J0618-1106' RA= 06:18:09.981792 DEC= -11:06:23.49020 RAER= 0.56 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.031, 8.4, 0.037, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0616-487', 'J0618-4844' RA= 06:18:13.032179 DEC= -48:44:58.39314 RAER= 2.81 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0615-024', 'J0618-0226' RA= 06:18:19.760994 DEC= -02:26:43.08507 RAER= 0.80 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0615-098', 'J0618-0954' RA= 06:18:20.667400 DEC= -09:54:25.72634 RAER= 0.44 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.067, 8.4, 0.100, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0616-244', 'J0618-2426' RA= 06:18:22.655234 DEC= -24:26:37.94655 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.091, 8.4, 0.111, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0617-536', 'J0618-5339' RA= 06:18:26.530535 DEC= -53:39:33.23319 RAER= 0.65 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0614+509', 'J0618+5053' RA= 06:18:26.980549 DEC= +50:53:18.11687 RAER= 0.66 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0615-039', 'J0618-0400' RA= 06:18:27.902964 DEC= -04:00:48.17028 RAER= 0.80 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0621-786', 'J0618-7843' RA= 06:18:30.158690 DEC= -78:43:02.14092 RAER= 0.67 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.200, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '0616-134', 'J0618-1330' RA= 06:18:31.769796 DEC= -13:30:37.26456 RAER= 1.12 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.022, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0615+282', 'J0618+2811' RA= 06:18:33.766731 DEC= +28:11:07.63531 RAER= 209.78 DECER= 370.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0616-149', 'J0618-1500' RA= 06:18:34.228017 DEC= -15:00:42.28306 RAER= 0.69 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.035, 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0615+152', 'J0618+1512' RA= 06:18:35.684838 DEC= +15:12:10.99078 RAER= 0.85 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0615+347', 'J0618+3442' RA= 06:18:36.690609 DEC= +34:42:23.58352 RAER= 3.62 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0615+300', 'J0618+2958' RA= 06:18:42.544472 DEC= +29:58:52.23085 RAER= 0.58 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0612+729', 'J0618+7253' RA= 06:18:45.709056 DEC= +72:53:50.94265 RAER= 9.38 DECER= 3.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0616-168', 'J0618-1649' RA= 06:18:49.635207 DEC= -16:49:55.94451 RAER= 0.65 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.049, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0615+394', 'J0618+3927' RA= 06:18:51.747830 DEC= +39:27:02.68222 RAER= 2.14 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0617-319', 'J0618-3158' RA= 06:18:56.008219 DEC= -31:58:35.21668 RAER= 4.91 DECER= 13.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0616+136', 'J0618+1336' RA= 06:18:57.481333 DEC= +13:36:31.96826 RAER= 1.33 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0616+051', 'J0619+0506' RA= 06:19:00.199232 DEC= +05:06:30.43778 RAER= 0.43 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.276, 0.031, 8.4, 0.092, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0616-116', 'J0619-1140' RA= 06:19:04.102577 DEC= -11:40:54.89066 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.306, 0.259, 8.4, 0.415, 0.311 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '0615+529', 'J0619+5255' RA= 06:19:07.639014 DEC= +52:55:52.96435 RAER= 33.84 DECER= 13.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0616+153', 'J0619+1521' RA= 06:19:09.324560 DEC= +15:21:04.80405 RAER= 4.21 DECER= 5.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0616+076', 'J0619+0736' RA= 06:19:09.971062 DEC= +07:36:41.21952 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.084, 8.4, 0.113, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0610+801', 'J0619+8007' RA= 06:19:15.340701 DEC= +80:07:06.02672 RAER= 5.37 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0615+484', 'J0619+4824' RA= 06:19:29.976096 DEC= +48:24:50.18013 RAER= 0.97 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.041, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0617-173', 'J0619-1725' RA= 06:19:32.061882 DEC= -17:25:18.60489 RAER= 1.11 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0617-155', 'J0619-1536' RA= 06:19:38.850494 DEC= -15:36:45.65650 RAER= 0.55 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0426+894', 'J0619+8926' RA= 06:19:49.434289 DEC= +89:26:51.36388 RAER= 80.71 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '0617+149', 'J0619+1454' RA= 06:19:52.872308 DEC= +14:54:02.73341 RAER= 0.71 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.071, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0618-371', 'J0620-3711' RA= 06:20:00.989560 DEC= -37:11:41.56088 RAER= 1.39 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0619-611', 'J0620-6107' RA= 06:20:05.189497 DEC= -61:07:31.89079 RAER= 0.48 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.142, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0616+381', 'J0620+3805' RA= 06:20:18.137456 DEC= +38:05:25.87801 RAER= 0.56 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.027, 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0617+210', 'J0620+2102' RA= 06:20:19.528473 DEC= +21:02:29.54579 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.868, 0.297, 8.4, 0.216, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 905 observations" / source= '0617+279', 'J0620+2754' RA= 06:20:23.615345 DEC= +27:54:13.04421 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.089, 8.4, 0.124, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0617+377', 'J0620+3745' RA= 06:20:26.527077 DEC= +37:45:15.89394 RAER= 0.82 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.049, 8.4, 0.039, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0618-105', 'J0620-1036' RA= 06:20:27.541765 DEC= -10:36:22.10556 RAER= 0.66 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.018, 8.4, 0.039, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0618-284', 'J0620-2827' RA= 06:20:29.358721 DEC= -28:27:36.08476 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.377, 0.175, 5.0, 0.433, 0.303, 8.4, 0.405, 0.257 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0618-252', 'J0620-2515' RA= 06:20:32.116989 DEC= -25:15:17.48580 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.711, 0.494, 8.4, 0.700, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0617+267', 'J0620+2643' RA= 06:20:40.059383 DEC= +26:43:31.89829 RAER= 0.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0618-066', 'J0620-0638' RA= 06:20:42.817801 DEC= -06:38:24.33485 RAER= 2.42 DECER= 6.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0616+598', 'J0620+5950' RA= 06:20:46.507723 DEC= +59:50:35.95453 RAER= 1.29 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.043, 8.4, 0.055, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0619-450', 'J0621-4504' RA= 06:21:01.268743 DEC= -45:04:39.94857 RAER= 1.52 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0618-172', 'J0621-1715' RA= 06:21:01.303307 DEC= -17:15:55.12070 RAER= 12.03 DECER= 13.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0619-259', 'J0621-2557' RA= 06:21:08.687391 DEC= -25:57:57.70907 RAER= 0.63 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.023, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0618-061', 'J0621-0609' RA= 06:21:10.364463 DEC= -06:09:54.20571 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.052, 8.4, 0.065, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0618+315', 'J0621+3130' RA= 06:21:14.771887 DEC= +31:30:17.22470 RAER= 1.31 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.138, 8.4, 0.086, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0619-380', 'J0621-3803' RA= 06:21:15.215328 DEC= -38:03:38.08429 RAER= 96.03 DECER= 91.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0614+761', 'J0621+7605' RA= 06:21:18.792333 DEC= +76:05:04.55503 RAER= 0.74 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.098, 8.4, 0.089, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0618+015', 'J0621+0132' RA= 06:21:18.847195 DEC= +01:32:51.96385 RAER= 0.70 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.052, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0619-468', 'J0621-4649' RA= 06:21:19.436337 DEC= -46:49:58.43968 RAER= 1.57 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0618+201', 'J0621+2010' RA= 06:21:20.071990 DEC= +20:10:10.23460 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.059, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0619-191', 'J0621-1910' RA= 06:21:23.288318 DEC= -19:10:15.38754 RAER= 1.79 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0617+500', 'J0621+4958' RA= 06:21:25.164582 DEC= +49:58:38.67132 RAER= 1.14 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.036, 8.4, 0.028, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0619-209', 'J0621-2101' RA= 06:21:26.222169 DEC= -21:01:03.80468 RAER= 2.89 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.012, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0619-162', 'J0621-1616' RA= 06:21:27.569680 DEC= -16:16:29.73342 RAER= 0.69 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0620-526', 'J0621-5241' RA= 06:21:43.303442 DEC= -52:41:33.29864 RAER= 0.43 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0619-140', 'J0621-1402' RA= 06:21:44.831548 DEC= -14:02:53.59623 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.080, 8.4, 0.194, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '0618+166', 'J0621+1637' RA= 06:21:45.907872 DEC= +16:37:01.27090 RAER= 0.87 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0618+248', 'J0621+2451' RA= 06:21:52.993972 DEC= +24:51:22.99469 RAER= 1.27 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0621-595', 'J0621-5935' RA= 06:21:53.113578 DEC= -59:35:08.56368 RAER= 0.79 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0619-042', 'J0621-0418' RA= 06:21:53.454693 DEC= -04:18:07.69615 RAER= 4.55 DECER= 6.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0619+103', 'J0621+1022' RA= 06:21:53.633153 DEC= +10:22:06.70090 RAER= 11.60 DECER= 15.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0618+378', 'J0621+3750' RA= 06:21:57.636495 DEC= +37:50:56.98668 RAER= 0.40 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '0555+873', 'J0622+8719' RA= 06:22:01.875745 DEC= +87:19:48.20043 RAER= 280.07 DECER= 24.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0619+245', 'J0622+2432' RA= 06:22:04.743065 DEC= +24:32:28.17557 RAER= 0.52 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.051, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0619+125', 'J0622+1230' RA= 06:22:06.493992 DEC= +12:30:36.73375 RAER= 0.59 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0619-159', 'J0622-1559' RA= 06:22:10.645739 DEC= -15:59:30.30969 RAER= 1.48 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.009, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0618+379', 'J0622+3757' RA= 06:22:19.796725 DEC= +37:57:17.39458 RAER= 1.21 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0620-260', 'J0622-2605' RA= 06:22:22.063683 DEC= -26:05:44.64044 RAER= 0.43 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0617+681', 'J0622+6810' RA= 06:22:28.187518 DEC= +68:10:09.85561 RAER= 2.47 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0620-194', 'J0622-1927' RA= 06:22:28.537123 DEC= -19:27:18.18507 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.117, 8.4, 0.128, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0619+159', 'J0622+1554' RA= 06:22:29.098889 DEC= +15:54:29.26155 RAER= 1.06 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0619+314', 'J0622+3128' RA= 06:22:33.462732 DEC= +31:28:17.26170 RAER= 0.21 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.063, 5.0, 0.092, 0.042, 8.4, 0.120, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 129 observations" / source= '0616+714', 'J0622+7126' RA= 06:22:33.504324 DEC= +71:26:00.27906 RAER= 14.36 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0620-276', 'J0622-2738' RA= 06:22:37.321265 DEC= -27:38:16.69641 RAER= 1.97 DECER= 6.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0620-087', 'J0622-0846' RA= 06:22:37.999476 DEC= -08:46:18.26312 RAER= 0.73 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.048, 8.4, 0.074, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0620-025', 'J0622-0232' RA= 06:22:42.188629 DEC= -02:32:36.03403 RAER= 0.42 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0621-417', 'J0622-4143' RA= 06:22:42.491238 DEC= -41:43:58.75518 RAER= 21.14 DECER= 13.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0619+319', 'J0622+3154' RA= 06:22:44.609804 DEC= +31:54:27.85454 RAER= 18.29 DECER= 24.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0619+466', 'J0622+4636' RA= 06:22:48.166682 DEC= +46:36:31.92017 RAER= 1.40 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0620-249', 'J0622-2457' RA= 06:22:48.828126 DEC= -24:57:19.67006 RAER= 0.88 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, 0.057, 8.4, 0.091, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0619+334', 'J0622+3326' RA= 06:22:52.221978 DEC= +33:26:10.41091 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.169, 8.4, 0.134, 0.088, 15.2, 0.353, 0.320 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '0620-011', 'J0622-0109' RA= 06:22:57.942434 DEC= -01:09:27.11804 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.111, 8.4, 0.106, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '0620-069', 'J0622-0656' RA= 06:22:58.045948 DEC= -06:56:51.97037 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.086, 8.4, 0.103, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0616+727', 'J0622+7242' RA= 06:22:59.906672 DEC= +72:42:31.15882 RAER= 1.85 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.059, 8.4, 0.067, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0619+525', 'J0623+5230' RA= 06:23:04.023407 DEC= +52:30:45.44543 RAER= 0.49 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0620+082', 'J0623+0811' RA= 06:23:06.206730 DEC= +08:11:55.18359 RAER= 0.52 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.016, 8.4, 0.089, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0622-645', 'J0623-6436' RA= 06:23:07.696336 DEC= -64:36:20.72238 RAER= 0.30 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.334, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 293 observations" / source= '0619+533', 'J0623+5318' RA= 06:23:11.216030 DEC= +53:18:05.54896 RAER= 2.85 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0621-301', 'J0623-3009' RA= 06:23:11.547290 DEC= -30:09:52.10395 RAER= 0.70 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.030, 8.4, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0621-394', 'J0623-3930' RA= 06:23:13.688408 DEC= -39:30:25.55020 RAER= 10.48 DECER= 39.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0620+307', 'J0623+3044' RA= 06:23:16.035501 DEC= +30:44:57.74600 RAER= 0.64 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0620+227', 'J0623+2241' RA= 06:23:17.813560 DEC= +22:41:35.77501 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.049, 8.4, 0.171, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 714 observations" / source= '0618+588', 'J0623+5849' RA= 06:23:21.779189 DEC= +58:49:01.87695 RAER= 0.25 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.183, 8.4, 0.228, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '0621-133', 'J0623-1323' RA= 06:23:22.833407 DEC= -13:23:00.76723 RAER= 3.33 DECER= 7.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0620+385', 'J0623+3830' RA= 06:23:28.939568 DEC= +38:30:49.80843 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.159, 5.0, 0.344, 0.265, 8.4, 0.252, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '0621-285', 'J0623-2834' RA= 06:23:30.051109 DEC= -28:34:31.84710 RAER= 1.38 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0621-153', 'J0623-1524' RA= 06:23:31.532126 DEC= -15:24:39.56134 RAER= 0.65 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.033, 8.4, 0.035, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0622-441', 'J0623-4413' RA= 06:23:31.786154 DEC= -44:13:02.54265 RAER= 0.32 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.092, 8.4, 0.263, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '0621-338', 'J0623-3350' RA= 06:23:39.910278 DEC= -33:50:14.75718 RAER= 0.78 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0620+316', 'J0623+3136' RA= 06:23:39.980601 DEC= +31:36:52.35674 RAER= 1.16 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0621-049', 'J0623-0458' RA= 06:23:43.505966 DEC= -04:58:28.13047 RAER= 0.95 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0621+123', 'J0623+1218' RA= 06:23:52.837727 DEC= +12:18:29.61519 RAER= 0.41 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.028, 8.4, 0.046, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0622-331', 'J0623-3311' RA= 06:23:55.767407 DEC= -33:11:32.31677 RAER= 4.06 DECER= 17.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0620+459', 'J0623+4554' RA= 06:23:56.511868 DEC= +45:54:39.50947 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.062, 8.4, 0.143, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '0621-010', 'J0624-0103' RA= 06:24:01.685084 DEC= -01:03:28.14487 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.066, 8.4, 0.083, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '0620+389', 'J0624+3856' RA= 06:24:19.021284 DEC= +38:56:48.73614 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.974, 0.621, 5.0, 0.280, n/a, 8.4, 0.361, 0.166, 15.2, 0.260, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2279 observations" / source= '0621+109', 'J0624+1053' RA= 06:24:27.359099 DEC= +10:53:19.28950 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.093, 8.4, 0.157, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '0622-305', 'J0624-3035' RA= 06:24:29.151659 DEC= -30:35:22.01765 RAER= 1.47 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0621+102', 'J0624+1015' RA= 06:24:31.527697 DEC= +10:15:22.60012 RAER= 0.68 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.106, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0622-257', 'J0624-2545' RA= 06:24:48.802425 DEC= -25:45:57.34674 RAER= 0.31 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.053, 8.4, 0.071, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0622-048', 'J0624-0453' RA= 06:24:49.581270 DEC= -04:53:57.55191 RAER= 1.06 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.006, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0622-229', 'J0624-2259' RA= 06:24:57.025566 DEC= -22:59:09.05392 RAER= 1.58 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0621+321', 'J0624+3205' RA= 06:24:57.338949 DEC= +32:05:04.86747 RAER= 5.67 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0614+823', 'J0624+8219' RA= 06:24:57.701074 DEC= +82:19:06.56874 RAER= 19.57 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0623-156', 'J0625-1541' RA= 06:25:17.114025 DEC= -15:41:40.30221 RAER= 0.58 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.050, 8.4, 0.053, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0621+446', 'J0625+4440' RA= 06:25:18.265381 DEC= +44:40:01.62610 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.280, 8.4, 0.313, 0.303, 15.2, 0.298, 0.278 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2871 observations" / source= '0622+151', 'J0625+1505' RA= 06:25:22.639566 DEC= +15:05:36.41626 RAER= 10.01 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.055, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0624-603', 'J0625-6020' RA= 06:25:24.289014 DEC= -60:20:29.50712 RAER= 2.19 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.198, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0622+109', 'J0625+1053' RA= 06:25:25.961198 DEC= +10:53:43.88095 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.121, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0623-130', 'J0625-1304' RA= 06:25:28.118599 DEC= -13:04:58.18765 RAER= 0.52 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.033, 8.4, 0.048, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0623-102', 'J0625-1017' RA= 06:25:42.883895 DEC= -10:17:49.35811 RAER= 0.70 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0622+147', 'J0625+1440' RA= 06:25:45.922175 DEC= +14:40:19.74260 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.449, 0.057, 5.0, 0.215, n/a, 8.4, 0.096, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0622+477', 'J0625+4744' RA= 06:25:46.870267 DEC= +47:44:05.62715 RAER= 2.73 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0622+217', 'J0625+2145' RA= 06:25:47.358747 DEC= +21:45:07.15900 RAER= 0.48 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.117, 8.4, 0.127, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0623-115', 'J0625-1133' RA= 06:25:49.336974 DEC= -11:33:24.35007 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.204, 0.135, 8.4, 0.191, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0623+101', 'J0625+1004' RA= 06:25:51.257893 DEC= +10:04:25.14349 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.077, 8.4, 0.119, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0623+046', 'J0625+0435' RA= 06:25:51.816822 DEC= +04:35:41.76876 RAER= 0.36 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.045, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0624-396', 'J0625-3942' RA= 06:25:51.928424 DEC= -39:42:35.01436 RAER= 1.63 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0624-546', 'J0625-5438' RA= 06:25:52.230701 DEC= -54:38:50.70621 RAER= 0.21 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.243, 0.243 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '0623-255', 'J0625-2533' RA= 06:25:58.277192 DEC= -25:33:23.55782 RAER= 0.77 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.020, 8.4, 0.042, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0615+820', 'J0626+8202' RA= 06:26:03.006316 DEC= +82:02:25.56790 RAER= 0.73 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.805, 0.615, 5.0, 0.861, 0.445, 8.4, 0.609, 0.235, 15.2, 0.449, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7663 observations" / source= '0622+278', 'J0626+2749' RA= 06:26:05.364004 DEC= +27:49:26.53354 RAER= 0.98 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.013, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0623-006', 'J0626-0043' RA= 06:26:10.277183 DEC= -00:43:39.91130 RAER= 1.47 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0622+336', 'J0626+3339' RA= 06:26:11.016515 DEC= +33:39:24.00620 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.088, 5.0, 0.154, 0.100, 8.4, 0.140, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0625-536', 'J0626-5341' RA= 06:26:20.450144 DEC= -53:41:35.83697 RAER= 6.55 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0624-143', 'J0626-1423' RA= 06:26:20.672871 DEC= -14:23:31.20152 RAER= 0.75 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0623+036', 'J0626+0338' RA= 06:26:21.963024 DEC= +03:38:00.23675 RAER= 1.28 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0623+002', 'J0626+0015' RA= 06:26:22.104680 DEC= +00:15:44.15286 RAER= 1.01 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0624-166', 'J0626-1640' RA= 06:26:27.213773 DEC= -16:40:36.87180 RAER= 1.66 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0624-106', 'J0626-1041' RA= 06:26:30.947248 DEC= -10:41:43.21168 RAER= 0.78 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0624-285', 'J0626-2836' RA= 06:26:31.418181 DEC= -28:36:19.68611 RAER= 1.80 DECER= 3.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0624-151', 'J0626-1512' RA= 06:26:33.460742 DEC= -15:12:36.04425 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.089, 8.4, 0.079, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '0625-429', 'J0626-4258' RA= 06:26:36.704022 DEC= -42:58:06.00087 RAER= 9.49 DECER= 12.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0622+622', 'J0626+6211' RA= 06:26:42.217111 DEC= +62:11:23.47386 RAER= 22.45 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0624-245', 'J0626-2437' RA= 06:26:52.755600 DEC= -24:37:01.68657 RAER= 0.45 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0625-401', 'J0626-4012' RA= 06:26:54.845445 DEC= -40:12:51.90749 RAER= 1.42 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.035, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0623+264', 'J0626+2623' RA= 06:26:54.899878 DEC= +26:23:19.81266 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.055, 5.0, 0.097, 0.054, 8.4, 0.092, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 683 observations" / source= '0622+552', 'J0626+5510' RA= 06:26:56.727990 DEC= +55:10:36.99417 RAER= 1.24 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.032, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0625-259', 'J0627-2601' RA= 06:27:01.955840 DEC= -26:01:05.21170 RAER= 0.70 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.039, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0625-354', 'J0627-3529' RA= 06:27:06.729416 DEC= -35:29:15.33974 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.353, 0.206, 8.4, 0.352, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0624-05B', 'J0627-055B' RA= 06:27:09.329243 DEC= -05:53:15.35116 RAER= 0.66 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0624-058', 'J0627-0553' RA= 06:27:10.109649 DEC= -05:53:04.75130 RAER= 3.57 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0625-219', 'J0627-2156' RA= 06:27:11.533596 DEC= -21:56:44.12910 RAER= 4.27 DECER= 13.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.035, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0624+185', 'J0627+1831' RA= 06:27:20.527090 DEC= +18:31:04.00943 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.030, 8.4, 0.052, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '0624+139', 'J0627+1357' RA= 06:27:35.861096 DEC= +13:57:07.55797 RAER= 0.98 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.010, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0625+034', 'J0627+0324' RA= 06:27:38.283584 DEC= +03:24:59.48624 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.078, 8.4, 0.150, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '0625-111', 'J0627-1113' RA= 06:27:48.649820 DEC= -11:13:00.29753 RAER= 5.56 DECER= 9.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0625+202', 'J0628+2010' RA= 06:28:10.300321 DEC= +20:10:34.80984 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.044, 8.4, 0.062, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '0625+011', 'J0628+0109' RA= 06:28:12.496263 DEC= +01:09:26.95956 RAER= 2.12 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0624+484', 'J0628+4825' RA= 06:28:16.916068 DEC= +48:25:54.76962 RAER= 1.21 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.038, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0626+001', 'J0628+0005' RA= 06:28:34.161570 DEC= +00:05:58.07261 RAER= 0.97 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0628-671', 'J0628-6712' RA= 06:28:39.607883 DEC= -67:12:47.40532 RAER= 0.80 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.203, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0626-280', 'J0628-2805' RA= 06:28:43.279066 DEC= -28:05:19.38345 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.109, 8.4, 0.162, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 729 observations" / source= '0625+189', 'J0628+1852' RA= 06:28:46.505284 DEC= +18:52:50.12217 RAER= 0.87 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.026, 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0625+286', 'J0628+2835' RA= 06:28:50.318769 DEC= +28:35:50.42839 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.083, 8.4, 0.195, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '0624+544', 'J0628+5424' RA= 06:28:51.999197 DEC= +54:24:48.84171 RAER= 1.23 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.033, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0628-627', 'J0628-6248' RA= 06:28:57.487836 DEC= -62:48:44.74436 RAER= 0.37 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.273, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0627-382', 'J0629-3817' RA= 06:29:00.846993 DEC= -38:17:43.69187 RAER= 31.28 DECER= 52.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0626+005', 'J0629+0029' RA= 06:29:02.497533 DEC= +00:29:07.09029 RAER= 3.98 DECER= 9.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0627-308', 'J0629-3051' RA= 06:29:04.446176 DEC= -30:51:46.47271 RAER= 9.97 DECER= 16.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0626+077', 'J0629+0743' RA= 06:29:06.679302 DEC= +07:43:32.11455 RAER= 0.86 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.025, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0626-086', 'J0629-0838' RA= 06:29:08.454535 DEC= -08:38:47.19702 RAER= 0.39 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.055, 8.4, 0.068, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0626-021', 'J0629-0208' RA= 06:29:12.739834 DEC= -02:08:57.03329 RAER= 1.14 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.008, 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0626+181', 'J0629+1807' RA= 06:29:13.736420 DEC= +18:07:28.93588 RAER= 1.45 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0629-694', 'J0629-6928' RA= 06:29:13.963279 DEC= -69:28:41.30966 RAER= 8.91 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0623+690', 'J0629+6900' RA= 06:29:22.238798 DEC= +69:00:19.35028 RAER= 1.35 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0627-199', 'J0629-1959' RA= 06:29:23.761863 DEC= -19:59:19.72376 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.526, 0.439, 5.0, 0.783, 0.706, 8.4, 0.954, 0.744, 15.2, 1.236, 0.964 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11302 observations" / source= '0626+246', 'J0629+2437' RA= 06:29:35.506982 DEC= +24:37:48.12959 RAER= 0.33 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0626+336', 'J0629+3338' RA= 06:29:37.947157 DEC= +33:38:31.78892 RAER= 8.38 DECER= 13.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0626+155', 'J0629+1527' RA= 06:29:39.227568 DEC= +15:27:56.99005 RAER= 0.18 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.054, 8.4, 0.068, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '0627-050', 'J0629-0505' RA= 06:29:55.030846 DEC= -05:05:00.07205 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.077, 8.4, 0.077, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '0627-111', 'J0629-1111' RA= 06:29:55.083219 DEC= -11:11:47.08618 RAER= 0.78 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.034, 8.4, 0.033, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0627-041', 'J0629-0409' RA= 06:29:55.271756 DEC= -04:09:40.15423 RAER= 0.62 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0627+044', 'J0629+0426' RA= 06:29:56.293252 DEC= +04:26:33.36416 RAER= 2.15 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0615+848', 'J0629+8451' RA= 06:29:57.188227 DEC= +84:51:23.39274 RAER= 107.82 DECER= 13.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0627-201', 'J0630-2009' RA= 06:30:01.933091 DEC= -20:09:40.99479 RAER= 0.95 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0627+176', 'J0630+1738' RA= 06:30:07.258513 DEC= +17:38:12.93167 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.386, 0.305, 8.4, 0.251, 0.177 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 594 observations" / source= '0626+324', 'J0630+3226' RA= 06:30:10.692266 DEC= +32:26:09.79735 RAER= 1.57 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.006, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0626+349', 'J0630+3456' RA= 06:30:15.054537 DEC= +34:56:46.97739 RAER= 0.99 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0625+642', 'J0630+6414' RA= 06:30:16.324881 DEC= +64:14:24.88341 RAER= 31.33 DECER= 6.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0624+694', 'J0630+6922' RA= 06:30:17.666584 DEC= +69:22:08.31050 RAER= 19.16 DECER= 7.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0627+127', 'J0630+1240' RA= 06:30:27.717163 DEC= +12:40:38.56766 RAER= 2.62 DECER= 4.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0627+231', 'J0630+2306' RA= 06:30:31.162572 DEC= +23:06:06.99432 RAER= 1.72 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0627+275', 'J0630+2733' RA= 06:30:36.107434 DEC= +27:33:41.99999 RAER= 0.75 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0627+068', 'J0630+0648' RA= 06:30:36.120095 DEC= +06:48:28.97762 RAER= 0.41 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.092, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0626+445', 'J0630+4429' RA= 06:30:37.008562 DEC= +44:29:21.75893 RAER= 1.32 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0627+443', 'J0630+4418' RA= 06:30:40.262580 DEC= +44:18:14.85704 RAER= 1.25 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0628-124', 'J0630-1227' RA= 06:30:41.655963 DEC= -12:27:24.86247 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.252, 0.086, 8.4, 0.126, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0628-215', 'J0630-2132' RA= 06:30:43.740811 DEC= -21:32:10.40400 RAER= 7.93 DECER= 10.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0624+730', 'J0630+7301' RA= 06:30:43.967014 DEC= +73:01:33.35494 RAER= 13.38 DECER= 6.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0627+330', 'J0630+3300' RA= 06:30:52.477237 DEC= +33:00:32.48989 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 5.0, 0.111, 0.090, 8.4, 0.076, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0628-190', 'J0630-1902' RA= 06:30:53.801816 DEC= -19:02:43.90765 RAER= 0.62 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.060, 8.4, 0.058, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0628-133', 'J0630-1323' RA= 06:30:53.903072 DEC= -13:23:34.49305 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.114, 8.4, 0.365, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '0628-159', 'J0630-1558' RA= 06:30:55.338460 DEC= -15:58:58.59367 RAER= 1.20 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0628-240', 'J0630-2406' RA= 06:30:59.521706 DEC= -24:06:46.20266 RAER= 0.38 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.034, 15.2, 0.069, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0627+486', 'J0630+4836' RA= 06:30:59.891459 DEC= +48:36:47.40356 RAER= 1.32 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.028, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0628+203', 'J0631+2020' RA= 06:31:01.062564 DEC= +20:20:59.21073 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.155, 8.4, 0.205, 0.180, 22.2, 0.173, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3216 observations" / source= '0629-418', 'J0631-4154' RA= 06:31:11.998041 DEC= -41:54:26.94702 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.406, 0.177, 8.4, 0.374, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1358 observations" / source= '0629-141', 'J0631-1410' RA= 06:31:20.226198 DEC= -14:10:31.74376 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.506, 0.356, 8.4, 0.529, 0.422 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '0628+250', 'J0631+2501' RA= 06:31:22.711571 DEC= +25:01:06.60917 RAER= 0.39 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0629-083', 'J0631-0821' RA= 06:31:34.558478 DEC= -08:21:23.36397 RAER= 0.50 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.053, 8.4, 0.077, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0627+532', 'J0631+5311' RA= 06:31:34.685331 DEC= +53:11:27.75295 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.602, 0.174, 5.0, 0.262, 0.065, 8.4, 0.239, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 913 observations" / source= '0629-227', 'J0631-2250' RA= 06:31:37.760016 DEC= -22:50:02.02552 RAER= 1.10 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.047, 8.4, 0.055, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0629-144', 'J0631-1430' RA= 06:31:47.096629 DEC= -14:30:31.07423 RAER= 0.96 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0629-322', 'J0631-3216' RA= 06:31:50.239882 DEC= -32:16:51.05256 RAER= 4.43 DECER= 9.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0629-105', 'J0631-1033' RA= 06:31:52.705865 DEC= -10:33:54.74677 RAER= 0.51 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0629-128', 'J0632-1250' RA= 06:32:01.644827 DEC= -12:50:32.78193 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.093, 8.4, 0.170, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '0630-261', 'J0632-2614' RA= 06:32:06.501809 DEC= -26:14:14.03435 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.241, 8.4, 0.380, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 862 observations" / source= '0623+803', 'J0632+8020' RA= 06:32:09.879531 DEC= +80:20:27.74753 RAER= 1.42 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.147, 8.4, 0.103, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '0630-237', 'J0632-2348' RA= 06:32:15.281156 DEC= -23:48:46.04863 RAER= 1.64 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0629+104', 'J0632+1022' RA= 06:32:15.326049 DEC= +10:22:01.71770 RAER= 0.20 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.314, 0.051, 5.0, 0.669, n/a, 8.4, 0.184, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '0630-319', 'J0632-3159' RA= 06:32:21.463589 DEC= -31:59:39.84056 RAER= 7.92 DECER= 18.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0628+407', 'J0632+4045' RA= 06:32:26.069713 DEC= +40:45:42.69994 RAER= 1.06 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0629+320', 'J0632+3200' RA= 06:32:30.782888 DEC= +32:00:53.63124 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.072, 8.4, 0.153, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '0629+259', 'J0632+2552' RA= 06:32:32.455883 DEC= +25:52:51.29610 RAER= 0.85 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0630-111', 'J0632-1110' RA= 06:32:33.464647 DEC= -11:10:39.97290 RAER= 0.50 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, n/a, 8.4, 0.145, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0629+159', 'J0632+1554' RA= 06:32:33.515801 DEC= +15:54:22.58215 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.114, 8.4, 0.157, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '0629+160', 'J0632+1559' RA= 06:32:43.135517 DEC= +15:59:57.61970 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.309, 0.318, 8.4, 0.489, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 686 observations" / source= '0630-203', 'J0632-2025' RA= 06:32:44.396772 DEC= -20:25:00.93884 RAER= 1.04 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.034, 8.4, 0.051, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0630-041', 'J0632-0410' RA= 06:32:47.821120 DEC= -04:10:34.49338 RAER= 0.80 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.010, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0627+676', 'J0633+6738' RA= 06:33:03.605958 DEC= +67:38:19.04451 RAER= 1.99 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.048, 8.4, 0.066, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0628+589', 'J0633+5853' RA= 06:33:05.582352 DEC= +58:53:38.65706 RAER= 1.53 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.048, 8.4, 0.059, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0630+146', 'J0633+1437' RA= 06:33:06.215182 DEC= +14:37:00.59233 RAER= 0.72 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.035, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0630-180', 'J0633-1802' RA= 06:33:09.940801 DEC= -18:02:51.92350 RAER= 2.26 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.154, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0631-235', 'J0633-2333' RA= 06:33:12.824558 DEC= -23:33:09.52569 RAER= 1.30 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0630+082', 'J0633+0813' RA= 06:33:13.028934 DEC= +08:13:18.46355 RAER= 6.77 DECER= 8.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0629+362', 'J0633+3612' RA= 06:33:14.702116 DEC= +36:12:07.03356 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.042, 5.0, 0.151, 0.055, 8.4, 0.119, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '0631-223', 'J0633-2223' RA= 06:33:26.753322 DEC= -22:23:22.35365 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.166, 8.4, 0.384, 0.286 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '0631-264', 'J0633-2629' RA= 06:33:26.877183 DEC= -26:29:20.23635 RAER= 2.11 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.055, 8.4, 0.051, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0630+164', 'J0633+1626' RA= 06:33:29.535111 DEC= +16:26:51.58789 RAER= 1.23 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0631-164', 'J0633-1629' RA= 06:33:31.010555 DEC= -16:29:51.13125 RAER= 1.28 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0630+367', 'J0633+3642' RA= 06:33:34.411815 DEC= +36:42:49.74313 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.061, 8.4, 0.136, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '0631-289', 'J0633-2857' RA= 06:33:35.688935 DEC= -28:57:10.69504 RAER= 18.86 DECER= 22.31 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0630+154', 'J0633+1527' RA= 06:33:38.353551 DEC= +15:27:33.09356 RAER= 0.46 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.033, 8.4, 0.078, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0629+501', 'J0633+5006' RA= 06:33:41.993112 DEC= +50:06:46.53681 RAER= 0.98 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.095, 8.4, 0.066, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0631-137', 'J0633-1350' RA= 06:33:45.895161 DEC= -13:50:07.07580 RAER= 1.22 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0631-147', 'J0633-1446' RA= 06:33:46.802705 DEC= -14:46:51.68621 RAER= 0.67 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '0630+397', 'J0633+3939' RA= 06:33:52.114395 DEC= +39:39:50.71000 RAER= 1.26 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0630+497', 'J0633+4943' RA= 06:33:52.206690 DEC= +49:43:45.92405 RAER= 0.22 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.065, 8.4, 0.091, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '0631+008', 'J0634+0051' RA= 06:34:00.108411 DEC= +00:51:42.05240 RAER= 2.49 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0630+400', 'J0634+3958' RA= 06:34:07.358163 DEC= +39:58:24.20175 RAER= 1.54 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.012, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0630+332', 'J0634+3310' RA= 06:34:11.708049 DEC= +33:10:52.59541 RAER= 0.69 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.016, 8.4, 0.040, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0631+258', 'J0634+2550' RA= 06:34:27.699668 DEC= +25:50:53.11771 RAER= 0.23 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.047, 5.0, 0.241, 0.029, 8.4, 0.098, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '0632-160', 'J0634-1603' RA= 06:34:28.587536 DEC= -16:03:06.85398 RAER= 1.59 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0630+566', 'J0634+5634' RA= 06:34:29.752298 DEC= +56:34:42.34590 RAER= 1.25 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.030, 8.4, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0632-136', 'J0634-1340' RA= 06:34:39.398955 DEC= -13:40:22.97264 RAER= 0.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0630+504', 'J0634+5025' RA= 06:34:39.442271 DEC= +50:25:17.45345 RAER= 1.59 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0631+142', 'J0634+1414' RA= 06:34:44.505770 DEC= +14:14:28.58147 RAER= 1.69 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.463, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0632-235', 'J0634-2335' RA= 06:34:59.001003 DEC= -23:35:11.95743 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.652, 0.411, 5.0, 0.716, 0.524, 8.4, 0.598, 0.341 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5203 observations" / source= '0632-183', 'J0635-1821' RA= 06:35:11.013004 DEC= -18:21:26.24010 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.038, 8.4, 0.060, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '0631+519', 'J0635+515A' RA= 06:35:12.285623 DEC= +51:57:02.61173 RAER= 43.96 DECER= 7.56 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0631+519', 'J0635+5157' RA= 06:35:12.313831 DEC= +51:57:01.79585 RAER= 2.43 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0633-26B', 'J0635-262B' RA= 06:35:19.416276 DEC= -26:20:55.71915 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.103, 5.0, 0.142, 0.041, 8.4, 0.145, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 896 observations" / source= '0633-26A', 'J0635-262A' RA= 06:35:20.909006 DEC= -26:20:39.86898 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.087, 5.0, 0.141, 0.078, 8.4, 0.171, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 904 observations" / source= '0632+189', 'J0635+1855' RA= 06:35:21.904946 DEC= +18:55:14.99269 RAER= 9.31 DECER= 10.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0632+193', 'J0635+1916' RA= 06:35:27.142534 DEC= +19:16:25.52647 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.253, 0.073, 8.4, 0.109, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '0632+263', 'J0635+2616' RA= 06:35:35.939662 DEC= +26:16:38.09173 RAER= 0.83 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0634-584', 'J0635-5827' RA= 06:35:40.829952 DEC= -58:27:10.27633 RAER= 0.69 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.158, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0631+479', 'J0635+4753' RA= 06:35:42.842731 DEC= +47:53:40.79301 RAER= 11.07 DECER= 7.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0637-752', 'J0635-7516' RA= 06:35:46.507897 DEC= -75:16:16.81558 RAER= 0.40 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 3.275, 1.570 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19737 observations" / source= '0633-142', 'J0635-1415' RA= 06:35:49.968139 DEC= -14:15:01.38295 RAER= 0.30 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, 0.015, 5.0, 0.042, 0.019, 8.4, 0.051, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '0634-357', 'J0635-3546' RA= 06:35:50.261220 DEC= -35:46:58.21776 RAER= 3.60 DECER= 18.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0632+213', 'J0635+2116' RA= 06:35:52.350543 DEC= +21:16:11.28989 RAER= 0.89 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0632+435', 'J0635+4333' RA= 06:35:56.281128 DEC= +43:33:12.90510 RAER= 0.60 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.064, 8.4, 0.098, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0632+449', 'J0635+4454' RA= 06:35:58.548084 DEC= +44:54:25.22336 RAER= 1.15 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.033, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0633-211', 'J0636-2113' RA= 06:36:00.601677 DEC= -21:13:12.20061 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.237, 8.4, 0.249, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '0634-311', 'J0636-3113' RA= 06:36:02.359016 DEC= -31:13:11.72326 RAER= 1.07 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.027, 8.4, 0.053, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0633+045', 'J0636+0432' RA= 06:36:05.586913 DEC= +04:32:40.03997 RAER= 0.58 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.047, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0633+115', 'J0636+1131' RA= 06:36:08.169459 DEC= +11:31:22.43841 RAER= 0.54 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.045, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0632+502', 'J0636+5009' RA= 06:36:11.016547 DEC= +50:09:59.62793 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.424, 0.106, 8.4, 0.157, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '0634-359', 'J0636-3557' RA= 06:36:12.519151 DEC= -35:57:30.71100 RAER= 1.13 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.051, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0634-364', 'J0636-3629' RA= 06:36:19.589428 DEC= -36:29:31.12215 RAER= 2.35 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.015, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0633-031', 'J0636-0314' RA= 06:36:24.207883 DEC= -03:14:00.22858 RAER= 0.97 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0634-205', 'J0636-2034' RA= 06:36:32.250365 DEC= -20:34:53.19162 RAER= 4.63 DECER= 19.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0633+080', 'J0636+0801' RA= 06:36:39.072566 DEC= +08:01:27.89457 RAER= 0.28 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.148, 0.004, 8.4, 0.137, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0634+021', 'J0636+0208' RA= 06:36:41.707593 DEC= +02:08:15.24650 RAER= 14.17 DECER= 14.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0630+716', 'J0636+7138' RA= 06:36:42.876996 DEC= +71:38:43.30872 RAER= 1.90 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0631+642', 'J0636+6414' RA= 06:36:43.990887 DEC= +64:14:16.92323 RAER= 1.20 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.019, 8.4, 0.062, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0634-057', 'J0636-0547' RA= 06:36:48.329515 DEC= -05:47:07.54622 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.149, 8.4, 0.229, 0.130, 22.2, 0.316, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2394 observations" / source= '0634+064', 'J0636+0623' RA= 06:36:50.646697 DEC= +06:23:45.04358 RAER= 0.92 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0631+716', 'J0636+7133' RA= 06:36:52.184516 DEC= +71:33:50.43123 RAER= 2.33 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0631+695', 'J0636+6930' RA= 06:36:52.238242 DEC= +69:30:33.67093 RAER= 1.92 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.053, 8.4, 0.122, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0634+013', 'J0636+0118' RA= 06:36:56.682719 DEC= +01:18:21.95756 RAER= 0.68 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0634-285', 'J0636-2833' RA= 06:36:57.493543 DEC= -28:33:43.61309 RAER= 2.26 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0633+373', 'J0637+3720' RA= 06:37:00.471103 DEC= +37:20:14.57083 RAER= 40.64 DECER= 521.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0635-360', 'J0637-3604' RA= 06:37:00.746696 DEC= -36:04:38.37266 RAER= 2.12 DECER= 7.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0634-108', 'J0637-1052' RA= 06:37:07.678876 DEC= -10:52:52.10180 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.034, 8.4, 0.079, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '0635-296', 'J0637-2942' RA= 06:37:08.860340 DEC= -29:42:38.76919 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.087, 8.4, 0.100, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 266 observations" / source= '0635-501', 'J0637-5014' RA= 06:37:12.779845 DEC= -50:14:38.35499 RAER= 1.86 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.112, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0631+708', 'J0637+7047' RA= 06:37:17.540759 DEC= +70:47:40.64668 RAER= 2.12 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.045, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0634+233', 'J0637+2319' RA= 06:37:26.375709 DEC= +23:19:58.21820 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.154, 5.0, 0.164, 0.121, 8.4, 0.086, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 768 observations" / source= '0633+611', 'J0637+6107' RA= 06:37:37.455344 DEC= +61:07:45.38893 RAER= 0.28 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.150, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0633+568', 'J0637+5651' RA= 06:37:37.563294 DEC= +56:51:18.42635 RAER= 2.39 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0627+814', 'J0637+8125' RA= 06:37:43.376727 DEC= +81:25:27.69281 RAER= 1.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.078, 8.4, 0.091, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 646 observations" / source= '0634+305', 'J0637+3029' RA= 06:37:44.740559 DEC= +30:29:00.47815 RAER= 0.85 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0635-355', 'J0637-3536' RA= 06:37:46.408731 DEC= -35:36:48.37534 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.064, 8.4, 0.092, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '0632+653', 'J0637+6515' RA= 06:37:47.882165 DEC= +65:15:39.11741 RAER= 1.86 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.045, 8.4, 0.052, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0634+150', 'J0637+1458' RA= 06:37:51.052290 DEC= +14:58:57.28389 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.180, 8.4, 0.116, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '0634+334', 'J0637+3322' RA= 06:37:55.940454 DEC= +33:22:06.25164 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.049, 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0632+685', 'J0638+6829' RA= 06:38:00.270005 DEC= +68:29:32.80720 RAER= 3.35 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0633+595', 'J0638+5933' RA= 06:38:02.871929 DEC= +59:33:22.21374 RAER= 0.21 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.340, 8.4, 0.654, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2258 observations" / source= '0635-051', 'J0638-0514' RA= 06:38:05.052144 DEC= -05:14:20.62169 RAER= 36.86 DECER= 20.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.048, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0635+250', 'J0638+2458' RA= 06:38:14.123861 DEC= +24:58:50.20897 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.042, 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '0624+842', 'J0638+8411' RA= 06:38:25.030264 DEC= +84:11:07.70889 RAER= 83.50 DECER= 10.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0634+570', 'J0638+5701' RA= 06:38:25.745825 DEC= +57:01:50.48498 RAER= 1.25 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.086, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0634+536', 'J0638+5333' RA= 06:38:29.494610 DEC= +53:33:48.80464 RAER= 1.55 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.016, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0634+515', 'J0638+5128' RA= 06:38:34.779514 DEC= +51:28:44.05207 RAER= 0.92 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0635+279', 'J0638+2751' RA= 06:38:39.295371 DEC= +27:51:57.56008 RAER= 1.00 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0636-245', 'J0638-2434' RA= 06:38:48.338516 DEC= -24:34:09.67069 RAER= 0.87 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0636-087', 'J0638-0845' RA= 06:38:58.249307 DEC= -08:45:14.30995 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.060, 8.4, 0.074, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '0635+246', 'J0638+2434' RA= 06:38:58.874950 DEC= +24:34:03.37057 RAER= 6.45 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0637-264', 'J0639-2631' RA= 06:39:05.278554 DEC= -26:31:27.74537 RAER= 0.49 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.051, 8.4, 0.067, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0636-158', 'J0639-1554' RA= 06:39:07.786458 DEC= -15:54:12.61927 RAER= 0.64 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.045, 8.4, 0.069, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0635+351', 'J0639+3506' RA= 06:39:09.588499 DEC= +35:06:22.56372 RAER= 0.32 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.085, 8.4, 0.091, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0636+022', 'J0639+0211' RA= 06:39:10.946213 DEC= +02:11:30.68474 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.124, 8.4, 0.149, 0.092, 22.2, 0.335, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1478 observations" / source= '0637-387', 'J0639-3844' RA= 06:39:18.152601 DEC= -38:44:55.00866 RAER= 5.77 DECER= 28.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0635+572', 'J0639+5715' RA= 06:39:18.566481 DEC= +57:15:17.07546 RAER= 2.25 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0637-337', 'J0639-3346' RA= 06:39:20.904657 DEC= -33:46:00.11353 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.408, 0.290, 8.4, 0.459, 0.280 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '0637-374', 'J0639-3730' RA= 06:39:20.933667 DEC= -37:30:15.83561 RAER= 12.69 DECER= 27.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0633+734', 'J0639+7324' RA= 06:39:21.961237 DEC= +73:24:58.04076 RAER= 0.39 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.761, 0.389, 5.0, 0.933, 0.642, 8.4, 0.792, 0.609, 15.2, 0.767, 0.552 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1998 observations" / source= '0637-285', 'J0639-2834' RA= 06:39:22.391258 DEC= -28:34:48.01077 RAER= 21.38 DECER= 42.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0637-400', 'J0639-4004' RA= 06:39:24.038158 DEC= -40:04:53.67174 RAER= 1.96 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0637-216', 'J0639-2141' RA= 06:39:28.725691 DEC= -21:41:57.80554 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.114, 8.4, 0.069, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 310 observations" / source= '0638-411', 'J0639-4113' RA= 06:39:45.589370 DEC= -41:13:32.14757 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.175, 0.201 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '0638-370', 'J0639-3708' RA= 06:39:55.461737 DEC= -37:08:33.52861 RAER= 27.82 DECER= 44.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0636+388', 'J0639+3848' RA= 06:39:57.453632 DEC= +38:48:38.65009 RAER= 0.46 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.049, 8.4, 0.085, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0636+355', 'J0639+3532' RA= 06:39:58.277993 DEC= +35:32:56.72124 RAER= 0.89 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.041, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0638-336', 'J0639-3344' RA= 06:39:58.903500 DEC= -33:44:05.96253 RAER= 3.62 DECER= 6.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.034, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0637-238', 'J0640-2351' RA= 06:40:00.683714 DEC= -23:51:00.12731 RAER= 2.54 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.022, 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0637+000', 'J0640-0002' RA= 06:40:01.971657 DEC= -00:02:35.85341 RAER= 1.93 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.006, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0637-128', 'J0640-1253' RA= 06:40:07.182436 DEC= -12:53:15.40901 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.050, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '0637-191', 'J0640-1909' RA= 06:40:07.708346 DEC= -19:09:33.84977 RAER= 1.52 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0636+335', 'J0640+3332' RA= 06:40:12.231985 DEC= +33:32:19.69016 RAER= 0.35 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0637+028', 'J0640+0250' RA= 06:40:13.560883 DEC= +02:50:59.41328 RAER= 6.90 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.082, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0637+301', 'J0640+3006' RA= 06:40:19.722039 DEC= +30:06:33.70154 RAER= 1.21 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.032, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0638-388', 'J0640-3851' RA= 06:40:25.300163 DEC= -38:51:24.25987 RAER= 40.59 DECER= 62.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0637+086', 'J0640+0835' RA= 06:40:26.054117 DEC= +08:35:54.78249 RAER= 12.56 DECER= 18.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0638-089', 'J0640-0859' RA= 06:40:26.969371 DEC= -08:59:27.43008 RAER= 0.51 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.026, 8.4, 0.041, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0638-341', 'J0640-3409' RA= 06:40:32.605910 DEC= -34:09:50.05947 RAER= 3.80 DECER= 6.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, n/a, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0637+078', 'J0640+0748' RA= 06:40:32.652536 DEC= +07:48:34.90232 RAER= 3.24 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0638-066', 'J0640-0641' RA= 06:40:38.225995 DEC= -06:41:51.94198 RAER= 2.43 DECER= 4.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0638+034', 'J0640+0324' RA= 06:40:40.707198 DEC= +03:24:01.28283 RAER= 2.49 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0637+246', 'J0640+2433' RA= 06:40:50.296181 DEC= +24:33:20.17789 RAER= 2.72 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0638+095', 'J0640+0929' RA= 06:40:52.613202 DEC= +09:29:53.43117 RAER= 1.39 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0638-194', 'J0640-1931' RA= 06:40:58.838298 DEC= -19:31:18.14922 RAER= 1.08 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.036, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0638-056', 'J0641-0540' RA= 06:41:02.765515 DEC= -05:40:35.13161 RAER= 0.51 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0640-519', 'J0641-5202' RA= 06:41:11.284720 DEC= -52:02:31.90065 RAER= 1.06 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '0638+182', 'J0641+1813' RA= 06:41:11.430827 DEC= +18:13:13.86368 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.188, 0.151, 8.4, 0.152, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '0638+102', 'J0641+1010' RA= 06:41:12.189085 DEC= +10:10:10.22441 RAER= 0.40 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.018, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '0638+010', 'J0641+0102' RA= 06:41:14.640784 DEC= +01:02:31.28745 RAER= 1.18 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0639-358', 'J0641-3554' RA= 06:41:18.072944 DEC= -35:54:33.51155 RAER= 1.22 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.215, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0639-066', 'J0641-0644' RA= 06:41:29.684254 DEC= -06:44:31.69119 RAER= 0.73 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.013, 8.4, 0.025, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0637+597', 'J0641+5939' RA= 06:41:35.546325 DEC= +59:39:31.43884 RAER= 2.13 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.076, 8.4, 0.063, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0638+357', 'J0641+3539' RA= 06:41:35.847636 DEC= +35:39:57.68316 RAER= 0.67 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0639-248', 'J0641-2452' RA= 06:41:39.166567 DEC= -24:52:22.11220 RAER= 8.06 DECER= 12.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0639+098', 'J0641+0947' RA= 06:41:45.197862 DEC= +09:47:04.33085 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.055, 8.4, 0.205, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0637+608', 'J0641+6046' RA= 06:41:46.094999 DEC= +60:46:40.74064 RAER= 1.30 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0638+344', 'J0641+3424' RA= 06:41:46.937171 DEC= +34:24:11.49671 RAER= 0.92 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.066, 8.4, 0.070, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0639+043', 'J0641+0420' RA= 06:41:50.437645 DEC= +04:20:10.04282 RAER= 1.70 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.018, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0639-032', 'J0641-0320' RA= 06:41:51.132941 DEC= -03:20:48.58235 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.546, 0.333, 8.4, 0.641, 0.410 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3112 observations" / source= '0638+292', 'J0641+2909' RA= 06:41:51.151627 DEC= +29:09:28.30810 RAER= 0.90 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.105, 8.4, 0.068, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0638+273', 'J0641+2715' RA= 06:41:51.584319 DEC= +27:15:14.26301 RAER= 3.91 DECER= 7.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0636+680', 'J0642+6758' RA= 06:42:04.257399 DEC= +67:58:35.62076 RAER= 0.27 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.349, 0.316, 5.0, 0.336, 0.214, 8.4, 0.306, 0.108, 15.2, 0.220, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6641 observations" / source= '0603+882', 'J0642+8811' RA= 06:42:06.135736 DEC= +88:11:55.01556 RAER= 3.30 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.096, 5.0, 0.120, 0.095, 8.4, 0.185, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4319 observations" / source= '0639-067', 'J0642-0649' RA= 06:42:10.216234 DEC= -06:49:54.32309 RAER= 1.15 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.010, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0637+632', 'J0642+6310' RA= 06:42:13.878407 DEC= +63:10:32.78097 RAER= 2.17 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.025, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0639+115', 'J0642+1128' RA= 06:42:25.016038 DEC= +11:28:32.90485 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.048, 8.4, 0.150, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '0638+528', 'J0642+5247' RA= 06:42:27.821912 DEC= +52:47:59.27277 RAER= 0.21 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.288, 8.4, 0.176, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0639+413', 'J0642+4118' RA= 06:42:33.085940 DEC= +41:18:14.14052 RAER= 3.89 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0640-328', 'J0642-3254' RA= 06:42:35.836946 DEC= -32:54:20.77903 RAER= 0.89 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0641-434', 'J0642-4331' RA= 06:42:46.559642 DEC= -43:31:36.98453 RAER= 1.03 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.045, 5.0, 0.140, n/a, 8.4, 0.091, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0642-617', 'J0642-6150' RA= 06:42:46.999592 DEC= -61:50:08.67425 RAER= 1.18 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0641-329', 'J0642-3259' RA= 06:42:55.153162 DEC= -32:59:18.35381 RAER= 32.00 DECER= 55.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0639+352', 'J0642+3509' RA= 06:42:58.139616 DEC= +35:09:18.37863 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.077, 8.4, 0.119, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2063 observations" / source= '0639+402', 'J0642+4013' RA= 06:42:59.962844 DEC= +40:13:46.52999 RAER= 0.61 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0638+660', 'J0643+6557' RA= 06:43:01.314067 DEC= +65:57:23.86580 RAER= 1.77 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.064, 8.4, 0.071, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0640+020', 'J0643+0200' RA= 06:43:02.498271 DEC= +02:00:11.27915 RAER= 2.31 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0640+233', 'J0643+2319' RA= 06:43:06.660557 DEC= +23:19:00.55248 RAER= 4.57 DECER= 8.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0641-248', 'J0643-2451' RA= 06:43:07.468919 DEC= -24:51:21.31315 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.131, 8.4, 0.230, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0637+726', 'J0643+7236' RA= 06:43:12.455570 DEC= +72:36:44.60167 RAER= 1.63 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.034, 8.4, 0.086, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0639+495', 'J0643+4931' RA= 06:43:14.808052 DEC= +49:31:17.77130 RAER= 0.97 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.056, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0639+422', 'J0643+4210' RA= 06:43:15.921877 DEC= +42:10:18.07605 RAER= 4.23 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0640+143', 'J0643+1416' RA= 06:43:18.770298 DEC= +14:16:25.89154 RAER= 0.72 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.047, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0642-539', 'J0643-5358' RA= 06:43:20.129541 DEC= -53:58:46.29501 RAER= 0.55 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations. No flux information" / source= '0640+074', 'J0643+0724' RA= 06:43:22.073256 DEC= +07:24:52.44449 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.028, 5.0, 0.202, 0.025, 8.4, 0.127, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0640+054', 'J0643+0521' RA= 06:43:24.041144 DEC= +05:21:59.03480 RAER= 0.22 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.144, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '0640+090', 'J0643+0857' RA= 06:43:26.445032 DEC= +08:57:38.01196 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.065, 8.4, 0.565, 0.041, 15.2, 0.828, 0.059, 22.2, 0.588, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2583 observations" / source= '0639+42A', 'J0643+4214' RA= 06:43:26.756449 DEC= +42:14:18.71812 RAER= 2.39 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0639+535', 'J0643+5330' RA= 06:43:32.094056 DEC= +53:30:47.32529 RAER= 1.75 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0641-135', 'J0643-1335' RA= 06:43:32.361763 DEC= -13:35:49.87863 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.173, 8.4, 0.473, 0.381 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0641-331', 'J0643-3314' RA= 06:43:34.599277 DEC= -33:14:30.56451 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.054, 8.4, 0.067, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0642-377', 'J0643-3749' RA= 06:43:44.122118 DEC= -37:49:58.64535 RAER= 0.77 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.066, 8.4, 0.091, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0639+528', 'J0643+5248' RA= 06:43:46.332157 DEC= +52:48:42.37849 RAER= 1.52 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0641+126', 'J0643+1238' RA= 06:43:59.855535 DEC= +12:38:18.10592 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.103, 5.0, 0.102, 0.073, 8.4, 0.080, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '0639+599', 'J0644+5955' RA= 06:44:04.742490 DEC= +59:55:20.79750 RAER= 2.21 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0640+266', 'J0644+2637' RA= 06:44:06.477730 DEC= +26:37:28.35780 RAER= 0.42 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.053, 8.4, 0.049, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0640+358', 'J0644+3546' RA= 06:44:10.861788 DEC= +35:46:44.57899 RAER= 0.67 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.052, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0641+300', 'J0644+3002' RA= 06:44:12.230729 DEC= +30:02:33.04342 RAER= 2.31 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0641-001', 'J0644-0009' RA= 06:44:17.536135 DEC= -00:09:19.18364 RAER= 0.86 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.010, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0635+803', 'J0644+8018' RA= 06:44:18.185609 DEC= +80:18:06.34114 RAER= 5.51 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.077, 8.4, 0.150, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0642-436', 'J0644-4343' RA= 06:44:25.099941 DEC= -43:43:48.66073 RAER= 2.36 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0642-349', 'J0644-3459' RA= 06:44:25.281023 DEC= -34:59:41.94957 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.638, 0.276, 5.0, 0.679, 0.522, 8.4, 0.345, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1321 observations" / source= '0644-671', 'J0644-6712' RA= 06:44:28.044094 DEC= -67:12:57.35834 RAER= 0.35 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.405, 0.266 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '0640+428', 'J0644+4247' RA= 06:44:29.506032 DEC= +42:47:45.47946 RAER= 1.44 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.008, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0642-366', 'J0644-3642' RA= 06:44:33.270591 DEC= -36:42:06.36442 RAER= 1.73 DECER= 8.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0640+606', 'J0644+6038' RA= 06:44:35.745271 DEC= +60:38:51.16066 RAER= 2.63 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, 0.003, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0642-28A', 'J0644-2851' RA= 06:44:43.763625 DEC= -28:51:16.71796 RAER= 1.45 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0641+292', 'J0644+2911' RA= 06:44:44.815809 DEC= +29:11:04.01601 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.062, 5.0, 0.102, 0.034, 8.4, 0.081, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '0641+404', 'J0644+4021' RA= 06:44:45.447790 DEC= +40:21:03.61740 RAER= 3.90 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0642-103', 'J0644-1022' RA= 06:44:45.849738 DEC= -10:22:00.82400 RAER= 1.14 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0642-288', 'J0644-2855' RA= 06:44:49.570198 DEC= -28:55:20.18572 RAER= 2.40 DECER= 6.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0641+392', 'J0644+3914' RA= 06:44:53.709602 DEC= +39:14:47.53388 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.528, 0.402, 8.4, 0.439, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18989 observations" / source= '0643-299', 'J0644-3000' RA= 06:44:57.637097 DEC= -30:00:20.31474 RAER= 0.51 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.034, 8.4, 0.080, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0641+259', 'J0645+2554' RA= 06:45:00.013325 DEC= +25:54:11.70539 RAER= 1.00 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0640+604', 'J0645+6024' RA= 06:45:01.583401 DEC= +60:24:44.83693 RAER= 0.66 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0643-336', 'J0645-3340' RA= 06:45:19.933304 DEC= -33:40:40.18124 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.105, 8.4, 0.093, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0643-395', 'J0645-3934' RA= 06:45:23.546316 DEC= -39:34:52.05923 RAER= 3.32 DECER= 23.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0642+214', 'J0645+2121' RA= 06:45:24.099570 DEC= +21:21:51.20048 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.514, 0.444, 5.0, 0.489, 0.127, 8.4, 0.475, 0.316 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0641+465', 'J0645+4631' RA= 06:45:27.379081 DEC= +46:31:57.53586 RAER= 0.60 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.020, 8.4, 0.042, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0642+135', 'J0645+1327' RA= 06:45:29.186443 DEC= +13:27:13.37440 RAER= 0.99 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0643-029', 'J0645-0301' RA= 06:45:37.360959 DEC= -03:01:12.19972 RAER= 0.49 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0641+492', 'J0645+4913' RA= 06:45:40.700464 DEC= +49:13:22.02094 RAER= 1.22 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0643-123', 'J0645-1224' RA= 06:45:41.067608 DEC= -12:24:33.58901 RAER= 1.01 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0641+563', 'J0645+5617' RA= 06:45:46.888010 DEC= +56:17:51.75095 RAER= 12.10 DECER= 6.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0643+057', 'J0645+0541' RA= 06:45:47.276585 DEC= +05:41:22.39229 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.032, 8.4, 0.145, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '0644-365', 'J0645-3635' RA= 06:45:50.010430 DEC= -36:35:26.47642 RAER= 0.81 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.048, 8.4, 0.050, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0644-333', 'J0645-3321' RA= 06:45:53.732930 DEC= -33:21:49.28881 RAER= 3.14 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.038, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0643-039', 'J0645-0358' RA= 06:45:58.185183 DEC= -03:58:44.56330 RAER= 0.38 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.244, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0643-117', 'J0645-1145' RA= 06:45:59.792968 DEC= -11:45:19.77281 RAER= 0.57 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.060, 8.4, 0.076, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0644-354', 'J0646-3529' RA= 06:46:04.819864 DEC= -35:29:41.41052 RAER= 0.75 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.128, 8.4, 0.108, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0643+307', 'J0646+3041' RA= 06:46:15.238090 DEC= +30:41:23.63119 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.696, 0.268, 8.4, 0.296, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0641+598', 'J0646+5946' RA= 06:46:20.678579 DEC= +59:46:26.01451 RAER= 2.53 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.347, n/a, 8.4, 0.120, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0645-547', 'J0646-5451' RA= 06:46:28.839338 DEC= -54:51:14.09478 RAER= 0.86 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '0644-390', 'J0646-3903' RA= 06:46:30.920523 DEC= -39:03:39.10491 RAER= 0.20 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.100, 5.0, 0.236, 0.169, 8.4, 0.185, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '0642+449', 'J0646+4451' RA= 06:46:32.025994 DEC= +44:51:16.59004 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.029, 0.853, 5.0, 2.163, 1.316, 8.4, 2.801, 1.908, 15.2, 3.359, 1.112, 22.2, 2.648, 0.499 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246616 observations" / source= '0643+314', 'J0646+3122' RA= 06:46:39.489788 DEC= +31:22:46.21808 RAER= 0.91 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0644-374', 'J0646-3729' RA= 06:46:41.016577 DEC= -37:29:44.90825 RAER= 2.21 DECER= 7.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0641+681', 'J0646+6807' RA= 06:46:42.218787 DEC= +68:07:41.70168 RAER= 0.99 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0644-279', 'J0646-2802' RA= 06:46:48.327302 DEC= -28:02:02.92813 RAER= 1.43 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.037, 8.4, 0.057, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0643+326', 'J0646+3238' RA= 06:46:50.498687 DEC= +32:38:14.38155 RAER= 0.85 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0644-060', 'J0646-0607' RA= 06:46:58.244132 DEC= -06:07:07.70422 RAER= 0.77 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0643+460', 'J0646+4600' RA= 06:46:59.725004 DEC= +46:00:15.16447 RAER= 1.24 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.061, 8.4, 0.065, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0644-110', 'J0647-1103' RA= 06:47:03.006028 DEC= -11:03:23.59377 RAER= 1.29 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.013, 8.4, 0.036, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0644-145', 'J0647-1436' RA= 06:47:09.234504 DEC= -14:36:39.13727 RAER= 2.32 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0645-515', 'J0647-5135' RA= 06:47:10.051827 DEC= -51:35:47.66512 RAER= 1.70 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '0644-137', 'J0647-1345' RA= 06:47:10.552920 DEC= -13:45:46.44911 RAER= 39.79 DECER= 22.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0643+548', 'J0647+5446' RA= 06:47:16.045737 DEC= +54:46:12.75228 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.072, 8.4, 0.107, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 787 observations" / source= '0644+258', 'J0647+2549' RA= 06:47:24.262609 DEC= +25:49:42.02787 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.076, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0642+608', 'J0647+6048' RA= 06:47:28.900483 DEC= +60:48:39.28324 RAER= 1.07 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.013, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0645-160', 'J0647-1605' RA= 06:47:29.966915 DEC= -16:05:27.35975 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.441, 0.175, 8.4, 0.420, 0.282 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 365 observations" / source= '0647-609', 'J0647-6058' RA= 06:47:40.852422 DEC= -60:58:05.05366 RAER= 2.90 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0644+212', 'J0647+2113' RA= 06:47:46.817753 DEC= +21:13:45.14341 RAER= 2.31 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.026, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0643+593', 'J0647+5917' RA= 06:47:49.582473 DEC= +59:17:13.86847 RAER= 0.95 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0644+454', 'J0647+4525' RA= 06:47:49.917260 DEC= +45:25:10.99556 RAER= 0.52 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0645+159', 'J0647+1555' RA= 06:47:55.660401 DEC= +15:55:59.07856 RAER= 6.44 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0644+245', 'J0647+2430' RA= 06:47:56.298375 DEC= +24:30:38.18951 RAER= 0.65 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.034, 8.4, 0.058, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0645+161', 'J0648+1606' RA= 06:48:13.969899 DEC= +16:06:56.65003 RAER= 1.31 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0649-755', 'J0648-7537' RA= 06:48:13.999695 DEC= -75:37:18.87050 RAER= 16.83 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0646-306', 'J0648-3044' RA= 06:48:14.096463 DEC= -30:44:19.65989 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.703, 0.423, 5.0, 0.827, 0.524, 8.4, 0.746, 0.439 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20755 observations" / source= '0645+178', 'J0648+1749' RA= 06:48:22.003789 DEC= +17:49:04.83196 RAER= 0.40 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0646-176', 'J0648-1744' RA= 06:48:28.498538 DEC= -17:44:05.43920 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.478, 0.194, 8.4, 0.588, 0.384, 15.2, 1.245, 0.870 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '0645+209', 'J0648+2053' RA= 06:48:32.713874 DEC= +20:53:08.92111 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.367, 0.229, 8.4, 0.206, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '0646-068', 'J0648-0657' RA= 06:48:37.796796 DEC= -06:57:07.21409 RAER= 9.73 DECER= 10.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.067, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0640+779', 'J0648+7756' RA= 06:48:40.643370 DEC= +77:56:45.15293 RAER= 84.57 DECER= 12.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0646-272', 'J0648-2719' RA= 06:48:46.069316 DEC= -27:19:52.84926 RAER= 2.44 DECER= 8.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0644+491', 'J0648+4907' RA= 06:48:47.118638 DEC= +49:07:20.72891 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.046, 8.4, 0.074, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 644 observations" / source= '0645+153', 'J0648+1516' RA= 06:48:47.648564 DEC= +15:16:24.79730 RAER= 0.48 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.034, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0647-475', 'J0648-4734' RA= 06:48:48.449957 DEC= -47:34:27.17766 RAER= 2.58 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.770, 0.105, 8.4, 0.121, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0646+026', 'J0648+0236' RA= 06:48:56.747173 DEC= +02:36:17.23218 RAER= 1.55 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0645+411', 'J0649+4105' RA= 06:49:04.338215 DEC= +41:05:20.09827 RAER= 0.94 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0646+079', 'J0649+0756' RA= 06:49:04.905514 DEC= +07:56:28.36526 RAER= 0.93 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0644+617', 'J0649+6139' RA= 06:49:11.133664 DEC= +61:39:01.70974 RAER= 1.45 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0647-410', 'J0649-4108' RA= 06:49:14.110875 DEC= -41:08:53.02816 RAER= 0.27 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.093, 8.4, 0.126, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0646+002', 'J0649+0008' RA= 06:49:16.337161 DEC= +00:08:56.07947 RAER= 0.35 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0645+562', 'J0649+5609' RA= 06:49:16.562428 DEC= +56:09:04.09225 RAER= 4.35 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.047, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0646+225', 'J0649+2228' RA= 06:49:18.603742 DEC= +22:28:04.11886 RAER= 0.67 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.005, 8.4, 0.008, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0646-056', 'J0649-0543' RA= 06:49:21.949671 DEC= -05:43:52.62125 RAER= 0.23 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.043, 8.4, 0.095, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '0646+180', 'J0649+1756' RA= 06:49:28.484848 DEC= +17:56:59.87960 RAER= 2.51 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0648-592', 'J0649-5920' RA= 06:49:29.487114 DEC= -59:20:34.05787 RAER= 0.51 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0647-315', 'J0649-3139' RA= 06:49:33.598506 DEC= -31:39:20.26777 RAER= 1.83 DECER= 4.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0646+056', 'J0649+0538' RA= 06:49:35.904055 DEC= +05:38:23.85229 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.029, 8.4, 0.090, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0646+370', 'J0649+3657' RA= 06:49:37.089521 DEC= +36:57:52.95103 RAER= 0.24 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.114, 8.4, 0.163, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0646+279', 'J0649+2750' RA= 06:49:45.338491 DEC= +27:50:33.06847 RAER= 1.18 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.085, 8.4, 0.061, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0647-055', 'J0649-0539' RA= 06:49:45.602410 DEC= -05:39:21.46642 RAER= 6.30 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0647-185', 'J0649-1839' RA= 06:49:46.679088 DEC= -18:39:11.27705 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.270, 0.057, 8.4, 0.156, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0647-164', 'J0650-1632' RA= 06:50:01.218435 DEC= -16:32:00.34043 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.150, 5.0, 0.284, 0.040, 8.4, 0.179, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '0648-516', 'J0650-5144' RA= 06:50:10.331069 DEC= -51:44:21.90912 RAER= 2.59 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0647-130', 'J0650-1306' RA= 06:50:12.433163 DEC= -13:06:26.58046 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.216, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '0647+266', 'J0650+2635' RA= 06:50:14.863867 DEC= +26:35:55.67919 RAER= 1.18 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0646+373', 'J0650+3717' RA= 06:50:23.123441 DEC= +37:17:31.81368 RAER= 0.49 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0648-165', 'J0650-1637' RA= 06:50:24.581859 DEC= -16:37:39.72559 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.818, 1.157, 5.0, 1.529, 1.143, 8.4, 1.253, 0.661, 15.2, 2.599, 1.404 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63980 observations" / source= '0647-018', 'J0650-0152' RA= 06:50:25.698247 DEC= -01:52:22.16546 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.256, 0.108, 8.4, 0.167, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '0647+315', 'J0650+3128' RA= 06:50:29.681835 DEC= +31:28:10.76899 RAER= 0.30 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.037, 5.0, 0.090, 0.028, 8.4, 0.081, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '0647+286', 'J0650+2833' RA= 06:50:30.552693 DEC= +28:33:34.29981 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.041, 8.4, 0.055, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '0646+600', 'J0650+6001' RA= 06:50:31.254331 DEC= +60:01:44.55472 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.942, 0.716, 5.0, 1.031, 0.668, 8.4, 0.809, 0.366, 15.2, 0.724, 0.253 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1325 observations" / source= '0648-287', 'J0650-2849' RA= 06:50:32.927846 DEC= -28:49:17.85399 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.108, 8.4, 0.112, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '0645+631', 'J0650+6305' RA= 06:50:35.821693 DEC= +63:05:24.12058 RAER= 1.16 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.030, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0647+040', 'J0650+0358' RA= 06:50:38.134101 DEC= +03:58:08.44017 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.141, 8.4, 0.151, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '0648-086', 'J0650-0840' RA= 06:50:45.175173 DEC= -08:40:00.18152 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.136, 8.4, 0.126, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '0648+078', 'J0650+0747' RA= 06:50:45.986616 DEC= +07:47:06.37892 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.045, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0647+251', 'J0650+2502' RA= 06:50:46.490216 DEC= +25:02:59.62553 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.062, 8.4, 0.071, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1233 observations" / source= '0646+563', 'J0650+5616' RA= 06:50:48.190664 DEC= +56:16:34.49036 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.174, 8.4, 0.164, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '0648-256', 'J0650-2541' RA= 06:50:53.773788 DEC= -25:41:17.72752 RAER= 1.40 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0648+153', 'J0650+1518' RA= 06:50:59.184057 DEC= +15:18:49.72138 RAER= 0.49 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0648-083', 'J0651-0823' RA= 06:51:00.040599 DEC= -08:23:39.92347 RAER= 10.20 DECER= 8.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0647+402', 'J0651+4013' RA= 06:51:05.414399 DEC= +40:13:38.09745 RAER= 0.45 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.039, 8.4, 0.042, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0648+195', 'J0651+1929' RA= 06:51:08.683179 DEC= +19:29:04.07089 RAER= 0.28 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0646+654', 'J0651+6524' RA= 06:51:25.321371 DEC= +65:24:56.90528 RAER= 1.14 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '0648+263', 'J0651+2616' RA= 06:51:40.638244 DEC= +26:16:14.60443 RAER= 1.33 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0648+425', 'J0651+4226' RA= 06:51:42.736159 DEC= +42:26:36.16402 RAER= 1.15 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.081, 8.4, 0.051, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0648+210', 'J0651+2056' RA= 06:51:42.950243 DEC= +20:56:23.27850 RAER= 0.63 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0646+699', 'J0651+6955' RA= 06:51:54.390961 DEC= +69:55:25.68487 RAER= 2.40 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.041, 8.4, 0.046, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0646+692', 'J0651+6911' RA= 06:51:54.957037 DEC= +69:11:12.71071 RAER= 37.59 DECER= 12.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0651-603', 'J0651-6022' RA= 06:51:55.233898 DEC= -60:22:13.28735 RAER= 4.87 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0649-209', 'J0651-2101' RA= 06:51:58.120065 DEC= -21:01:11.91599 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.173, 8.4, 0.300, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '0643+799', 'J0651+7956' RA= 06:51:58.780281 DEC= +79:56:31.76421 RAER= 4.12 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.043, 8.4, 0.069, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0650-480', 'J0652-4808' RA= 06:52:00.574871 DEC= -48:08:59.38953 RAER= 19.84 DECER= 10.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0648+275', 'J0652+2727' RA= 06:52:02.516678 DEC= +27:27:39.40945 RAER= 6.61 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0648+472', 'J0652+4714' RA= 06:52:09.617467 DEC= +47:14:09.60416 RAER= 1.49 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.016, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0649+006', 'J0652+0037' RA= 06:52:13.118851 DEC= +00:37:54.48906 RAER= 1.06 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0648+431', 'J0652+4304' RA= 06:52:18.382587 DEC= +43:04:59.85030 RAER= 0.59 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0647+654', 'J0652+6524' RA= 06:52:25.095179 DEC= +65:24:28.14150 RAER= 0.85 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0648+466', 'J0652+4634' RA= 06:52:26.025969 DEC= +46:34:59.35186 RAER= 2.02 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0649+196', 'J0652+1936' RA= 06:52:26.457380 DEC= +19:36:18.08709 RAER= 0.78 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.008, 8.4, 0.029, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0649+341', 'J0652+3404' RA= 06:52:27.420928 DEC= +34:04:34.13058 RAER= 1.04 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.008, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0649+424', 'J0652+4225' RA= 06:52:34.374350 DEC= +42:25:00.67199 RAER= 1.35 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0648+529', 'J0652+5250' RA= 06:52:42.151915 DEC= +52:50:59.02734 RAER= 6.33 DECER= 5.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0651-577', 'J0652-5751' RA= 06:52:43.596690 DEC= -57:51:19.68895 RAER= 3.64 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0650-369', 'J0652-3700' RA= 06:52:44.476657 DEC= -37:00:23.54218 RAER= 25.18 DECER= 50.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0650-101', 'J0652-1014' RA= 06:52:47.507741 DEC= -10:14:08.88801 RAER= 8.27 DECER= 9.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0650+168', 'J0652+1648' RA= 06:52:53.587593 DEC= +16:48:11.30309 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.032, 5.0, 0.087, 0.068, 8.4, 0.068, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0651-324', 'J0652-3230' RA= 06:52:54.551102 DEC= -32:30:20.32978 RAER= 1.01 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.016, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0650-063', 'J0653-0625' RA= 06:53:00.597551 DEC= -06:25:32.70031 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.367, 0.194, 5.0, 0.385, 0.171, 8.4, 0.370, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '0650-190', 'J0653-1906' RA= 06:53:10.813794 DEC= -19:06:27.68813 RAER= 1.19 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0650-124', 'J0653-1229' RA= 06:53:16.607419 DEC= -12:29:36.96936 RAER= 0.57 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0650-072', 'J0653-0719' RA= 06:53:17.178931 DEC= -07:19:44.77274 RAER= 1.76 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0650-098', 'J0653-0952' RA= 06:53:18.859644 DEC= -09:52:45.87229 RAER= 0.80 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.059, 8.4, 0.093, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0650+054', 'J0653+0520' RA= 06:53:18.986811 DEC= +05:20:55.45839 RAER= 0.58 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.025, 8.4, 0.038, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0650+239', 'J0653+2353' RA= 06:53:24.586689 DEC= +23:53:25.76148 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.113, 8.4, 0.134, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 800 observations" / source= '0650+117', 'J0653+1141' RA= 06:53:26.751668 DEC= +11:41:41.03550 RAER= 0.76 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.071, 8.4, 0.054, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0650+052', 'J0653+0508' RA= 06:53:27.483743 DEC= +05:08:51.05892 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.034, 8.4, 0.092, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '0650+166', 'J0653+1636' RA= 06:53:39.892697 DEC= +16:36:43.65351 RAER= 0.31 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, 0.012, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0650+283', 'J0653+2815' RA= 06:53:44.277548 DEC= +28:15:47.29315 RAER= 0.83 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0650+232', 'J0653+2313' RA= 06:53:46.372775 DEC= +23:13:45.37331 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.084, 5.0, 0.114, n/a, 8.4, 0.090, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '0651+014', 'J0653+0125' RA= 06:53:47.087152 DEC= +01:25:06.90759 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.089, 8.4, 0.089, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0651+041', 'J0653+0403' RA= 06:53:49.824137 DEC= +04:03:47.00986 RAER= 0.37 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.041, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0649+646', 'J0653+6438' RA= 06:53:53.716086 DEC= +64:38:13.17028 RAER= 2.00 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.015, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0651-194', 'J0653-1929' RA= 06:53:57.805627 DEC= -19:29:39.67738 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.154, 8.4, 0.262, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 583 observations" / source= '0650+371', 'J0653+3705' RA= 06:53:58.282817 DEC= +37:05:40.60667 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.692, 0.534, 8.4, 0.486, 0.233 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 964 observations" / source= '0651-144', 'J0653-1429' RA= 06:53:59.523466 DEC= -14:29:21.78248 RAER= 0.54 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0652-417', 'J0653-4151' RA= 06:53:59.886074 DEC= -41:51:44.94650 RAER= 0.80 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.012, 8.4, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0649+651', 'J0654+6505' RA= 06:54:03.833349 DEC= +65:05:54.49417 RAER= 1.84 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0651-215', 'J0654-2134' RA= 06:54:05.747496 DEC= -21:34:04.36504 RAER= 8.20 DECER= 40.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0651+101', 'J0654+1004' RA= 06:54:09.901835 DEC= +10:04:25.09929 RAER= 0.32 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.068, 8.4, 0.082, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0651-108', 'J0654-1053' RA= 06:54:10.639381 DEC= -10:53:36.96933 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.100, 5.0, 0.127, 0.063, 8.4, 0.159, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0650+438', 'J0654+4347' RA= 06:54:16.477085 DEC= +43:47:39.16576 RAER= 1.37 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.037, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0652-266', 'J0654-2640' RA= 06:54:20.054805 DEC= -26:40:58.70943 RAER= 0.42 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.078, 8.4, 0.096, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0650+507', 'J0654+5042' RA= 06:54:22.093165 DEC= +50:42:23.87294 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.156, 8.4, 0.167, 0.110, 15.2, 0.174, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 958 observations" / source= '0650+453', 'J0654+4514' RA= 06:54:23.713658 DEC= +45:14:23.54533 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.428, 0.404, 8.4, 0.339, 0.272, 15.2, 0.470, 0.365 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1149 observations" / source= '0652-271', 'J0654-2713' RA= 06:54:25.253234 DEC= -27:13:32.72404 RAER= 4.54 DECER= 10.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0652-149', 'J0654-1501' RA= 06:54:25.806013 DEC= -15:01:49.22369 RAER= 0.57 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.056, 8.4, 0.068, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0651+094', 'J0654+0925' RA= 06:54:27.151853 DEC= +09:25:34.88764 RAER= 0.53 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0652-027', 'J0654-0248' RA= 06:54:32.238402 DEC= -02:48:05.96094 RAER= 9.42 DECER= 10.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0650+490', 'J0654+4859' RA= 06:54:34.856038 DEC= +48:59:07.30892 RAER= 1.91 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.048, 8.4, 0.048, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0651+428', 'J0654+4247' RA= 06:54:43.525939 DEC= +42:47:58.73573 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.076, 8.4, 0.118, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 966 observations" / source= '0652+011', 'J0654+0105' RA= 06:54:48.164200 DEC= +01:05:27.79695 RAER= 1.25 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0652-130', 'J0654-1309' RA= 06:54:50.410605 DEC= -13:09:30.42792 RAER= 1.34 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.188, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0652-056', 'J0654-0544' RA= 06:54:52.343475 DEC= -05:44:35.39836 RAER= 0.30 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.059, 8.4, 0.062, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0650+571', 'J0655+5704' RA= 06:55:00.249916 DEC= +57:04:56.68008 RAER= 0.95 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0652+014', 'J0655+0121' RA= 06:55:08.858726 DEC= +01:21:57.00912 RAER= 0.59 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0651+410', 'J0655+4100' RA= 06:55:10.024741 DEC= +41:00:10.16019 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.179, 5.0, 0.306, 0.249, 8.4, 0.272, 0.188, 15.2, 0.268, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0651+431', 'J0655+4305' RA= 06:55:17.754156 DEC= +43:05:08.25069 RAER= 0.85 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.012, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0653-229', 'J0655-2300' RA= 06:55:21.973862 DEC= -23:00:45.54551 RAER= 0.41 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.070, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0653-264', 'J0655-2630' RA= 06:55:23.920471 DEC= -26:30:42.50229 RAER= 1.04 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0652+231', 'J0655+2306' RA= 06:55:24.119976 DEC= +23:06:58.27510 RAER= 1.62 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0653-152', 'J0655-1516' RA= 06:55:27.200582 DEC= -15:16:15.58436 RAER= 1.49 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0653-171', 'J0655-1715' RA= 06:55:32.680981 DEC= -17:15:54.66697 RAER= 1.12 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0651+633', 'J0655+6319' RA= 06:55:46.405506 DEC= +63:19:28.01713 RAER= 5.50 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0653-242', 'J0655-2416' RA= 06:55:48.768208 DEC= -24:16:20.79659 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.047, 8.4, 0.115, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0653-313', 'J0655-3125' RA= 06:55:52.871200 DEC= -31:25:56.03127 RAER= 3.35 DECER= 13.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0653+067', 'J0655+0639' RA= 06:55:59.400685 DEC= +06:39:00.69204 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.029, 8.4, 0.098, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0652+282', 'J0656+2813' RA= 06:56:02.529715 DEC= +28:13:19.16729 RAER= 1.46 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.025, 8.4, 0.027, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0653+139', 'J0656+1354' RA= 06:56:08.184150 DEC= +13:54:52.80554 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.154, 8.4, 0.153, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0653+254', 'J0656+2525' RA= 06:56:08.357848 DEC= +25:25:04.38024 RAER= 0.31 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.009, 8.4, 0.049, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '0652+426', 'J0656+4237' RA= 06:56:10.662091 DEC= +42:37:02.75109 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.079, 8.4, 0.127, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 875 observations" / source= '0653-033', 'J0656-0323' RA= 06:56:11.120568 DEC= -03:23:06.78261 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.982, 0.713, 5.0, 0.833, 0.624, 8.4, 0.774, 0.549, 15.2, 0.679, 0.457 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 657 observations" / source= '0654-347', 'J0656-3446' RA= 06:56:13.250481 DEC= -34:46:57.92814 RAER= 17.46 DECER= 40.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0653-048', 'J0656-0454' RA= 06:56:20.604544 DEC= -04:54:15.50761 RAER= 0.45 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.044, 8.4, 0.101, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0654-177', 'J0656-1748' RA= 06:56:21.998097 DEC= -17:48:15.44803 RAER= 2.45 DECER= 11.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0654-239', 'J0656-2403' RA= 06:56:22.639779 DEC= -24:03:19.34694 RAER= 0.73 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.012, 8.4, 0.050, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0651+612', 'J0656+6110' RA= 06:56:27.046635 DEC= +61:10:51.24283 RAER= 6.65 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0654-140', 'J0656-1406' RA= 06:56:28.190467 DEC= -14:06:34.45573 RAER= 1.27 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.390, 0.008, 8.4, 0.193, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0654-14B', 'J0656-1408' RA= 06:56:29.474331 DEC= -14:08:40.55309 RAER= 1.37 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.379, n/a, 8.4, 0.155, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0653+195', 'J0656+1928' RA= 06:56:29.802188 DEC= +19:28:19.99330 RAER= 1.23 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0653+057', 'J0656+0539' RA= 06:56:33.427601 DEC= +05:39:22.87043 RAER= 0.27 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0653+325', 'J0656+3228' RA= 06:56:33.612613 DEC= +32:28:30.09476 RAER= 0.92 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.040, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0653+322', 'J0656+3209' RA= 06:56:40.889143 DEC= +32:09:32.54848 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.168, 8.4, 0.177, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '0652+561', 'J0656+5603' RA= 06:56:47.525266 DEC= +56:03:09.67533 RAER= 1.19 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0654+033', 'J0656+0315' RA= 06:56:59.179981 DEC= +03:15:53.44160 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.044, 8.4, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '0656-615', 'J0657-6139' RA= 06:57:02.763839 DEC= -61:39:25.48320 RAER= 5.61 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0655-265', 'J0657-2637' RA= 06:57:04.939201 DEC= -26:37:10.63662 RAER= 2.25 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0654+244', 'J0657+2423' RA= 06:57:05.675518 DEC= +24:23:55.39391 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, 0.137, 8.4, 0.254, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2200 observations" / source= '0654-059', 'J0657-0559' RA= 06:57:06.666729 DEC= -05:59:53.12666 RAER= 9.43 DECER= 9.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.053, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0656-540', 'J0657-5406' RA= 06:57:09.447497 DEC= -54:06:37.09488 RAER= 4.72 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0654+024', 'J0657+0224' RA= 06:57:12.367016 DEC= +02:24:32.73128 RAER= 0.49 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.064, 22.2, 0.059, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0652+577', 'J0657+5741' RA= 06:57:12.501457 DEC= +57:41:56.75338 RAER= 0.30 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.195, 8.4, 0.105, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '0655-319', 'J0657-3203' RA= 06:57:16.494661 DEC= -32:03:32.82416 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.211, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '0654+313', 'J0657+3119' RA= 06:57:20.941671 DEC= +31:19:46.61309 RAER= 0.27 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0655-081', 'J0657-0814' RA= 06:57:44.922054 DEC= -08:14:57.55836 RAER= 1.64 DECER= 4.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0654+185', 'J0657+1827' RA= 06:57:45.870344 DEC= +18:27:44.36744 RAER= 0.48 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0654+390', 'J0657+3858' RA= 06:57:54.464803 DEC= +38:58:02.51769 RAER= 0.79 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.052, 8.4, 0.070, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0655+023', 'J0657+0219' RA= 06:57:54.948997 DEC= +02:19:20.34987 RAER= 2.08 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0655+132', 'J0657+1313' RA= 06:57:55.284021 DEC= +13:13:53.93326 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.040, 8.4, 0.057, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '0655+272', 'J0658+2708' RA= 06:58:09.256160 DEC= +27:08:22.62428 RAER= 1.23 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0655+279', 'J0658+2754' RA= 06:58:12.427953 DEC= +27:54:53.48607 RAER= 1.41 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0658-672', 'J0658-6719' RA= 06:58:12.971161 DEC= -67:19:45.84859 RAER= 4.34 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0655+077', 'J0658+0741' RA= 06:58:13.716694 DEC= +07:41:59.12857 RAER= 0.41 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.056, 8.4, 0.069, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0657-586', 'J0658-5840' RA= 06:58:13.779055 DEC= -58:40:27.56720 RAER= 0.92 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0656-366', 'J0658-3642' RA= 06:58:20.925382 DEC= -36:42:47.28404 RAER= 0.33 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.069, 8.4, 0.064, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '0655+181', 'J0658+1802' RA= 06:58:35.728284 DEC= +18:02:17.53028 RAER= 0.99 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0656+066', 'J0658+0637' RA= 06:58:45.023811 DEC= +06:37:11.48976 RAER= 0.39 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '0653+694', 'J0658+6920' RA= 06:58:46.505021 DEC= +69:20:49.64089 RAER= 31.76 DECER= 13.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0655+289', 'J0658+2853' RA= 06:58:50.600859 DEC= +28:53:20.29654 RAER= 1.44 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.026, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0656-279', 'J0658-2801' RA= 06:58:55.741523 DEC= -28:01:43.62137 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.057, 8.4, 0.054, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0653+673', 'J0658+6717' RA= 06:58:56.573524 DEC= +67:17:44.91329 RAER= 2.73 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0655+403', 'J0658+4014' RA= 06:58:58.252594 DEC= +40:14:05.65568 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0656-176', 'J0659-1740' RA= 06:59:00.306840 DEC= -17:40:27.98700 RAER= 1.06 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0656-062', 'J0659-0621' RA= 06:59:03.251834 DEC= -06:21:10.59379 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.033, 8.4, 0.082, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '0656+082', 'J0659+0813' RA= 06:59:17.996032 DEC= +08:13:30.95348 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.724, 0.372, 5.0, 0.695, 0.477, 8.4, 0.471, 0.311, 22.2, 0.248, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38998 observations" / source= '0654+654', 'J0659+6522' RA= 06:59:25.655199 DEC= +65:22:45.51517 RAER= 3.26 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0659-676', 'J0659-6743' RA= 06:59:32.912113 DEC= -67:43:50.25524 RAER= 22.11 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0656+213', 'J0659+2117' RA= 06:59:37.807675 DEC= +21:17:42.15585 RAER= 12.79 DECER= 14.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0656+243', 'J0659+2417' RA= 06:59:40.369198 DEC= +24:17:35.96896 RAER= 1.10 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0657-316', 'J0659-3145' RA= 06:59:40.506810 DEC= -31:45:31.83778 RAER= 2.08 DECER= 6.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0657-276', 'J0659-2745' RA= 06:59:49.917001 DEC= -27:45:18.51141 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.450, 0.157, 5.0, 0.400, n/a, 8.4, 0.309, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '0659-631', 'J0659-6312' RA= 06:59:58.693471 DEC= -63:12:38.72073 RAER= 4.44 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0657+172', 'J0700+1709' RA= 07:00:01.525545 DEC= +17:09:21.70124 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.921, 0.623, 5.0, 0.793, 0.585, 8.4, 0.875, 0.595, 15.2, 0.600, 0.470 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44995 observations" / source= '0658-258', 'J0700-2556' RA= 07:00:12.333789 DEC= -25:56:20.89645 RAER= 10.63 DECER= 14.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0657+131', 'J0700+1304' RA= 07:00:14.317271 DEC= +13:04:24.39697 RAER= 0.46 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0658-162', 'J0700-1622' RA= 07:00:19.250764 DEC= -16:22:01.85510 RAER= 1.02 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0657+191', 'J0700+1905' RA= 07:00:29.540758 DEC= +19:05:41.97119 RAER= 0.64 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.006, 8.4, 0.033, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0700-661', 'J0700-6610' RA= 07:00:31.253918 DEC= -66:10:45.22880 RAER= 0.47 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0657+324', 'J0700+3223' RA= 07:00:32.233976 DEC= +32:23:13.51974 RAER= 29.26 DECER= 49.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0657+160', 'J0700+1555' RA= 07:00:34.167830 DEC= +15:55:50.05375 RAER= 0.61 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0657+250', 'J0700+2459' RA= 07:00:34.171039 DEC= +24:59:20.43662 RAER= 1.05 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0657+030', 'J0700+0256' RA= 07:00:35.028371 DEC= +02:56:56.63941 RAER= 0.49 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0657+225', 'J0700+2229' RA= 07:00:37.590857 DEC= +22:29:41.54780 RAER= 0.59 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0659-458', 'J0700-4555' RA= 07:00:38.406590 DEC= -45:55:47.89347 RAER= 2.20 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0655+678', 'J0700+6745' RA= 07:00:44.861449 DEC= +67:45:14.65696 RAER= 2.00 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0658-152', 'J0700-1517' RA= 07:00:56.635120 DEC= -15:17:04.19165 RAER= 2.24 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.088, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0655+696', 'J0701+6936' RA= 07:01:06.616700 DEC= +69:36:29.41785 RAER= 0.33 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.407, 0.222, 8.4, 0.204, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 897 observations" / source= '0659-240', 'J0701-2408' RA= 07:01:13.293559 DEC= -24:08:58.01359 RAER= 2.32 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0658-104', 'J0701-1034' RA= 07:01:13.928324 DEC= -10:34:10.65263 RAER= 0.93 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.048, 8.4, 0.062, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0658+303', 'J0701+3016' RA= 07:01:14.276196 DEC= +30:16:21.14569 RAER= 1.19 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0659-332', 'J0701-3316' RA= 07:01:23.973053 DEC= -33:16:22.37369 RAER= 51.17 DECER= 62.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0659-085', 'J0701-0836' RA= 07:01:24.122220 DEC= -08:36:00.72808 RAER= 0.88 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0655+699', 'J0701+6951' RA= 07:01:27.127471 DEC= +69:51:50.97560 RAER= 5.47 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0658+232', 'J0701+2313' RA= 07:01:29.047403 DEC= +23:13:25.62206 RAER= 0.34 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0659-366', 'J0701-3641' RA= 07:01:29.128716 DEC= -36:41:28.72043 RAER= 0.57 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.054, 8.4, 0.098, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0700-465', 'J0701-4634' RA= 07:01:34.546660 DEC= -46:34:36.62623 RAER= 0.22 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.062, 5.0, 0.418, n/a, 8.4, 0.406, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '0659-378', 'J0701-3758' RA= 07:01:40.387960 DEC= -37:58:14.49114 RAER= 3.09 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0659+014', 'J0701+0125' RA= 07:01:41.095393 DEC= +01:25:34.27242 RAER= 9.02 DECER= 7.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.067, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0658+191', 'J0701+1902' RA= 07:01:44.664671 DEC= +19:02:02.39277 RAER= 0.55 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.076, 8.4, 0.040, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0658+320', 'J0701+3156' RA= 07:01:52.062131 DEC= +31:56:47.98466 RAER= 0.81 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0700-378', 'J0701-3756' RA= 07:01:59.654474 DEC= -37:56:21.88450 RAER= 1.60 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0658+483', 'J0702+4816' RA= 07:02:00.149540 DEC= +48:16:42.67760 RAER= 9.47 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0658+330', 'J0702+3257' RA= 07:02:08.262399 DEC= +32:57:24.01092 RAER= 0.69 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0659+047', 'J0702+0440' RA= 07:02:09.104888 DEC= +04:40:10.50351 RAER= 11.49 DECER= 14.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0657+594', 'J0702+5923' RA= 07:02:12.207720 DEC= +59:23:08.49091 RAER= 1.61 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0658+380', 'J0702+3757' RA= 07:02:20.472263 DEC= +37:57:22.59382 RAER= 6.51 DECER= 6.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0658+550', 'J0702+5456' RA= 07:02:20.758067 DEC= +54:56:48.72160 RAER= 2.29 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.032, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0659+268', 'J0702+2644' RA= 07:02:31.790894 DEC= +26:44:11.02622 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.478, 0.359, 8.4, 0.322, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0645+858', 'J0702+8549' RA= 07:02:32.817387 DEC= +85:49:52.47952 RAER= 1.92 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.113, 8.4, 0.187, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 690 observations" / source= '0700-101', 'J0702-1015' RA= 07:02:35.756819 DEC= -10:15:06.41742 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.123, 8.4, 0.204, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '0659+238', 'J0702+2347' RA= 07:02:39.284120 DEC= +23:47:48.10000 RAER= 0.63 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.034, 8.4, 0.065, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0700-286', 'J0702-2841' RA= 07:02:40.402659 DEC= -28:41:50.04793 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.102, 8.4, 0.225, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '0700-197', 'J0702-1951' RA= 07:02:42.900666 DEC= -19:51:22.03564 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.866, 0.520, 5.0, 0.997, 0.777, 8.4, 0.769, 0.675, 15.2, 1.342, 0.780 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16582 observations" / source= '0658+548', 'J0702+5444' RA= 07:02:46.262761 DEC= +54:44:35.73376 RAER= 0.27 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.072, 8.4, 0.088, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '0659+445', 'J0702+4431' RA= 07:02:53.653429 DEC= +44:31:11.95245 RAER= 1.58 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, n/a, 8.4, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0657+687', 'J0702+6841' RA= 07:02:54.060621 DEC= +68:41:15.78758 RAER= 1.12 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0700+173', 'J0703+1717' RA= 07:03:00.744022 DEC= +17:17:43.58645 RAER= 0.45 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.013, 8.4, 0.051, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0659+406', 'J0703+4035' RA= 07:03:02.872072 DEC= +40:35:01.92380 RAER= 0.76 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.070, 8.4, 0.086, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0700-052', 'J0703-0517' RA= 07:03:08.368852 DEC= -05:17:18.05002 RAER= 10.20 DECER= 12.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.059, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0701-391', 'J0703-3914' RA= 07:03:12.643691 DEC= -39:14:18.89865 RAER= 0.55 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.022, 8.4, 0.076, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0658+682', 'J0703+6808' RA= 07:03:15.900209 DEC= +68:08:31.15557 RAER= 1.59 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0700-007', 'J0703-0051' RA= 07:03:19.086631 DEC= -00:51:03.15779 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.489, 0.276, 5.0, 0.362, 0.150, 8.4, 0.395, 0.190 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1589 observations" / source= '0701-106', 'J0703-1044' RA= 07:03:22.450013 DEC= -10:44:27.80195 RAER= 0.50 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0700+272', 'J0703+2713' RA= 07:03:32.318046 DEC= +27:13:29.79934 RAER= 0.78 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0701-174', 'J0703-1733' RA= 07:03:32.471950 DEC= -17:33:46.22474 RAER= 0.94 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.032, 8.4, 0.037, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0700+285', 'J0703+2828' RA= 07:03:46.240418 DEC= +28:28:20.38059 RAER= 0.54 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.075, 8.4, 0.105, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0700+222', 'J0703+2212' RA= 07:03:47.498454 DEC= +22:12:56.70661 RAER= 2.32 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0700+283', 'J0703+2818' RA= 07:03:53.445828 DEC= +28:18:48.23359 RAER= 0.97 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.017, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0700+305', 'J0704+3026' RA= 07:04:01.181294 DEC= +30:26:21.55957 RAER= 0.74 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0701-049', 'J0704-0459' RA= 07:04:02.767879 DEC= -04:59:23.82770 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.050, 5.0, 0.087, 0.068, 8.4, 0.157, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0701-130', 'J0704-1307' RA= 07:04:06.236259 DEC= -13:07:22.32282 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.039, 8.4, 0.102, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '0700+470', 'J0704+4700' RA= 07:04:09.558280 DEC= +47:00:56.03981 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.703, 0.209, 8.4, 0.292, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 623 observations" / source= '0703-551', 'J0704-5514' RA= 07:04:12.622517 DEC= -55:14:40.91079 RAER= 5.57 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0702-330', 'J0704-3308' RA= 07:04:12.815896 DEC= -33:08:01.17269 RAER= 0.68 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.030, 8.4, 0.042, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '0702-293', 'J0704-2928' RA= 07:04:17.441350 DEC= -29:28:23.00638 RAER= 0.76 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.040, 8.4, 0.071, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0701-107', 'J0704-1046' RA= 07:04:19.685158 DEC= -10:46:59.44920 RAER= 1.16 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0702-423', 'J0704-4227' RA= 07:04:26.976246 DEC= -42:27:18.49655 RAER= 3.78 DECER= 17.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0701+186', 'J0704+1835' RA= 07:04:28.756489 DEC= +18:35:22.13932 RAER= 0.54 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0701+267', 'J0704+2638' RA= 07:04:33.261846 DEC= +26:38:12.05536 RAER= 1.02 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0701+451', 'J0704+4502' RA= 07:04:50.969276 DEC= +45:02:41.81682 RAER= 0.73 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.059, 8.4, 0.097, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0701+262', 'J0704+2610' RA= 07:04:54.326554 DEC= +26:10:54.62859 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.050, 8.4, 0.057, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '0701+491', 'J0704+4906' RA= 07:04:59.937246 DEC= +49:06:36.41174 RAER= 0.92 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.028, 8.4, 0.084, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0700+667', 'J0705+6641' RA= 07:05:04.046409 DEC= +66:41:37.81055 RAER= 1.11 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.043, 8.4, 0.094, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0702+225', 'J0705+2230' RA= 07:05:13.222048 DEC= +22:30:51.72729 RAER= 0.63 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.022, 8.4, 0.014, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '0659+729', 'J0705+7251' RA= 07:05:23.585153 DEC= +72:51:30.75240 RAER= 18.31 DECER= 6.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0705-649', 'J0705-6500' RA= 07:05:26.052800 DEC= -65:00:43.48471 RAER= 0.73 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0702-007', 'J0705-0050' RA= 07:05:27.693281 DEC= -00:50:11.40024 RAER= 0.54 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.026, 8.4, 0.122, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0703-159', 'J0705-1604' RA= 07:05:30.295910 DEC= -16:04:33.48333 RAER= 0.73 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.008, 8.4, 0.035, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0702+400', 'J0705+3958' RA= 07:05:44.522297 DEC= +39:58:32.02295 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.054, 8.4, 0.075, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '0703+100', 'J0705+0958' RA= 07:05:47.278854 DEC= +09:58:13.28982 RAER= 1.72 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0702+181', 'J0705+1803' RA= 07:05:47.887961 DEC= +18:03:27.28186 RAER= 0.50 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0704-365', 'J0705-3637' RA= 07:05:49.905731 DEC= -36:37:49.51611 RAER= 3.21 DECER= 8.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.045, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0703-056', 'J0705-0546' RA= 07:05:50.007560 DEC= -05:46:11.02667 RAER= 2.15 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0703+071', 'J0705+0701' RA= 07:05:52.533050 DEC= +07:01:54.54864 RAER= 4.05 DECER= 6.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0704-487', 'J0705-4847' RA= 07:05:58.732679 DEC= -48:47:24.52181 RAER= 4.37 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0703-133', 'J0705-1324' RA= 07:05:59.621614 DEC= -13:24:52.53621 RAER= 0.20 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, n/a, 5.0, 0.233, 0.101, 8.4, 0.177, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0703+096', 'J0706+0937' RA= 07:06:03.227481 DEC= +09:37:08.95104 RAER= 0.88 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0703+241', 'J0706+2402' RA= 07:06:03.874961 DEC= +24:02:23.41668 RAER= 0.58 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.100, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0702+532', 'J0706+5309' RA= 07:06:07.337624 DEC= +53:09:55.04341 RAER= 0.83 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0703+028', 'J0706+0244' RA= 07:06:10.830904 DEC= +02:44:49.79559 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0703+138', 'J0706+1347' RA= 07:06:13.418713 DEC= +13:47:14.41428 RAER= 1.62 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0703+378', 'J0706+3744' RA= 07:06:31.696998 DEC= +37:44:36.40608 RAER= 0.48 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.040, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0704-231', 'J0706-2311' RA= 07:06:33.518014 DEC= -23:11:37.85097 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.155, 8.4, 0.097, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '0704-204', 'J0706-2032' RA= 07:06:41.463610 DEC= -20:32:53.64578 RAER= 0.49 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0705-412', 'J0706-4122' RA= 07:06:43.059919 DEC= -41:22:23.78639 RAER= 0.32 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.074, 8.4, 0.108, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '0703+315', 'J0706+3125' RA= 07:06:43.735280 DEC= +31:25:31.34073 RAER= 1.13 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0703+425', 'J0706+4230' RA= 07:06:44.926805 DEC= +42:30:37.51362 RAER= 0.30 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.017, 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 197 observations" / source= '0703+468', 'J0706+4647' RA= 07:06:48.070314 DEC= +46:47:56.44940 RAER= 0.61 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.642, 0.024, 8.4, 0.373, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '0704-137', 'J0706-1349' RA= 07:06:49.152311 DEC= -13:49:21.91014 RAER= 6.07 DECER= 10.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0659+777', 'J0706+7741' RA= 07:06:51.334224 DEC= +77:41:36.99530 RAER= 2.97 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0703+277', 'J0706+2740' RA= 07:06:52.217172 DEC= +27:40:07.86024 RAER= 0.66 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.060, 8.4, 0.077, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0702+612', 'J0707+6110' RA= 07:07:00.615756 DEC= +61:10:11.60800 RAER= 0.25 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.131, 5.0, 0.250, 0.162, 8.4, 0.321, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 786 observations" / source= '0702+657', 'J0707+6540' RA= 07:07:05.206856 DEC= +65:40:03.30735 RAER= 1.31 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.037, 8.4, 0.059, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0705-420', 'J0707-4207' RA= 07:07:10.988591 DEC= -42:07:29.22775 RAER= 1.35 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0705-234', 'J0707-2334' RA= 07:07:12.313308 DEC= -23:34:44.00089 RAER= 5.02 DECER= 10.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0705-353', 'J0707-3525' RA= 07:07:19.388914 DEC= -35:25:58.06988 RAER= 1.78 DECER= 6.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.095, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0703+595', 'J0707+5927' RA= 07:07:23.041675 DEC= +59:27:25.49634 RAER= 1.07 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0704+293', 'J0707+2917' RA= 07:07:25.984153 DEC= +29:17:18.63095 RAER= 0.58 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.025, 8.4, 0.112, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0704-003', 'J0707-0026' RA= 07:07:29.864686 DEC= -00:26:08.18188 RAER= 0.47 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, n/a, 8.4, 0.137, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0704+384', 'J0707+3822' RA= 07:07:32.909958 DEC= +38:22:13.30072 RAER= 0.23 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.036, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 871 observations" / source= '0703+500', 'J0707+5001' RA= 07:07:36.006244 DEC= +50:01:11.22041 RAER= 37.56 DECER= 14.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0705-311', 'J0707-3116' RA= 07:07:40.317293 DEC= -31:16:11.77199 RAER= 2.11 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0704+351', 'J0707+3503' RA= 07:07:43.168832 DEC= +35:03:38.69342 RAER= 0.39 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0705+025', 'J0707+0226' RA= 07:07:43.697896 DEC= +02:26:09.82052 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, n/a, 8.4, 0.030, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '0705-069', 'J0707-0703' RA= 07:07:46.489466 DEC= -07:03:42.93569 RAER= 0.57 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0705-058', 'J0707-0554' RA= 07:07:55.138568 DEC= -05:54:47.60689 RAER= 0.76 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.024, 8.4, 0.028, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0705-142', 'J0708-1421' RA= 07:08:03.375463 DEC= -14:21:15.81498 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.027, 8.4, 0.221, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '0705-013', 'J0708-0127' RA= 07:08:14.591863 DEC= -01:27:44.88147 RAER= 0.53 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.033, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0705+245', 'J0708+2429' RA= 07:08:15.934482 DEC= +24:29:53.77837 RAER= 2.92 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0704+399', 'J0708+3952' RA= 07:08:17.196986 DEC= +39:52:46.56200 RAER= 0.81 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.047, 8.4, 0.044, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0704+418', 'J0708+4148' RA= 07:08:20.558472 DEC= +41:48:52.34534 RAER= 2.20 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0705-01A', 'J0708-0123' RA= 07:08:22.431514 DEC= -01:23:03.10333 RAER= 1.34 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0705+350', 'J0708+3455' RA= 07:08:24.447820 DEC= +34:55:42.11372 RAER= 0.18 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.095, 8.4, 0.073, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0705+43A', 'J0708+4303' RA= 07:08:40.505282 DEC= +43:03:39.93893 RAER= 0.70 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.009, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0705+323', 'J0708+3216' RA= 07:08:41.216697 DEC= +32:16:58.49739 RAER= 1.85 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0705+239', 'J0708+2353' RA= 07:08:46.872899 DEC= +23:53:15.11329 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.047, 8.4, 0.078, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '0705+354', 'J0708+3524' RA= 07:08:49.649242 DEC= +35:24:21.66394 RAER= 0.71 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.107, 8.4, 0.069, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0706-213', 'J0708-2127' RA= 07:08:51.342379 DEC= -21:27:32.85643 RAER= 1.51 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.025, 8.4, 0.071, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0706+038', 'J0708+0348' RA= 07:08:51.384220 DEC= +03:48:43.03826 RAER= 1.68 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0705+431', 'J0708+4306' RA= 07:08:57.260463 DEC= +43:06:53.30209 RAER= 1.06 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0705+227', 'J0708+2241' RA= 07:08:58.289357 DEC= +22:41:35.49622 RAER= 0.37 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 148 observations" / source= '0707-338', 'J0708-3353' RA= 07:08:58.479673 DEC= -33:53:27.99763 RAER= 5.06 DECER= 15.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0707-299', 'J0709-3004' RA= 07:09:04.763055 DEC= -30:04:50.23812 RAER= 13.05 DECER= 21.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0703+686', 'J0709+6832' RA= 07:09:07.357481 DEC= +68:32:25.26100 RAER= 3.12 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0705+486', 'J0709+4836' RA= 07:09:08.005963 DEC= +48:36:55.73571 RAER= 0.56 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0705+377', 'J0709+3737' RA= 07:09:09.222542 DEC= +37:37:53.18195 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.147, 8.4, 0.185, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '0706-123', 'J0709-1226' RA= 07:09:09.401146 DEC= -12:26:35.42358 RAER= 1.23 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0706-064', 'J0709-0633' RA= 07:09:10.216890 DEC= -06:33:30.38133 RAER= 5.14 DECER= 4.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.108, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0706-113', 'J0709-1127' RA= 07:09:10.406470 DEC= -11:27:48.45702 RAER= 2.97 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.109, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0706-006', 'J0709-0046' RA= 07:09:12.321714 DEC= -00:46:25.40214 RAER= 1.14 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0706-153', 'J0709-1527' RA= 07:09:12.516971 DEC= -15:27:03.45096 RAER= 0.29 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.036, 8.4, 0.050, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0707-359', 'J0709-3601' RA= 07:09:14.102043 DEC= -36:01:21.98354 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.028, 8.4, 0.068, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '0706+057', 'J0709+0539' RA= 07:09:16.660960 DEC= +05:39:02.98596 RAER= 0.35 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0705+502', 'J0709+5010' RA= 07:09:34.202751 DEC= +50:10:56.25697 RAER= 0.50 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.188, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0706+199', 'J0709+1954' RA= 07:09:37.375139 DEC= +19:54:44.25866 RAER= 0.97 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0707-375', 'J0709-3736' RA= 07:09:39.357320 DEC= -37:36:14.22203 RAER= 2.97 DECER= 22.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0707-206', 'J0709-2044' RA= 07:09:41.835927 DEC= -20:44:15.87599 RAER= 1.88 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.029, 8.4, 0.030, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0707-028', 'J0709-0255' RA= 07:09:45.054606 DEC= -02:55:17.49688 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.200, 8.4, 0.340, 0.309, 22.2, 0.336, 0.277 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1628 observations" / source= '0707+052', 'J0709+0509' RA= 07:09:47.502043 DEC= +05:09:53.26531 RAER= 0.47 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.013, 8.4, 0.054, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0708-381', 'J0709-3811' RA= 07:09:49.687233 DEC= -38:11:52.55671 RAER= 3.64 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0706+344', 'J0709+3422' RA= 07:09:55.433720 DEC= +34:22:56.70813 RAER= 0.29 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.038, 8.4, 0.097, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0706+460', 'J0710+4557' RA= 07:10:10.501950 DEC= +45:57:24.99693 RAER= 0.86 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.032, 8.4, 0.039, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0706+390', 'J0710+3859' RA= 07:10:12.408835 DEC= +38:59:48.86075 RAER= 0.97 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0708-231', 'J0710-2313' RA= 07:10:13.933987 DEC= -23:13:16.84890 RAER= 2.03 DECER= 5.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0708-359', 'J0710-3600' RA= 07:10:16.480683 DEC= -36:00:19.66126 RAER= 6.29 DECER= 23.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0707-036', 'J0710-0343' RA= 07:10:20.133297 DEC= -03:43:27.86770 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.189, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '0708-362', 'J0710-3620' RA= 07:10:27.949494 DEC= -36:20:55.89492 RAER= 1.79 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0706+592', 'J0710+5908' RA= 07:10:30.068317 DEC= +59:08:20.36686 RAER= 0.60 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0707+079', 'J0710+0750' RA= 07:10:30.243014 DEC= +07:50:30.58477 RAER= 1.09 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0707+301', 'J0710+3004' RA= 07:10:31.302853 DEC= +30:04:42.47139 RAER= 0.94 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.016, 8.4, 0.046, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0707+164', 'J0710+1619' RA= 07:10:33.858061 DEC= +16:19:46.55801 RAER= 0.84 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.014, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0707+193', 'J0710+1917' RA= 07:10:34.150297 DEC= +19:17:44.49636 RAER= 0.73 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.059, 8.4, 0.085, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0709-387', 'J0710-3850' RA= 07:10:43.636361 DEC= -38:50:37.03683 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.520, 0.113, 8.4, 0.345, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 838 observations" / source= '0707+424', 'J0710+4220' RA= 07:10:44.326135 DEC= +42:20:55.04381 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.079, 5.0, 0.202, 0.058, 8.4, 0.161, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 674 observations" / source= '0707+476', 'J0710+4732' RA= 07:10:46.104884 DEC= +47:32:11.14254 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.568, 0.331, 5.0, 0.550, 0.295, 8.4, 0.486, 0.307, 15.2, 0.617, 0.385 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8948 observations" / source= '0708-204', 'J0710-2033' RA= 07:10:46.622688 DEC= -20:33:23.93909 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.089, 8.4, 0.097, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0708+005', 'J0710+0027' RA= 07:10:48.462608 DEC= +00:27:18.84676 RAER= 0.67 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.169, 0.152, 8.4, 0.142, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0708+00A', 'J0710+0026' RA= 07:10:53.750619 DEC= +00:26:49.35345 RAER= 6.43 DECER= 19.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0707+184', 'J0710+1819' RA= 07:10:54.548890 DEC= +18:19:38.37952 RAER= 1.42 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0707+494', 'J0710+4924' RA= 07:10:55.343657 DEC= +49:24:04.34613 RAER= 1.10 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.045, 8.4, 0.096, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0708+149', 'J0710+1453' RA= 07:10:56.451650 DEC= +14:53:52.52806 RAER= 0.71 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.045, 8.4, 0.039, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0708-045', 'J0710-0439' RA= 07:10:58.198375 DEC= -04:39:10.56704 RAER= 0.66 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0708-139', 'J0711-1359' RA= 07:11:00.135848 DEC= -13:59:31.26662 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.069, 8.4, 0.097, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '0708-136', 'J0711-1345' RA= 07:11:13.123179 DEC= -13:45:56.04055 RAER= 9.00 DECER= 4.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0709-307', 'J0711-3049' RA= 07:11:25.632483 DEC= -30:49:02.08431 RAER= 3.44 DECER= 6.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.014, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0709-025', 'J0711-0238' RA= 07:11:31.758804 DEC= -02:38:44.00857 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.027, 8.4, 0.045, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0709-352', 'J0711-3518' RA= 07:11:41.170896 DEC= -35:18:27.84509 RAER= 1.10 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0709-319', 'J0711-3202' RA= 07:11:43.995631 DEC= -32:02:52.96914 RAER= 2.86 DECER= 10.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0709+008', 'J0711+0048' RA= 07:11:47.325322 DEC= +00:48:19.74134 RAER= 0.84 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.239, 0.040, 8.4, 0.044, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '0707+525', 'J0711+5227' RA= 07:11:47.921627 DEC= +52:27:58.00387 RAER= 0.72 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.067, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0709-015', 'J0711-0137' RA= 07:11:51.398886 DEC= -01:37:57.39747 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.092, 8.4, 0.149, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 754 observations" / source= '0709-093', 'J0711-0926' RA= 07:11:58.968244 DEC= -09:26:48.32253 RAER= 0.72 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.020, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0709+124', 'J0712+1220' RA= 07:12:00.135889 DEC= +12:20:34.09773 RAER= 0.56 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0710-482', 'J0712-4818' RA= 07:12:03.103516 DEC= -48:18:46.21962 RAER= 9.97 DECER= 24.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0708+388', 'J0712+3848' RA= 07:12:08.152291 DEC= +38:48:23.27052 RAER= 1.03 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.038, 8.4, 0.047, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0710-187', 'J0712-1847' RA= 07:12:15.233736 DEC= -18:47:53.01574 RAER= 0.82 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.035, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0708+591', 'J0712+5902' RA= 07:12:20.649431 DEC= +59:02:33.28847 RAER= 2.75 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0709+351', 'J0712+3506' RA= 07:12:20.841225 DEC= +35:06:33.70996 RAER= 1.91 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0709+333', 'J0712+3313' RA= 07:12:23.577164 DEC= +33:13:32.88964 RAER= 2.95 DECER= 4.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0709+244', 'J0712+2419' RA= 07:12:24.166489 DEC= +24:19:09.52616 RAER= 1.93 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0709+332', 'J0712+3309' RA= 07:12:24.441839 DEC= +33:09:55.51407 RAER= 1.06 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.018, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0710-319', 'J0712-3200' RA= 07:12:29.033059 DEC= -32:00:07.16944 RAER= 4.02 DECER= 12.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0709+318', 'J0712+3146' RA= 07:12:40.304735 DEC= +31:46:53.95451 RAER= 0.86 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0708+506', 'J0712+5033' RA= 07:12:43.683594 DEC= +50:33:22.70714 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.239, 8.4, 0.356, 0.286, 15.2, 0.456, 0.372 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2605 observations" / source= '0710-211', 'J0712-2114' RA= 07:12:47.085153 DEC= -21:14:41.24381 RAER= 0.31 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.063, 8.4, 0.082, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0710-258', 'J0712-2554' RA= 07:12:55.935105 DEC= -25:54:02.18295 RAER= 2.17 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.011, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0711-299', 'J0712-2959' RA= 07:12:58.730461 DEC= -29:59:17.26267 RAER= 1.56 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.031, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0709+501', 'J0713+5006' RA= 07:13:00.404484 DEC= +50:06:49.29655 RAER= 1.73 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0711-381', 'J0713-3812' RA= 07:13:01.861413 DEC= -38:12:28.28920 RAER= 1.99 DECER= 7.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0710+118', 'J0713+1146' RA= 07:13:02.422219 DEC= +11:46:16.26958 RAER= 1.22 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0708+577', 'J0713+5738' RA= 07:13:04.547156 DEC= +57:38:10.12347 RAER= 0.70 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.059, 8.4, 0.098, 0.077, 15.2, 0.159, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0709+370', 'J0713+3656' RA= 07:13:09.454233 DEC= +36:56:06.70400 RAER= 0.68 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0709+433', 'J0713+4314' RA= 07:13:11.766225 DEC= +43:14:44.01505 RAER= 1.21 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0709+509', 'J0713+5053' RA= 07:13:12.896280 DEC= +50:53:43.89133 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.152, 8.4, 0.081, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '0707+689', 'J0713+6852' RA= 07:13:14.042001 DEC= +68:52:08.70952 RAER= 47.79 DECER= 15.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0711-037', 'J0713-0350' RA= 07:13:30.820180 DEC= -03:50:47.12387 RAER= 0.27 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.069, 8.4, 0.076, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0710+257', 'J0713+2540' RA= 07:13:36.720841 DEC= +25:40:16.88438 RAER= 0.22 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.054, 8.4, 0.046, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '0711-014', 'J0713-0129' RA= 07:13:38.030679 DEC= -01:29:31.10479 RAER= 0.61 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.033, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0710+439', 'J0713+4349' RA= 07:13:38.164160 DEC= +43:49:17.20760 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.005, 0.502, 5.0, 1.606, 0.273, 8.4, 0.873, 0.186, 15.2, 0.629, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1846 observations" / source= '0712-482', 'J0713-4820' RA= 07:13:49.399482 DEC= -48:20:06.48417 RAER= 3.70 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '0710+196', 'J0713+1935' RA= 07:13:55.679173 DEC= +19:35:00.40880 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.242, 0.214, 8.4, 0.206, 0.167, 15.2, 0.175, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2127 observations" / source= '0712-349', 'J0713-3501' RA= 07:13:56.642285 DEC= -35:01:26.32648 RAER= 0.95 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0710+268', 'J0713+2644' RA= 07:13:57.491672 DEC= +26:44:49.46973 RAER= 0.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.033, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0711+210', 'J0714+2057' RA= 07:14:04.433340 DEC= +20:57:31.26385 RAER= 1.34 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0708+736', 'J0714+7331' RA= 07:14:14.366919 DEC= +73:31:58.89236 RAER= 30.15 DECER= 5.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0711+112', 'J0714+1108' RA= 07:14:16.589258 DEC= +11:08:30.07465 RAER= 0.42 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0711+356', 'J0714+3534' RA= 07:14:24.817493 DEC= +35:34:39.79544 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.511, 1.256, 5.0, 1.102, 0.564, 8.4, 0.504, 0.139, 15.2, 0.375, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 984 observations" / source= '0712-376', 'J0714-3742' RA= 07:14:28.138727 DEC= -37:42:02.40196 RAER= 1.33 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.027, 8.4, 0.051, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0711+155', 'J0714+1528' RA= 07:14:35.590631 DEC= +15:28:22.80605 RAER= 0.93 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0708+742', 'J0714+7408' RA= 07:14:36.125021 DEC= +74:08:10.14440 RAER= 0.38 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.100, 8.4, 0.138, 0.117, 22.2, 0.233, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3491 observations" / source= '0712-121', 'J0714-1214' RA= 07:14:45.640030 DEC= -12:14:16.36152 RAER= 0.70 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.010, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0710+538', 'J0714+5343' RA= 07:14:47.432132 DEC= +53:43:29.08112 RAER= 0.94 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0712-037', 'J0714-0351' RA= 07:14:48.451094 DEC= -03:51:07.27503 RAER= 0.24 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.019, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '0704+819', 'J0714+8151' RA= 07:14:52.037916 DEC= +81:51:54.94694 RAER= 1.24 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.045, 8.4, 0.045, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '0712-114', 'J0714-1133' RA= 07:14:54.876322 DEC= -11:33:44.30412 RAER= 2.45 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0712-240', 'J0714-2408' RA= 07:14:56.242718 DEC= -24:08:43.22345 RAER= 5.10 DECER= 12.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0711+241', 'J0714+2400' RA= 07:14:57.177881 DEC= +24:00:47.30039 RAER= 3.40 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0709+683', 'J0714+6814' RA= 07:14:58.371329 DEC= +68:14:00.52521 RAER= 0.34 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.053, 5.0, 0.165, 0.136, 8.4, 0.131, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '0712+207', 'J0715+2041' RA= 07:15:06.651173 DEC= +20:41:33.57552 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.074, 8.4, 0.089, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '0712-136', 'J0715-1346' RA= 07:15:07.099300 DEC= -13:46:47.02972 RAER= 0.48 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0715-684', 'J0715-6829' RA= 07:15:09.499186 DEC= -68:29:58.22817 RAER= 0.47 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.221, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0711+455', 'J0715+4525' RA= 07:15:09.927122 DEC= +45:25:55.91986 RAER= 0.58 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0715-663', 'J0715-6627' RA= 07:15:12.983997 DEC= -66:27:52.00936 RAER= 6.04 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0711+483', 'J0715+4814' RA= 07:15:19.941054 DEC= +48:14:02.13160 RAER= 1.23 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.020, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0712+032', 'J0715+0311' RA= 07:15:23.739876 DEC= +03:11:04.88544 RAER= 0.54 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0712+045', 'J0715+0429' RA= 07:15:25.641089 DEC= +04:29:35.08611 RAER= 1.61 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0713-092', 'J0715-0921' RA= 07:15:33.393196 DEC= -09:21:54.27582 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.028, 8.4, 0.144, 0.049, 22.2, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '0713-061', 'J0715-0614' RA= 07:15:35.627520 DEC= -06:14:09.14587 RAER= 1.13 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0713-139', 'J0715-1359' RA= 07:15:38.769241 DEC= -13:59:50.74192 RAER= 14.16 DECER= 13.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0714-454', 'J0715-4530' RA= 07:15:44.677800 DEC= -45:30:30.46555 RAER= 1.60 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations. No flux information" / source= '0713-118', 'J0715-1155' RA= 07:15:46.090295 DEC= -11:55:50.64990 RAER= 0.65 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0712+382', 'J0715+3808' RA= 07:15:50.390414 DEC= +38:08:08.07689 RAER= 1.82 DECER= 4.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0712+38A', 'J0715+3810' RA= 07:15:51.262895 DEC= +38:10:37.33619 RAER= 5.42 DECER= 8.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0713-240', 'J0715-2406' RA= 07:15:51.376064 DEC= -24:06:01.24030 RAER= 19.97 DECER= 24.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0712+47A', 'J0716+470A' RA= 07:16:03.576295 DEC= +47:08:50.15722 RAER= 0.51 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.007, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '0712+47B', 'J0716+470B' RA= 07:16:03.581780 DEC= +47:08:49.99007 RAER= 0.61 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0714-365', 'J0716-3639' RA= 07:16:12.775086 DEC= -36:39:01.69976 RAER= 2.93 DECER= 8.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0711+601', 'J0716+6006' RA= 07:16:15.472177 DEC= +60:06:38.86472 RAER= 11.54 DECER= 10.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0716-625', 'J0716-6240' RA= 07:16:33.690162 DEC= -62:40:26.75412 RAER= 0.47 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.160, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0713+367', 'J0716+3642' RA= 07:16:37.106301 DEC= +36:42:19.05548 RAER= 0.80 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0712+534', 'J0716+5323' RA= 07:16:41.218704 DEC= +53:23:09.56010 RAER= 0.77 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0714-165', 'J0716-1636' RA= 07:16:59.530265 DEC= -16:36:00.77713 RAER= 3.78 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.008, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0715-362', 'J0717-3621' RA= 07:17:08.101930 DEC= -36:21:58.58570 RAER= 5.78 DECER= 20.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0714+101', 'J0717+1001' RA= 07:17:13.154868 DEC= +10:01:04.27435 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.042, 8.4, 0.040, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0714+035', 'J0717+0324' RA= 07:17:18.792190 DEC= +03:24:42.78430 RAER= 0.53 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.052, 8.4, 0.075, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0713+526', 'J0717+5231' RA= 07:17:29.993739 DEC= +52:31:04.84841 RAER= 0.45 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.084, 8.4, 0.087, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0714+372', 'J0717+3706' RA= 07:17:30.650375 DEC= +37:06:40.69401 RAER= 36.01 DECER= 123.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0715-027', 'J0717-0250' RA= 07:17:31.457751 DEC= -02:50:40.32813 RAER= 0.78 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.053, 8.4, 0.072, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0714+141', 'J0717+1405' RA= 07:17:33.229693 DEC= +14:05:57.52250 RAER= 0.51 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.049, 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0715-049', 'J0717-0502' RA= 07:17:33.471525 DEC= -05:02:17.63204 RAER= 9.34 DECER= 9.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.058, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0714+073', 'J0717+0713' RA= 07:17:39.353326 DEC= +07:13:33.85451 RAER= 0.83 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0716-552', 'J0717-5520' RA= 07:17:45.065535 DEC= -55:20:21.92501 RAER= 5.48 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '0715+028', 'J0717+0242' RA= 07:17:48.428336 DEC= +02:42:56.29766 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.256, 0.167, 8.4, 0.183, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0714+457', 'J0717+4538' RA= 07:17:51.852420 DEC= +45:38:03.26079 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.333, 5.0, 0.210, n/a, 8.4, 0.560, 0.383 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9304 observations" / source= '0714+205', 'J0717+2026' RA= 07:17:52.428065 DEC= +20:26:18.93686 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '0714+286', 'J0717+2835' RA= 07:17:56.211271 DEC= +28:35:07.92767 RAER= 1.10 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0714+441', 'J0718+4405' RA= 07:18:00.607240 DEC= +44:05:27.10629 RAER= 4.61 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0715-233', 'J0718-2326' RA= 07:18:01.724706 DEC= -23:26:49.16206 RAER= 1.28 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.010, 8.4, 0.045, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0715+005', 'J0718+0025' RA= 07:18:02.721608 DEC= +00:25:22.24133 RAER= 0.71 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.089, 8.4, 0.079, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0713+669', 'J0718+6651' RA= 07:18:05.631958 DEC= +66:51:53.32882 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.119, 8.4, 0.100, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '0715+165', 'J0718+1625' RA= 07:18:07.669605 DEC= +16:25:03.69081 RAER= 6.11 DECER= 5.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0716-181', 'J0718-1813' RA= 07:18:14.157985 DEC= -18:13:04.05608 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.167, 8.4, 0.323, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '0715+414', 'J0718+4122' RA= 07:18:32.016782 DEC= +41:22:41.44333 RAER= 1.54 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0715+196', 'J0718+1932' RA= 07:18:38.007314 DEC= +19:32:49.80141 RAER= 1.62 DECER= 4.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0716+012', 'J0718+0108' RA= 07:18:38.731916 DEC= +01:08:16.47500 RAER= 1.91 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0717-432', 'J0718-4319' RA= 07:18:43.627695 DEC= -43:19:49.72641 RAER= 3.57 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0716-369', 'J0718-3703' RA= 07:18:44.742299 DEC= -37:03:07.79586 RAER= 2.24 DECER= 7.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0716+084', 'J0718+0820' RA= 07:18:53.144858 DEC= +08:20:37.34334 RAER= 0.27 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.049, 8.4, 0.062, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0713+714', 'J0718+7124' RA= 07:18:59.309088 DEC= +71:24:19.71767 RAER= 6.91 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.030, 0.031, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0716+215', 'J0719+2125' RA= 07:19:00.499007 DEC= +21:25:39.47577 RAER= 0.22 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '0718-622', 'J0719-6218' RA= 07:19:04.474874 DEC= -62:18:02.44355 RAER= 0.80 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0718-633', 'J0719-6326' RA= 07:19:07.363087 DEC= -63:26:59.10105 RAER= 13.07 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.211, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0717-306', 'J0719-3041' RA= 07:19:09.047684 DEC= -30:41:39.32356 RAER= 2.77 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0718-523', 'J0719-5228' RA= 07:19:14.291914 DEC= -52:28:32.50446 RAER= 1.87 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0716+332', 'J0719+3307' RA= 07:19:19.419675 DEC= +33:07:09.70832 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.203, 8.4, 0.193, 0.150, 15.2, 0.412, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2403 observations" / source= '0717-341', 'J0719-3412' RA= 07:19:22.610381 DEC= -34:12:14.77395 RAER= 2.68 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0717-367', 'J0719-3651' RA= 07:19:23.912894 DEC= -36:51:09.72817 RAER= 16.50 DECER= 33.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0717-198', 'J0719-1955' RA= 07:19:24.373312 DEC= -19:55:20.49942 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.067, 8.4, 0.072, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '0716+022', 'J0719+0210' RA= 07:19:24.885703 DEC= +02:10:36.21618 RAER= 6.83 DECER= 9.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0713+728', 'J0719+7245' RA= 07:19:27.546345 DEC= +72:45:39.88580 RAER= 1.94 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.034, 8.4, 0.063, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0715+555', 'J0719+5526' RA= 07:19:37.892927 DEC= +55:26:06.53461 RAER= 0.87 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0717-401', 'J0719-4011' RA= 07:19:39.182025 DEC= -40:11:47.40986 RAER= 6.20 DECER= 14.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0717-393', 'J0719-3928' RA= 07:19:39.278984 DEC= -39:28:48.69700 RAER= 0.34 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.280, 0.062, 8.4, 0.198, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0717-090', 'J0719-0906' RA= 07:19:47.878445 DEC= -09:06:50.43682 RAER= 23.59 DECER= 17.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0717+150', 'J0719+1456' RA= 07:19:54.090105 DEC= +14:56:38.72606 RAER= 3.19 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0716+450', 'J0719+4459' RA= 07:19:55.511704 DEC= +44:59:06.84750 RAER= 1.50 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0718-349', 'J0719-3504' RA= 07:19:59.668752 DEC= -35:04:48.12177 RAER= 0.87 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.027, 8.4, 0.055, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0714+710', 'J0720+7057' RA= 07:20:10.554153 DEC= +70:57:35.28705 RAER= 2.16 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0717+041', 'J0720+0404' RA= 07:20:14.574481 DEC= +04:04:08.29709 RAER= 0.67 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.052, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0716+477', 'J0720+4737' RA= 07:20:21.497764 DEC= +47:37:44.12477 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.369, 0.233, 8.4, 0.388, 0.252 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1903 observations" / source= '0718-130', 'J0720-1308' RA= 07:20:22.944948 DEC= -13:08:29.21651 RAER= 0.90 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0718-161', 'J0720-1613' RA= 07:20:23.693400 DEC= -16:13:54.90204 RAER= 2.14 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0719-499', 'J0720-5004' RA= 07:20:24.005713 DEC= -50:04:39.80981 RAER= 2.36 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0716+602', 'J0720+6008' RA= 07:20:27.489315 DEC= +60:08:30.31046 RAER= 3.20 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.032, 8.4, 0.029, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0717+020', 'J0720+0158' RA= 07:20:35.325277 DEC= +01:58:23.96973 RAER= 0.65 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0718-224', 'J0720-2232' RA= 07:20:37.597063 DEC= -22:32:50.56189 RAER= 0.96 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.012, 8.4, 0.039, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0715+640', 'J0720+6355' RA= 07:20:38.685755 DEC= +63:55:19.61775 RAER= 1.25 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.035, 8.4, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0718-076', 'J0720-0743' RA= 07:20:39.666830 DEC= -07:43:52.45521 RAER= 27.48 DECER= 17.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.059, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0718-340', 'J0720-3407' RA= 07:20:47.585175 DEC= -34:07:06.13551 RAER= 0.99 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0715+658', 'J0720+6544' RA= 07:20:48.912732 DEC= +65:44:04.98467 RAER= 1.78 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0718-020', 'J0720-0210' RA= 07:20:51.167476 DEC= -02:10:33.61978 RAER= 0.53 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0717+241', 'J0720+2400' RA= 07:20:57.168832 DEC= +24:00:53.08122 RAER= 0.80 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.010, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0718+142', 'J0721+1411' RA= 07:21:00.320790 DEC= +14:11:23.13347 RAER= 0.75 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.013, 8.4, 0.024, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0718+157', 'J0721+1540' RA= 07:21:02.413642 DEC= +15:40:42.97114 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.133, 8.4, 0.143, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '0718-154', 'J0721-1530' RA= 07:21:13.491465 DEC= -15:30:41.01166 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.053, 8.4, 0.161, 0.086, 22.2, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '0718+042', 'J0721+0406' RA= 07:21:23.909987 DEC= +04:06:44.21274 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.333, 0.300, 5.0, 0.541, 0.491, 8.4, 0.487, 0.346 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 822 observations" / source= '0719-423', 'J0721-4224' RA= 07:21:30.047739 DEC= -42:24:12.65787 RAER= 3.19 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0718+277', 'J0721+2742' RA= 07:21:32.061716 DEC= +27:42:12.80875 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.062, 8.4, 0.091, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0718+008', 'J0721+0047' RA= 07:21:32.072093 DEC= +00:47:57.20372 RAER= 1.20 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0719-230', 'J0721-2310' RA= 07:21:37.847313 DEC= -23:10:32.43020 RAER= 1.03 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.036, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0718+454', 'J0721+4522' RA= 07:21:37.978801 DEC= +45:22:46.84097 RAER= 14.57 DECER= 8.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0719-353', 'J0721-3528' RA= 07:21:46.691852 DEC= -35:28:17.29659 RAER= 0.24 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.060, 5.0, 0.069, 0.027, 8.4, 0.081, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '0719-164', 'J0721-1630' RA= 07:21:49.137951 DEC= -16:30:19.74756 RAER= 0.63 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0716+714', 'J0721+7120' RA= 07:21:53.448479 DEC= +71:20:36.36339 RAER= 0.31 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.390, 5.0, 1.062, 0.733, 8.4, 1.059, 0.800, 15.2, 1.657, 1.347 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 204317 observations" / source= '0720-389', 'J0721-3904' RA= 07:21:55.974130 DEC= -39:04:15.47493 RAER= 7.39 DECER= 45.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0718+374', 'J0722+3722' RA= 07:22:01.259703 DEC= +37:22:28.63309 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.131, 5.0, 0.140, 0.065, 8.4, 0.122, 0.063, 15.2, 0.116, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 987 observations" / source= '0719+288', 'J0722+2842' RA= 07:22:10.036443 DEC= +28:42:20.63137 RAER= 0.93 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.025, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0720-166', 'J0722-1644' RA= 07:22:16.934368 DEC= -16:44:17.27916 RAER= 0.94 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.021, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0720-353', 'J0722-3526' RA= 07:22:23.985336 DEC= -35:26:31.21737 RAER= 13.49 DECER= 33.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0720-305', 'J0722-3038' RA= 07:22:27.695277 DEC= -30:38:04.63073 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.071, 8.4, 0.120, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 354 observations" / source= '0720-019', 'J0722-0203' RA= 07:22:32.571136 DEC= -02:03:58.38822 RAER= 1.14 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0720-103', 'J0722-1023' RA= 07:22:38.984253 DEC= -10:23:54.84251 RAER= 1.27 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0719+255', 'J0722+2528' RA= 07:22:49.127175 DEC= +25:28:35.50791 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.038, 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '0720+031', 'J0722+0306' RA= 07:22:55.061687 DEC= +03:06:09.92845 RAER= 0.36 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.058, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0719+362', 'J0722+3606' RA= 07:22:57.401355 DEC= +36:06:19.89840 RAER= 0.24 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.068, 8.4, 0.086, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0720-272', 'J0722-2720' RA= 07:22:57.605501 DEC= -27:20:51.05862 RAER= 0.67 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.012, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0720-074', 'J0722-0731' RA= 07:22:59.683293 DEC= -07:31:34.81239 RAER= 0.24 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0719+442', 'J0723+4407' RA= 07:23:00.865420 DEC= +44:07:28.68560 RAER= 1.07 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.041, 8.4, 0.058, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0720-072', 'J0723-0723' RA= 07:23:06.675319 DEC= -07:23:26.39946 RAER= 0.53 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0719+359', 'J0723+3550' RA= 07:23:12.768182 DEC= +35:50:56.54672 RAER= 1.62 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0720+101', 'J0723+1001' RA= 07:23:13.173916 DEC= +10:01:23.75579 RAER= 2.09 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0718+587', 'J0723+5841' RA= 07:23:14.052979 DEC= +58:41:20.61805 RAER= 1.64 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0723-645', 'J0723-6437' RA= 07:23:23.399959 DEC= -64:37:05.05373 RAER= 7.95 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0721-093', 'J0723-0925' RA= 07:23:27.725496 DEC= -09:25:45.37826 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.007, 8.4, 0.048, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0720+085', 'J0723+0824' RA= 07:23:31.324441 DEC= +08:24:30.95935 RAER= 0.92 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0729-826', 'J0723-8247' RA= 07:23:39.406823 DEC= -82:47:41.09027 RAER= 11.03 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0719+540', 'J0723+5355' RA= 07:23:43.778056 DEC= +53:55:57.29243 RAER= 1.13 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.020, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0721-300', 'J0723-3009' RA= 07:23:46.776284 DEC= -30:09:12.95446 RAER= 4.22 DECER= 10.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0720+209', 'J0723+2051' RA= 07:23:48.342077 DEC= +20:51:30.77870 RAER= 0.49 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0721-318', 'J0723-3157' RA= 07:23:51.032642 DEC= -31:57:57.95684 RAER= 31.42 DECER= 36.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0720+183', 'J0723+1812' RA= 07:23:53.939135 DEC= +18:12:22.81544 RAER= 1.02 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.018, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0719+651', 'J0723+6504' RA= 07:23:54.826283 DEC= +65:04:54.58001 RAER= 1.61 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0720+290', 'J0723+2859' RA= 07:23:54.837561 DEC= +28:59:29.85333 RAER= 0.43 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 200 observations" / source= '0722-333', 'J0723-3328' RA= 07:23:55.197759 DEC= -33:28:53.04453 RAER= 35.09 DECER= 39.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0720+354', 'J0723+3519' RA= 07:23:55.441778 DEC= +35:19:36.43892 RAER= 1.24 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.009, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0721+191', 'J0723+1904' RA= 07:23:56.689531 DEC= +19:04:57.20250 RAER= 0.89 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.013, 8.4, 0.019, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0721-149', 'J0724-1505' RA= 07:24:03.056599 DEC= -15:05:17.26678 RAER= 0.87 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0721+100', 'J0724+0957' RA= 07:24:03.720720 DEC= +09:57:40.03863 RAER= 3.01 DECER= 5.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0722-283', 'J0724-2829' RA= 07:24:06.335332 DEC= -28:29:03.06352 RAER= 4.84 DECER= 11.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0720+356', 'J0724+3531' RA= 07:24:10.083539 DEC= +35:31:50.51838 RAER= 0.80 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.033, 8.4, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0721-071', 'J0724-0715' RA= 07:24:17.292633 DEC= -07:15:20.35197 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.474, 0.382, 8.4, 0.906, 0.712 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2205 observations" / source= '0720+454', 'J0724+4523' RA= 07:24:22.729193 DEC= +45:23:26.85365 RAER= 1.26 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.030, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0721+300', 'J0724+2957' RA= 07:24:28.039204 DEC= +29:57:48.00921 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.055, 5.0, 0.090, 0.085, 8.4, 0.104, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '0721+153', 'J0724+1512' RA= 07:24:28.886227 DEC= +15:12:46.23869 RAER= 0.98 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0722-063', 'J0724-0624' RA= 07:24:29.078706 DEC= -06:24:33.27115 RAER= 0.47 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0722-068', 'J0724-0658' RA= 07:24:29.143905 DEC= -06:58:07.74001 RAER= 0.27 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.136, 8.4, 0.110, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0723-394', 'J0724-3931' RA= 07:24:45.355481 DEC= -39:31:18.98689 RAER= 1.60 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0722+032', 'J0724+0308' RA= 07:24:48.408973 DEC= +03:08:25.09036 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.073, 8.4, 0.083, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '0719+670', 'J0724+6659' RA= 07:24:54.114404 DEC= +66:59:10.28706 RAER= 1.86 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0722-095', 'J0724-0939' RA= 07:24:55.171986 DEC= -09:39:58.01870 RAER= 11.52 DECER= 14.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0722-15A', 'J0724-1545' RA= 07:24:59.006449 DEC= -15:45:29.37409 RAER= 0.61 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0721+269', 'J0725+2652' RA= 07:25:00.001088 DEC= +26:52:42.86006 RAER= 1.07 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0721+543', 'J0725+5413' RA= 07:25:03.907320 DEC= +54:13:44.45451 RAER= 0.80 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.035, 8.4, 0.058, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0723-342', 'J0725-3423' RA= 07:25:15.743478 DEC= -34:23:45.37425 RAER= 0.80 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.037, 8.4, 0.048, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0722+145', 'J0725+1425' RA= 07:25:16.807768 DEC= +14:25:13.74654 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.670, 0.279, 5.0, 0.777, 0.435, 8.4, 0.688, 0.408, 15.2, 0.760, 0.469 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8748 observations" / source= '0723-35A', 'J0725-353A' RA= 07:25:23.441990 DEC= -35:31:32.45140 RAER= 1.27 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0723-265', 'J0725-2640' RA= 07:25:24.413142 DEC= -26:40:32.67931 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.075, 8.4, 0.310, 0.141, 22.2, 0.319, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1575 observations" / source= '0716+813', 'J0725+8114' RA= 07:25:26.294831 DEC= +81:14:07.77990 RAER= 3.89 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0723-375', 'J0725-3740' RA= 07:25:28.169760 DEC= -37:40:20.10942 RAER= 16.88 DECER= 40.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0721+453', 'J0725+4516' RA= 07:25:28.231692 DEC= +45:16:59.11680 RAER= 2.89 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0723-187', 'J0725-1852' RA= 07:25:28.853413 DEC= -18:52:07.37362 RAER= 0.50 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.049, 8.4, 0.117, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0723-049', 'J0725-0503' RA= 07:25:29.563237 DEC= -05:03:37.46855 RAER= 0.64 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0723-388', 'J0725-3854' RA= 07:25:32.897942 DEC= -38:54:04.61627 RAER= 2.24 DECER= 9.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0722+196', 'J0725+1932' RA= 07:25:33.074416 DEC= +19:32:14.81135 RAER= 1.06 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0722+023', 'J0725+0216' RA= 07:25:34.861601 DEC= +02:16:46.44040 RAER= 1.15 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0721+546', 'J0725+5431' RA= 07:25:39.585587 DEC= +54:31:17.38835 RAER= 1.97 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0722+463', 'J0725+4617' RA= 07:25:43.065694 DEC= +46:17:49.67811 RAER= 0.64 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.033, 8.4, 0.050, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0722+385', 'J0725+3826' RA= 07:25:44.355739 DEC= +38:26:39.72351 RAER= 5.29 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0723-354', 'J0725-3530' RA= 07:25:47.903395 DEC= -35:30:38.89548 RAER= 1.90 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0722+39A', 'J0725+3917' RA= 07:25:50.003541 DEC= +39:17:25.79291 RAER= 2.35 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0723-189', 'J0725-1904' RA= 07:25:50.165565 DEC= -19:04:19.07450 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.148, 8.4, 0.172, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 838 observations" / source= '0722+284', 'J0725+2819' RA= 07:25:50.589737 DEC= +28:19:05.81680 RAER= 0.51 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.022, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 312 observations" / source= '0723-008', 'J0725-0054' RA= 07:25:50.639920 DEC= -00:54:56.54333 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.728, 0.274, 5.0, 7.418, 2.084, 8.4, 2.127, 0.825, 15.2, 2.561, 0.632 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12128 observations" / source= '0723+106', 'J0725+1032' RA= 07:25:51.265467 DEC= +10:32:02.45994 RAER= 9.20 DECER= 18.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0723+136', 'J0725+1330' RA= 07:25:51.547949 DEC= +13:30:26.20631 RAER= 1.00 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0722+393', 'J0726+3912' RA= 07:26:04.737260 DEC= +39:12:23.32105 RAER= 0.46 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '0723+020', 'J0726+0159' RA= 07:26:08.649841 DEC= +01:59:01.27792 RAER= 0.59 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0722+306', 'J0726+3034' RA= 07:26:08.694743 DEC= +30:34:57.81629 RAER= 0.95 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0718+793', 'J0726+7911' RA= 07:26:11.735230 DEC= +79:11:31.01616 RAER= 0.53 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.709, 0.541, 5.0, 0.829, 0.591, 8.4, 0.686, 0.344 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89036 observations" / source= '0723+219', 'J0726+2153' RA= 07:26:14.260742 DEC= +21:53:20.11396 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.225, 5.0, 0.510, 0.462, 8.4, 0.496, 0.407 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7613 observations" / source= '0723+205', 'J0726+2025' RA= 07:26:21.040022 DEC= +20:25:08.32604 RAER= 1.85 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.017, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0722+415', 'J0726+4124' RA= 07:26:22.420173 DEC= +41:24:43.66839 RAER= 0.44 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '0725-473', 'J0726-4728' RA= 07:26:26.240171 DEC= -47:28:53.36262 RAER= 1.92 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0723+067', 'J0726+0636' RA= 07:26:36.364143 DEC= +06:36:42.85204 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.210, 8.4, 0.145, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 803 observations" / source= '0724-374', 'J0726-3732' RA= 07:26:39.839149 DEC= -37:32:17.39811 RAER= 30.92 DECER= 51.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0723+276', 'J0726+2733' RA= 07:26:49.893411 DEC= +27:33:30.97253 RAER= 1.06 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.059, 8.4, 0.040, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0722+615', 'J0726+6125' RA= 07:26:51.681715 DEC= +61:25:13.68096 RAER= 0.86 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '0725-444', 'J0726-4435' RA= 07:26:57.541446 DEC= -44:35:18.99497 RAER= 3.85 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0725-381', 'J0727-3813' RA= 07:27:00.130456 DEC= -38:13:11.41752 RAER= 0.38 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.056, 8.4, 0.123, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '0723+488', 'J0727+4844' RA= 07:27:03.100615 DEC= +48:44:10.12666 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.375, 0.270, 5.0, 0.263, 0.223, 8.4, 0.167, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 952 observations" / source= '0725-359', 'J0727-3604' RA= 07:27:17.975874 DEC= -36:04:31.92578 RAER= 11.85 DECER= 25.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0722+676', 'J0727+6730' RA= 07:27:23.950647 DEC= +67:30:20.28957 RAER= 1.15 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0724+007', 'J0727+0039' RA= 07:27:24.657445 DEC= +00:39:07.76703 RAER= 0.38 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.078, 8.4, 0.095, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0724+312', 'J0727+3109' RA= 07:27:25.066565 DEC= +31:09:35.47165 RAER= 1.34 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0725-272', 'J0727-2720' RA= 07:27:32.515220 DEC= -27:20:46.18626 RAER= 3.32 DECER= 9.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0724+409', 'J0727+4052' RA= 07:27:32.941898 DEC= +40:52:10.14375 RAER= 1.03 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.036, 8.4, 0.048, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0724+181', 'J0727+1803' RA= 07:27:35.872087 DEC= +18:03:44.06766 RAER= 1.12 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0723+534', 'J0727+5321' RA= 07:27:43.049472 DEC= +53:21:36.27366 RAER= 1.42 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0725-055', 'J0727-0538' RA= 07:27:55.077350 DEC= -05:38:41.80726 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0725-251', 'J0727-2517' RA= 07:27:59.609856 DEC= -25:17:33.53810 RAER= 14.76 DECER= 30.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0724+485', 'J0727+4827' RA= 07:27:59.853096 DEC= +48:27:20.38541 RAER= 1.21 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0724+535', 'J0728+5325' RA= 07:28:03.163438 DEC= +53:25:16.95662 RAER= 1.00 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.036, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0726-365', 'J0728-3641' RA= 07:28:08.570064 DEC= -36:41:59.88675 RAER= 2.69 DECER= 8.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0723+679', 'J0728+6748' RA= 07:28:10.895626 DEC= +67:48:47.03294 RAER= 0.29 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.317, 0.197, 5.0, 0.405, 0.241, 8.4, 0.432, 0.287, 15.2, 0.388, 0.264 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1081 observations" / source= '0725-060', 'J0728-0610' RA= 07:28:12.368323 DEC= -06:10:36.40186 RAER= 0.29 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.091, 8.4, 0.098, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0725+082', 'J0728+0808' RA= 07:28:16.949882 DEC= +08:08:15.33469 RAER= 0.93 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.023, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0726-294', 'J0728-2930' RA= 07:28:20.017180 DEC= -29:30:47.49894 RAER= 6.49 DECER= 15.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0725+219', 'J0728+2153' RA= 07:28:20.608299 DEC= +21:53:06.39008 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.722, 8.4, 0.407, 0.294 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2803 observations" / source= '0726-476', 'J0728-4745' RA= 07:28:23.513805 DEC= -47:45:17.02294 RAER= 1.72 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.188, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0724+546', 'J0728+5431' RA= 07:28:23.752365 DEC= +54:31:17.96943 RAER= 0.75 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.049, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0726-254', 'J0728-2532' RA= 07:28:25.396934 DEC= -25:32:51.61201 RAER= 2.38 DECER= 7.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0726-224', 'J0728-2231' RA= 07:28:29.798468 DEC= -22:31:36.70755 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.047, 8.4, 0.099, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 383 observations" / source= '0725+244', 'J0728+2419' RA= 07:28:30.935455 DEC= +24:19:11.25899 RAER= 5.34 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0726-182', 'J0728-1822' RA= 07:28:31.635949 DEC= -18:22:06.71519 RAER= 0.32 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.042, 8.4, 0.073, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0725+060', 'J0728+0559' RA= 07:28:32.435962 DEC= +05:59:29.58330 RAER= 3.83 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0725+122', 'J0728+1210' RA= 07:28:32.889920 DEC= +12:10:10.66783 RAER= 0.43 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0726-229', 'J0728-2301' RA= 07:28:34.595205 DEC= -23:01:31.16511 RAER= 1.75 DECER= 5.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0724+467', 'J0728+4640' RA= 07:28:37.534917 DEC= +46:40:12.23445 RAER= 0.45 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.056, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0725+267', 'J0728+2638' RA= 07:28:39.551145 DEC= +26:38:02.26284 RAER= 1.20 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.037, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0726-047', 'J0728-0453' RA= 07:28:48.213241 DEC= -04:53:47.77846 RAER= 0.27 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.150, 8.4, 0.204, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0726-000', 'J0728-0008' RA= 07:28:49.454015 DEC= -00:08:37.45238 RAER= 1.08 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.011, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0724+571', 'J0728+5701' RA= 07:28:49.631636 DEC= +57:01:24.37412 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.348, 0.222, 5.0, 0.390, 0.252, 8.4, 0.315, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 699 observations" / source= '0726+167', 'J0728+1638' RA= 07:28:52.340530 DEC= +16:38:53.65970 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.044, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0726-307', 'J0728-3052' RA= 07:28:52.929188 DEC= -30:52:27.26785 RAER= 5.71 DECER= 15.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0723+676', 'J0728+6732' RA= 07:28:53.655963 DEC= +67:32:27.49376 RAER= 1.51 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0727-365', 'J0729-3639' RA= 07:29:05.411715 DEC= -36:39:45.23132 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.686, 0.141, 8.4, 0.420, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '0726+087', 'J0729+0835' RA= 07:29:12.917021 DEC= +08:35:46.60466 RAER= 0.80 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.019, 8.4, 0.025, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0726-132', 'J0729-1320' RA= 07:29:17.817689 DEC= -13:20:02.27138 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.112, 8.4, 0.188, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0724+615', 'J0729+6129' RA= 07:29:22.969830 DEC= +61:29:11.98351 RAER= 1.12 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.073, 8.4, 0.097, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0726+129', 'J0729+1252' RA= 07:29:23.334403 DEC= +12:52:33.58096 RAER= 0.85 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.025, 8.4, 0.038, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0727-165', 'J0729-1636' RA= 07:29:23.948539 DEC= -16:36:56.56036 RAER= 2.84 DECER= 5.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0727-253', 'J0729-2527' RA= 07:29:26.333283 DEC= -25:27:34.21427 RAER= 5.34 DECER= 8.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0727-284', 'J0729-2832' RA= 07:29:45.669317 DEC= -28:32:08.18100 RAER= 58.20 DECER= 47.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0726+499', 'J0729+4953' RA= 07:29:47.465500 DEC= +49:53:16.69233 RAER= 0.97 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0727-001', 'J0729-0018' RA= 07:29:47.918404 DEC= -00:18:13.00664 RAER= 0.42 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.072, 8.4, 0.073, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0724+689', 'J0729+6853' RA= 07:29:49.783751 DEC= +68:53:02.45940 RAER= 2.52 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0728-345', 'J0729-3439' RA= 07:29:57.364968 DEC= -34:39:19.59675 RAER= 0.24 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.036, 8.4, 0.137, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '0727-213', 'J0730-2124' RA= 07:30:03.200026 DEC= -21:24:32.43869 RAER= 3.47 DECER= 7.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0727+032', 'J0730+0310' RA= 07:30:15.622426 DEC= +03:10:17.48815 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.039, 8.4, 0.134, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '0727-115', 'J0730-1141' RA= 07:30:19.112475 DEC= -11:41:12.60072 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.173, 2.035, 5.0, 4.063, 3.302, 8.4, 4.324, 2.891, 15.2, 4.453, 2.766, 22.2, 3.276, 1.833 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339493 observations" / source= '0728-322', 'J0730-3223' RA= 07:30:21.246832 DEC= -32:23:11.34820 RAER= 2.34 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0728-391', 'J0730-3913' RA= 07:30:22.151183 DEC= -39:13:17.72812 RAER= 67.96 DECER= 88.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0727-025', 'J0730-0241' RA= 07:30:25.877613 DEC= -02:41:24.90429 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.306, 0.225, 8.4, 0.296, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 498 observations" / source= '0727+332', 'J0730+3307' RA= 07:30:26.064342 DEC= +33:07:22.90784 RAER= 0.37 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0728-054', 'J0730-0535' RA= 07:30:28.436494 DEC= -05:35:46.90406 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.074, 8.4, 0.092, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '0727+109', 'J0730+1048' RA= 07:30:30.869526 DEC= +10:48:33.37267 RAER= 1.15 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, n/a, 8.4, 0.112, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0728-197', 'J0730-1954' RA= 07:30:33.640291 DEC= -19:54:07.76271 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.068, 8.4, 0.144, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '0727+401', 'J0730+4001' RA= 07:30:35.885093 DEC= +40:01:23.63706 RAER= 1.08 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.018, 8.4, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0728-320', 'J0730-3208' RA= 07:30:38.298369 DEC= -32:08:20.17942 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.418, 0.106, 8.4, 0.217, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '0727+174', 'J0730+1720' RA= 07:30:41.423550 DEC= +17:20:40.74558 RAER= 0.95 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.014, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0728-262', 'J0730-2620' RA= 07:30:41.984121 DEC= -26:20:36.09948 RAER= 0.73 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0730-659', 'J0730-6602' RA= 07:30:49.558992 DEC= -66:02:18.87699 RAER= 4.62 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0727+409', 'J0730+4049' RA= 07:30:51.346600 DEC= +40:49:50.82620 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.061, 5.0, 0.286, 0.098, 8.4, 0.183, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1097 observations" / source= '0729-339', 'J0730-3405' RA= 07:30:53.430417 DEC= -34:05:35.05573 RAER= 0.78 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.034, 8.4, 0.078, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0728-235', 'J0731-2341' RA= 07:31:06.668001 DEC= -23:41:47.87062 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.932, 0.280, 8.4, 0.753, 0.236, 22.2, 0.843, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1920 observations" / source= '0728-164', 'J0731-1632' RA= 07:31:11.433133 DEC= -16:32:23.11515 RAER= 1.86 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0728-139', 'J0731-1402' RA= 07:31:12.987128 DEC= -14:02:06.95090 RAER= 1.04 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0728+066', 'J0731+0632' RA= 07:31:16.172941 DEC= +06:32:00.67859 RAER= 0.61 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.021, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0727+537', 'J0731+5338' RA= 07:31:16.869036 DEC= +53:38:58.43032 RAER= 1.18 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0728+124', 'J0731+1220' RA= 07:31:18.770585 DEC= +12:20:49.02850 RAER= 4.61 DECER= 7.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0726+674', 'J0731+6718' RA= 07:31:25.402884 DEC= +67:18:47.08219 RAER= 1.37 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.115, 8.4, 0.079, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0728+176', 'J0731+1734' RA= 07:31:26.889935 DEC= +17:34:09.01786 RAER= 0.61 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.024, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0729-222', 'J0731-2224' RA= 07:31:31.508464 DEC= -22:24:20.86665 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.464, 0.074, 8.4, 0.479, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1472 observations" / source= '0728+411', 'J0731+4100' RA= 07:31:33.738509 DEC= +41:00:18.84333 RAER= 0.97 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.040, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0728+249', 'J0731+2451' RA= 07:31:33.745468 DEC= +24:51:58.59838 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.161, 8.4, 0.178, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2132 observations" / source= '0729-088', 'J0731-0900' RA= 07:31:40.261044 DEC= -09:00:13.61326 RAER= 11.61 DECER= 10.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0728+251', 'J0731+2500' RA= 07:31:40.545373 DEC= +25:00:58.03078 RAER= 0.86 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.059, 8.4, 0.059, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0729-209', 'J0731-2103' RA= 07:31:49.725887 DEC= -21:03:50.30097 RAER= 1.99 DECER= 5.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0729-300', 'J0731-3010' RA= 07:31:51.196325 DEC= -30:10:59.05234 RAER= 0.58 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '0728+281', 'J0731+2804' RA= 07:31:52.729405 DEC= +28:04:32.93962 RAER= 0.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.030, 5.0, 0.018, 0.014, 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 885 observations" / source= '0729-082', 'J0731-0824' RA= 07:31:56.801925 DEC= -08:24:10.51337 RAER= 5.67 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0729+146', 'J0731+1433' RA= 07:31:58.996976 DEC= +14:33:36.49282 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.210, 8.4, 0.164, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 659 observations" / source= '0728+459', 'J0732+4550' RA= 07:32:19.959594 DEC= +45:50:40.34078 RAER= 0.65 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.022, 8.4, 0.051, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0729+019', 'J0732+0150' RA= 07:32:22.788696 DEC= +01:50:35.38401 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.126, 8.4, 0.229, 0.113, 22.2, 0.185, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1810 observations" / source= '0728+437', 'J0732+4338' RA= 07:32:28.678358 DEC= +43:38:01.39380 RAER= 0.76 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.040, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0728+612', 'J0732+6110' RA= 07:32:30.002647 DEC= +61:10:42.37975 RAER= 2.45 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.017, 8.4, 0.035, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0729+027', 'J0732+0236' RA= 07:32:31.323273 DEC= +02:36:09.87462 RAER= 0.67 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.037, 8.4, 0.036, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0729+437', 'J0732+4335' RA= 07:32:43.684115 DEC= +43:35:40.25292 RAER= 8.19 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0731-465', 'J0732-4640' RA= 07:32:44.308464 DEC= -46:40:17.20804 RAER= 1.76 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, n/a, 8.4, 0.205, 0.160 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0730-023', 'J0732-0228' RA= 07:32:45.079040 DEC= -02:28:57.15326 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.072, 8.4, 0.108, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0729+387', 'J0732+3840' RA= 07:32:48.084867 DEC= +38:40:54.91278 RAER= 0.99 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.045, 8.4, 0.044, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0730-034', 'J0732-0334' RA= 07:32:50.563467 DEC= -03:34:33.51484 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.062, 8.4, 0.083, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '0728+605', 'J0732+6023' RA= 07:32:50.970060 DEC= +60:23:40.06019 RAER= 1.28 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, n/a, 5.0, 0.100, 0.033, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0730-013', 'J0732-0128' RA= 07:32:51.611567 DEC= -01:28:58.15122 RAER= 0.35 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.076, 8.4, 0.100, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0729+259', 'J0732+2548' RA= 07:32:56.275270 DEC= +25:48:38.79556 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.310, 8.4, 0.345, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4490 observations" / source= '0729+493', 'J0732+4916' RA= 07:32:58.381701 DEC= +49:16:57.54346 RAER= 0.65 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0728+592', 'J0733+5908' RA= 07:33:05.726559 DEC= +59:08:53.83387 RAER= 0.92 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '0729+355', 'J0733+3524' RA= 07:33:11.823122 DEC= +35:24:41.85599 RAER= 1.05 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0730+274', 'J0733+2721' RA= 07:33:20.488543 DEC= +27:21:03.46943 RAER= 1.40 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.016, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0729+391', 'J0733+3905' RA= 07:33:20.838494 DEC= +39:05:05.14920 RAER= 0.77 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.040, 8.4, 0.060, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0730+369', 'J0733+3650' RA= 07:33:24.386290 DEC= +36:50:04.47429 RAER= 0.41 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.059, 8.4, 0.048, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0729+520', 'J0733+5153' RA= 07:33:26.791659 DEC= +51:53:55.91341 RAER= 1.24 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0731-277', 'J0733-2750' RA= 07:33:26.851013 DEC= -27:50:07.56507 RAER= 3.23 DECER= 9.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0729+562', 'J0733+5605' RA= 07:33:28.615427 DEC= +56:05:41.73604 RAER= 1.22 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.024, 5.0, 0.113, 0.021, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '0730+353', 'J0733+3515' RA= 07:33:29.580428 DEC= +35:15:42.72106 RAER= 0.31 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.033, 0.025, 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '0729+578', 'J0733+5742' RA= 07:33:29.922219 DEC= +57:42:01.97055 RAER= 0.78 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0730-003', 'J0733-0026' RA= 07:33:33.106511 DEC= -00:26:35.83007 RAER= 1.17 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.037, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0732-546', 'J0733-5445' RA= 07:33:34.758265 DEC= -54:45:41.81153 RAER= 1.27 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations. No flux information" / source= '0731-045', 'J0733-0438' RA= 07:33:36.385620 DEC= -04:38:06.24684 RAER= 0.83 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.015, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0730+210', 'J0733+2054' RA= 07:33:36.822650 DEC= +20:54:56.86285 RAER= 2.16 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0730+132', 'J0733+1306' RA= 07:33:42.715361 DEC= +13:06:16.16401 RAER= 0.43 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.055, 8.4, 0.079, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0730+412', 'J0733+4111' RA= 07:33:46.810877 DEC= +41:11:19.94503 RAER= 1.08 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0730+504', 'J0733+5022' RA= 07:33:52.520584 DEC= +50:22:09.06208 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.634, 0.516, 5.0, 0.345, 0.166, 8.4, 0.625, 0.421, 15.2, 0.671, 0.483, 22.2, 0.518, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3670 observations" / source= '0731+050', 'J0733+0456' RA= 07:33:57.459899 DEC= +04:56:14.49652 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.257, 8.4, 0.575, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2480 observations" / source= '0731+166', 'J0733+1631' RA= 07:33:59.696923 DEC= +16:31:05.77300 RAER= 0.22 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '0729+591', 'J0734+5905' RA= 07:34:09.619729 DEC= +59:05:03.75542 RAER= 0.77 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0729+655', 'J0734+6528' RA= 07:34:18.041134 DEC= +65:28:02.66271 RAER= 1.27 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.047, 8.4, 0.042, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0730+475', 'J0734+4729' RA= 07:34:22.193469 DEC= +47:29:18.82838 RAER= 1.20 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0730+502', 'J0734+5007' RA= 07:34:31.722952 DEC= +50:07:15.57043 RAER= 2.38 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0736-770', 'J0734-7711' RA= 07:34:43.419518 DEC= -77:11:13.48737 RAER= 4.15 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.142, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0732-052', 'J0734-0519' RA= 07:34:51.304546 DEC= -05:19:54.74191 RAER= 0.59 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.288, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0731+332', 'J0734+3307' RA= 07:34:53.730734 DEC= +33:07:02.59314 RAER= 0.45 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0731+251', 'J0734+2504' RA= 07:34:58.897500 DEC= +25:04:55.10118 RAER= 2.00 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.043, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0731+479', 'J0735+4750' RA= 07:35:02.311688 DEC= +47:50:08.42713 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.441, 0.209, 5.0, 0.438, 0.177, 8.4, 0.475, 0.238 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 517 observations" / source= '0729+713', 'J0735+7115' RA= 07:35:02.360602 DEC= +71:15:05.93876 RAER= 2.00 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0732+182', 'J0735+1808' RA= 07:35:07.638430 DEC= +18:08:20.95727 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0732+015', 'J0735+0125' RA= 07:35:08.365312 DEC= +01:25:45.96921 RAER= 0.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.055, 8.4, 0.060, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0732-132', 'J0735-1323' RA= 07:35:11.833429 DEC= -13:23:59.73481 RAER= 0.78 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0732-003', 'J0735-0029' RA= 07:35:20.775033 DEC= -00:29:51.93529 RAER= 0.58 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.010, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0731+503', 'J0735+5011' RA= 07:35:36.971184 DEC= +50:11:52.05950 RAER= 2.12 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.063, 8.4, 0.066, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0733-174', 'J0735-1735' RA= 07:35:45.812459 DEC= -17:35:48.50273 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.034, 0.137, 8.4, 0.722, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 878 observations" / source= '0733-311', 'J0735-3118' RA= 07:35:48.893461 DEC= -31:18:19.56254 RAER= 5.12 DECER= 14.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0732+207', 'J0735+2036' RA= 07:35:52.742916 DEC= +20:36:38.85649 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.146, 8.4, 0.144, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '0731+577', 'J0735+5738' RA= 07:35:53.820587 DEC= +57:38:14.09396 RAER= 1.86 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0732+332', 'J0735+3307' RA= 07:35:55.562661 DEC= +33:07:09.57157 RAER= 0.78 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0732+345', 'J0735+3428' RA= 07:35:55.995774 DEC= +34:28:50.67181 RAER= 0.50 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.045, 8.4, 0.057, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0731+595', 'J0735+5925' RA= 07:35:56.300822 DEC= +59:25:22.11194 RAER= 0.87 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '0733-224', 'J0735-2232' RA= 07:35:56.936649 DEC= -22:32:59.30671 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.148, 8.4, 0.094, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0733+016', 'J0735+0130' RA= 07:35:58.634657 DEC= +01:30:03.63734 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.048, 8.4, 0.060, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '0733+076', 'J0735+0734' RA= 07:35:58.811744 DEC= +07:34:36.98425 RAER= 0.73 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.007, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0732+23A', 'J0735+234A' RA= 07:35:59.921213 DEC= +23:41:02.86389 RAER= 0.24 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.357, 0.048, 5.0, 0.290, 0.012, 8.4, 0.053, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '0732+237', 'J0735+2341' RA= 07:35:59.933036 DEC= +23:41:02.77742 RAER= 0.26 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.072, 5.0, 0.287, 0.010, 8.4, 0.066, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '0732+478', 'J0736+4744' RA= 07:36:01.049666 DEC= +47:44:23.99015 RAER= 2.07 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.075, 8.4, 0.042, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0733-187', 'J0736-1853' RA= 07:36:02.377599 DEC= -18:53:09.92438 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.054, 8.4, 0.161, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '0733-200', 'J0736-2012' RA= 07:36:02.396926 DEC= -20:12:32.73339 RAER= 0.79 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0733+156', 'J0736+1529' RA= 07:36:04.939557 DEC= +15:29:51.81800 RAER= 0.29 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.070, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0733+300', 'J0736+2954' RA= 07:36:13.661080 DEC= +29:54:22.18467 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.258, 5.0, 0.306, 0.190, 8.4, 0.294, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1295 observations" / source= '0733+314', 'J0736+3119' RA= 07:36:15.054632 DEC= +31:19:54.44936 RAER= 1.16 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0733+190', 'J0736+1857' RA= 07:36:17.120023 DEC= +18:57:10.16816 RAER= 0.72 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0733+271', 'J0736+2703' RA= 07:36:18.723132 DEC= +27:03:52.57806 RAER= 0.73 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.073, 8.4, 0.116, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0731+653', 'J0736+6513' RA= 07:36:21.297540 DEC= +65:13:12.00557 RAER= 1.37 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.041, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0733-018', 'J0736-0157' RA= 07:36:25.940914 DEC= -01:57:26.31153 RAER= 0.36 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.086, 8.4, 0.100, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0734-040', 'J0736-0412' RA= 07:36:30.796658 DEC= -04:12:43.19184 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.074, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0733+287', 'J0736+2840' RA= 07:36:31.198513 DEC= +28:40:36.80608 RAER= 0.77 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '0733+316', 'J0736+3131' RA= 07:36:33.035769 DEC= +31:31:28.45667 RAER= 0.71 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.042, 8.4, 0.106, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0734-044', 'J0736-0433' RA= 07:36:33.627327 DEC= -04:33:11.86151 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.089, 8.4, 0.126, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0734-050', 'J0736-0508' RA= 07:36:42.383405 DEC= -05:08:37.28318 RAER= 0.72 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0734-036', 'J0736-0344' RA= 07:36:43.984417 DEC= -03:44:59.24993 RAER= 0.84 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0734-069', 'J0736-0701' RA= 07:36:50.658865 DEC= -07:01:22.31367 RAER= 0.75 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0734-163', 'J0736-1627' RA= 07:36:52.821661 DEC= -16:27:44.66762 RAER= 7.41 DECER= 14.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0733+311', 'J0736+3059' RA= 07:36:54.209625 DEC= +30:59:22.18217 RAER= 2.50 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0734-016', 'J0736-0145' RA= 07:36:57.640569 DEC= -01:45:56.06785 RAER= 0.85 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0733+261', 'J0736+2604' RA= 07:36:58.073670 DEC= +26:04:49.94525 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.098, 5.0, 0.240, 0.108, 8.4, 0.202, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1062 observations" / source= '0733+289', 'J0736+2849' RA= 07:36:58.245848 DEC= +28:49:40.77113 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0733+361', 'J0737+3603' RA= 07:37:04.173067 DEC= +36:03:28.43774 RAER= 0.96 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0734-035', 'J0737-0338' RA= 07:37:05.593737 DEC= -03:38:46.37874 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.071, 8.4, 0.121, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0742-826', 'J0737-8248' RA= 07:37:06.057497 DEC= -82:48:40.10383 RAER= 278.75 DECER= 31.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0734-072', 'J0737-0720' RA= 07:37:07.132915 DEC= -07:20:38.03875 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.052, 8.4, 0.144, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '0735-303', 'J0737-3027' RA= 07:37:09.594701 DEC= -30:27:10.14372 RAER= 0.47 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.050, 8.4, 0.055, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '0734+307', 'J0737+3036' RA= 07:37:12.574652 DEC= +30:36:36.60575 RAER= 1.95 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0735-383', 'J0737-3828' RA= 07:37:14.601875 DEC= -38:28:39.52425 RAER= 30.03 DECER= 55.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0734-154', 'J0737-1534' RA= 07:37:16.234689 DEC= -15:34:05.87815 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.222, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '0734+197', 'J0737+1938' RA= 07:37:20.799102 DEC= +19:38:13.91010 RAER= 1.19 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0735-284', 'J0737-2832' RA= 07:37:20.835979 DEC= -28:32:37.26083 RAER= 2.71 DECER= 8.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0733+597', 'J0737+5941' RA= 07:37:30.086940 DEC= +59:41:03.19468 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.077, 5.0, 0.135, 0.021, 8.4, 0.195, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 821 observations" / source= '0734+175', 'J0737+1729' RA= 07:37:33.286197 DEC= +17:29:03.85224 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0736-381', 'J0737-3813' RA= 07:37:47.601912 DEC= -38:13:04.23863 RAER= 25.86 DECER= 49.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0735-090', 'J0737-0909' RA= 07:37:50.843927 DEC= -09:09:34.31902 RAER= 3.91 DECER= 5.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0734+269', 'J0737+2651' RA= 07:37:54.975283 DEC= +26:51:47.44748 RAER= 0.47 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '0736-397', 'J0737-3954' RA= 07:37:55.840303 DEC= -39:54:34.05571 RAER= 0.22 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.048, 8.4, 0.171, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '0733+646', 'J0737+6430' RA= 07:37:58.980317 DEC= +64:30:43.34718 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.212, 5.0, 0.358, 0.151, 8.4, 0.272, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 946 observations" / source= '0734+448', 'J0738+4442' RA= 07:38:02.527628 DEC= +44:42:50.15714 RAER= 2.73 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.016, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0735+178', 'J0738+1742' RA= 07:38:07.393753 DEC= +17:42:18.99809 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.369, 0.897, 5.0, 1.552, 0.482, 8.4, 0.762, 0.272, 15.2, 0.919, 0.422 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17832 observations" / source= '0735+054', 'J0738+0518' RA= 07:38:08.229293 DEC= +05:18:35.48098 RAER= 0.52 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0736-239', 'J0738-2403' RA= 07:38:09.989733 DEC= -24:03:56.36587 RAER= 0.56 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0736-332', 'J0738-3322' RA= 07:38:16.948698 DEC= -33:22:12.77621 RAER= 0.21 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.890, 0.377, 8.4, 0.332, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '0736-303', 'J0738-3025' RA= 07:38:19.787889 DEC= -30:25:04.84514 RAER= 1.91 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '0736-361', 'J0738-3613' RA= 07:38:20.026246 DEC= -36:13:35.12766 RAER= 2.19 DECER= 7.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.025, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0735+190', 'J0738+1855' RA= 07:38:24.720453 DEC= +18:55:16.72163 RAER= 0.70 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.065, 8.4, 0.110, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0735+021', 'J0738+0204' RA= 07:38:26.879568 DEC= +02:04:30.52835 RAER= 0.84 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.023, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0736-019', 'J0738-0204' RA= 07:38:33.903802 DEC= -02:04:23.27147 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0733+657', 'J0738+6537' RA= 07:38:44.902317 DEC= +65:37:45.68654 RAER= 1.09 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.070, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0736-147', 'J0738-1450' RA= 07:38:48.837797 DEC= -14:50:43.19432 RAER= 1.01 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0738-674', 'J0738-6735' RA= 07:38:56.496243 DEC= -67:35:50.82609 RAER= 0.31 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations. No flux information" / source= '0736-063', 'J0738-0626' RA= 07:38:57.175573 DEC= -06:26:58.05695 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.264, 0.297, 8.4, 0.447, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '0729+818', 'J0739+8146' RA= 07:39:03.080983 DEC= +81:46:01.22593 RAER= 28.26 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, 0.028, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0736+239', 'J0739+2347' RA= 07:39:09.466857 DEC= +23:47:39.65779 RAER= 1.04 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0736-168', 'J0739-1656' RA= 07:39:09.641137 DEC= -16:56:46.41876 RAER= 5.89 DECER= 10.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0732+755', 'J0739+7527' RA= 07:39:13.194743 DEC= +75:27:47.70918 RAER= 0.57 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.184, 8.4, 0.117, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '0736+075', 'J0739+0724' RA= 07:39:13.685753 DEC= +07:24:03.24596 RAER= 1.90 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0736+017', 'J0739+0137' RA= 07:39:18.033903 DEC= +01:37:04.61768 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.943, 0.340, 5.0, 0.960, 0.477, 8.4, 1.049, 0.663, 15.2, 1.408, 0.831 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40624 observations" / source= '0736-011', 'J0739-0115' RA= 07:39:21.455830 DEC= -01:15:10.02764 RAER= 0.68 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.017, 8.4, 0.036, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0737-242', 'J0739-2420' RA= 07:39:23.985052 DEC= -24:20:54.93611 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.065, 8.4, 0.068, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '0737-229', 'J0739-2301' RA= 07:39:24.997658 DEC= -23:01:31.87285 RAER= 0.57 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0736+177', 'J0739+1739' RA= 07:39:28.553247 DEC= +17:39:27.17816 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.084, 5.0, 0.074, 0.042, 8.4, 0.061, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 576 observations" / source= '0736-015', 'J0739-0137' RA= 07:39:31.522159 DEC= -01:37:29.75484 RAER= 0.93 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0735+632', 'J0739+6306' RA= 07:39:34.797184 DEC= +63:06:05.57381 RAER= 0.94 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '0737-290', 'J0739-2911' RA= 07:39:40.202747 DEC= -29:11:19.01181 RAER= 1.16 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0736+103', 'J0739+1017' RA= 07:39:41.216596 DEC= +10:17:00.99775 RAER= 0.85 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0736+178', 'J0739+1743' RA= 07:39:48.238217 DEC= +17:43:04.10112 RAER= 0.20 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.043, 8.4, 0.048, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '0736+445', 'J0739+4423' RA= 07:39:52.535904 DEC= +44:23:48.17480 RAER= 0.47 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 371 observations" / source= '0737+063', 'J0739+0614' RA= 07:39:52.812504 DEC= +06:14:23.71891 RAER= 1.07 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0737+171', 'J0739+1703' RA= 07:39:58.256704 DEC= +17:03:40.17990 RAER= 0.91 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.030, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0737-076', 'J0739-0747' RA= 07:39:59.501978 DEC= -07:47:45.00165 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.048, 8.4, 0.067, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0737+186', 'J0740+1831' RA= 07:40:10.682979 DEC= +18:31:49.17592 RAER= 0.53 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0736+386', 'J0740+3833' RA= 07:40:10.687379 DEC= +38:33:47.87822 RAER= 5.91 DECER= 6.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0735+648', 'J0740+6444' RA= 07:40:12.842229 DEC= +64:44:20.66877 RAER= 2.16 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0738-246', 'J0740-2444' RA= 07:40:14.716681 DEC= -24:44:36.68278 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.149, 8.4, 0.327, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0737+133', 'J0740+1315' RA= 07:40:14.795593 DEC= +13:15:22.38969 RAER= 0.60 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0737-086', 'J0740-0847' RA= 07:40:17.546747 DEC= -08:47:46.83851 RAER= 0.50 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0738-137', 'J0740-1351' RA= 07:40:20.538431 DEC= -13:51:53.88111 RAER= 0.29 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.051, 8.4, 0.082, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0737-072', 'J0740-0724' RA= 07:40:22.002587 DEC= -07:24:04.58918 RAER= 1.21 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.014, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0737+130', 'J0740+1253' RA= 07:40:22.063057 DEC= +12:53:53.96880 RAER= 0.63 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0737-030', 'J0740-0310' RA= 07:40:30.312510 DEC= -03:10:53.51971 RAER= 1.01 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.008, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0737+289', 'J0740+2852' RA= 07:40:33.543817 DEC= +28:52:47.24656 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.090, 5.0, 0.120, 0.102, 8.4, 0.145, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1065 observations" / source= '0738-038', 'J0740-0400' RA= 07:40:33.975992 DEC= -04:00:25.83537 RAER= 0.26 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.088, 8.4, 0.101, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0737+077', 'J0740+0737' RA= 07:40:40.528987 DEC= +07:37:12.35067 RAER= 1.82 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0739-515', 'J0740-5137' RA= 07:40:50.694889 DEC= -51:37:30.22934 RAER= 5.82 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '0737+176', 'J0740+1730' RA= 07:40:51.641857 DEC= +17:30:20.63863 RAER= 0.34 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0737+404', 'J0740+4018' RA= 07:40:51.885412 DEC= +40:18:10.11473 RAER= 0.73 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.049, 8.4, 0.043, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0739-523', 'J0740-5225' RA= 07:40:52.992484 DEC= -52:25:53.88535 RAER= 3.94 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '0735+674', 'J0740+6719' RA= 07:40:53.398517 DEC= +67:19:08.23278 RAER= 0.37 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.058, 8.4, 0.121, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '0737+457', 'J0740+4537' RA= 07:40:53.836744 DEC= +45:37:37.24717 RAER= 2.31 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.026, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0736+608', 'J0740+6042' RA= 07:40:54.807337 DEC= +60:42:14.25021 RAER= 4.11 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0735+716', 'J0740+7129' RA= 07:40:56.914363 DEC= +71:29:53.74347 RAER= 2.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, n/a, 5.0, 0.081, 0.043, 8.4, 0.046, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0738+128', 'J0740+1241' RA= 07:40:59.147927 DEC= +12:41:27.66469 RAER= 0.87 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0738+172', 'J0741+1710' RA= 07:41:00.570156 DEC= +17:10:50.89532 RAER= 0.74 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.060, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0737+322', 'J0741+3205' RA= 07:41:05.945763 DEC= +32:05:44.15277 RAER= 0.68 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0738+313', 'J0741+3112' RA= 07:41:10.703302 DEC= +31:12:00.22906 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.820, 1.290, 5.0, 3.065, 1.444, 8.4, 2.248, 1.050, 15.2, 1.800, 0.708 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14144 observations" / source= '0735+730', 'J0741+7258' RA= 07:41:11.452106 DEC= +72:58:22.86683 RAER= 2.98 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0739-138', 'J0741-1359' RA= 07:41:19.502154 DEC= -13:59:58.26975 RAER= 0.34 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.040, 8.4, 0.056, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0739-190', 'J0741-1910' RA= 07:41:21.453349 DEC= -19:10:54.40086 RAER= 2.69 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0738+272', 'J0741+2706' RA= 07:41:25.732843 DEC= +27:06:45.39203 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.912, 0.377, 5.0, 0.587, 0.147, 8.4, 0.417, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 875 observations" / source= '0738+237', 'J0741+2338' RA= 07:41:26.947478 DEC= +23:38:54.17138 RAER= 1.30 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0738+260', 'J0741+2557' RA= 07:41:29.741491 DEC= +25:57:32.25670 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.049, 8.4, 0.072, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 598 observations" / source= '0739-055', 'J0741-0538' RA= 07:41:32.971336 DEC= -05:38:40.50141 RAER= 0.96 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.005, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0739-273', 'J0741-2727' RA= 07:41:36.614427 DEC= -27:27:42.99205 RAER= 2.30 DECER= 7.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0740-447', 'J0741-4454' RA= 07:41:38.902661 DEC= -44:54:02.09468 RAER= 1.24 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, n/a, 8.4, 0.089, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0740-470', 'J0741-4709' RA= 07:41:45.245493 DEC= -47:09:25.99700 RAER= 1.81 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.162, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0737+526', 'J0741+5233' RA= 07:41:47.877407 DEC= +52:33:52.85812 RAER= 13.01 DECER= 8.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0739-126', 'J0741-1243' RA= 07:41:49.478152 DEC= -12:43:51.29488 RAER= 16.16 DECER= 18.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.064, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0739-245', 'J0741-2437' RA= 07:41:52.410463 DEC= -24:37:39.18736 RAER= 2.24 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0739-195', 'J0741-1937' RA= 07:41:52.787423 DEC= -19:37:34.83316 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0738+422', 'J0741+4208' RA= 07:41:55.649251 DEC= +42:08:17.79762 RAER= 1.28 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.014, 8.4, 0.023, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0739-266', 'J0741-2647' RA= 07:41:55.681188 DEC= -26:47:30.49493 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.178, 8.4, 0.197, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '0737+635', 'J0741+6324' RA= 07:41:57.871320 DEC= +63:24:46.23612 RAER= 2.08 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0738+491', 'J0742+4900' RA= 07:42:02.748951 DEC= +49:00:15.60888 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.358, 0.329, 5.0, 0.451, 0.439, 8.4, 0.493, 0.447 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40880 observations" / source= '0739+236', 'J0742+2332' RA= 07:42:13.304512 DEC= +23:32:50.36013 RAER= 1.01 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.020, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0739+199', 'J0742+1947' RA= 07:42:18.215295 DEC= +19:47:19.48755 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.144, 5.0, 0.174, 0.144, 8.4, 0.173, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '0737+687', 'J0742+6836' RA= 07:42:23.034288 DEC= +68:36:31.52864 RAER= 0.88 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.022, 8.4, 0.130, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '0740-171', 'J0742-1714' RA= 07:42:23.811546 DEC= -17:14:22.25772 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0740-206', 'J0742-2043' RA= 07:42:32.099168 DEC= -20:43:41.24900 RAER= 0.78 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0739+423', 'J0742+4215' RA= 07:42:35.079330 DEC= +42:15:00.66032 RAER= 0.27 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.170, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 519 observations" / source= '0739+279', 'J0742+2750' RA= 07:42:37.263768 DEC= +27:50:49.71201 RAER= 5.58 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0739+39A', 'J0742+3944' RA= 07:42:37.387214 DEC= +39:44:35.63002 RAER= 0.45 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '0738+548', 'J0742+5444' RA= 07:42:39.790691 DEC= +54:44:24.66694 RAER= 0.20 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.224, 5.0, 0.207, 0.167, 8.4, 0.247, 0.200, 15.2, 0.571, 0.544 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1436 observations" / source= '0740-101', 'J0742-1015' RA= 07:42:40.238907 DEC= -10:15:57.71928 RAER= 0.37 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.070, 8.4, 0.076, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0740-383', 'J0742-3829' RA= 07:42:42.004896 DEC= -38:29:03.90927 RAER= 0.29 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.105, 8.4, 0.101, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '0741-525', 'J0742-5241' RA= 07:42:44.598991 DEC= -52:41:07.82863 RAER= 1.95 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations. No flux information" / source= '0739+366', 'J0742+3634' RA= 07:42:51.168510 DEC= +36:34:43.63787 RAER= 0.66 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.011, 8.4, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0740-282', 'J0742-2823' RA= 07:42:57.381545 DEC= -28:23:48.60267 RAER= 2.84 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0740+042', 'J0742+0410' RA= 07:42:58.808961 DEC= +04:10:29.48086 RAER= 0.66 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.027, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0740+002', 'J0743+0006' RA= 07:43:02.817549 DEC= +00:06:47.86670 RAER= 0.32 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.083, 8.4, 0.118, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0740+173', 'J0743+1714' RA= 07:43:05.106819 DEC= +17:14:24.41157 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.290, 0.262, 8.4, 0.261, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1081 observations" / source= '0739+398', 'J0743+3941' RA= 07:43:09.886546 DEC= +39:41:30.78012 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.347, 0.251, 5.0, 0.364, 0.279, 8.4, 0.233, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 901 observations" / source= '0742-562', 'J0743-5619' RA= 07:43:20.485194 DEC= -56:19:32.95848 RAER= 0.30 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.468, n/a, 8.4, 0.433, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '0740+290', 'J0743+2855' RA= 07:43:20.705122 DEC= +28:55:31.82757 RAER= 0.67 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0741-249', 'J0743-2503' RA= 07:43:22.019977 DEC= -25:03:08.57509 RAER= 7.50 DECER= 11.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0740+114', 'J0743+1121' RA= 07:43:29.056896 DEC= +11:21:44.16808 RAER= 1.55 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0743-673', 'J0743-6726' RA= 07:43:31.611674 DEC= -67:26:25.54642 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.521, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 967 observations" / source= '0741-444', 'J0743-4434' RA= 07:43:32.758606 DEC= -44:34:05.11955 RAER= 0.27 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, n/a, 5.0, 0.273, 0.034, 8.4, 0.233, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0739+468', 'J0743+4641' RA= 07:43:35.642957 DEC= +46:41:41.84253 RAER= 1.29 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.007, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0741-379', 'J0743-3803' RA= 07:43:44.820584 DEC= -38:03:56.40155 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.068, 8.4, 0.243, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0740+235', 'J0743+2328' RA= 07:43:44.972152 DEC= +23:28:39.00310 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.055, 5.0, 0.152, 0.100, 8.4, 0.114, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1127 observations" / source= '0741-320', 'J0743-3211' RA= 07:43:49.895483 DEC= -32:11:52.23970 RAER= 5.41 DECER= 14.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0741-045', 'J0743-0440' RA= 07:43:52.406635 DEC= -04:40:20.53155 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.130, 8.4, 0.208, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 393 observations" / source= '0740+510', 'J0743+5053' RA= 07:43:54.006706 DEC= +50:53:48.63503 RAER= 0.81 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0741+169', 'J0743+1648' RA= 07:43:55.656772 DEC= +16:48:10.28029 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '0741-032', 'J0743-0323' RA= 07:43:57.459918 DEC= -03:23:39.09762 RAER= 2.94 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0740+413', 'J0744+4115' RA= 07:44:00.363021 DEC= +41:15:55.15022 RAER= 2.63 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0738+707', 'J0744+7036' RA= 07:44:03.598126 DEC= +70:36:00.45111 RAER= 1.22 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.046, 8.4, 0.061, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0737+746', 'J0744+7433' RA= 07:44:05.375387 DEC= +74:33:58.25590 RAER= 1.39 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, 0.021, 5.0, 0.018, 0.014, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0741-141', 'J0744-1414' RA= 07:44:07.117673 DEC= -14:14:51.59671 RAER= 0.28 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.041, 8.4, 0.092, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0740+414', 'J0744+4117' RA= 07:44:10.489325 DEC= +41:17:33.54484 RAER= 0.75 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0741+301', 'J0744+2959' RA= 07:44:12.051021 DEC= +29:59:06.82448 RAER= 0.41 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0741+063', 'J0744+0612' RA= 07:44:13.545513 DEC= +06:12:00.97641 RAER= 0.90 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0740+565', 'J0744+5625' RA= 07:44:15.115314 DEC= +56:25:56.71741 RAER= 0.71 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.040, 8.4, 0.086, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0740+380', 'J0744+3753' RA= 07:44:17.472224 DEC= +37:53:17.25205 RAER= 1.20 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0741+132', 'J0744+1309' RA= 07:44:19.075127 DEC= +13:09:07.05936 RAER= 1.03 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0744-684', 'J0744-6835' RA= 07:44:19.712085 DEC= -68:35:33.20197 RAER= 7.32 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0744-691', 'J0744-6919' RA= 07:44:20.393519 DEC= -69:19:07.15697 RAER= 0.50 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.150, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '0741-063', 'J0744-0629' RA= 07:44:21.656367 DEC= -06:29:35.91469 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.140, 0.466, 5.0, 1.691, 0.108, 8.4, 0.450, 0.070, 15.2, 0.080, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '0742-206', 'J0744-2044' RA= 07:44:26.236563 DEC= -20:44:57.06457 RAER= 7.24 DECER= 10.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0740+557', 'J0744+5540' RA= 07:44:30.246467 DEC= +55:40:34.79643 RAER= 1.36 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.017, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0742-136', 'J0744-1348' RA= 07:44:34.304784 DEC= -13:48:38.93744 RAER= 0.67 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0741+451', 'J0744+4504' RA= 07:44:38.745845 DEC= +45:04:17.69475 RAER= 13.52 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0741+214', 'J0744+2120' RA= 07:44:47.276722 DEC= +21:20:00.42544 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.056, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1135 observations" / source= '0741+294', 'J0744+2920' RA= 07:44:51.364300 DEC= +29:20:06.04042 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.060, 5.0, 0.122, 0.089, 8.4, 0.113, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 987 observations" / source= '0742-141', 'J0744-141A' RA= 07:44:55.450191 DEC= -14:14:16.42278 RAER= 0.69 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.294, 0.160, 8.4, 0.164, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0742+017', 'J0744+0137' RA= 07:44:56.273850 DEC= +01:37:09.56408 RAER= 0.52 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.036, 8.4, 0.070, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0742+003', 'J0745+0011' RA= 07:45:01.152122 DEC= +00:11:55.02602 RAER= 12.83 DECER= 11.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0742+157', 'J0745+1538' RA= 07:45:01.562497 DEC= +15:38:04.86511 RAER= 1.50 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0740+578', 'J0745+5746' RA= 07:45:02.316260 DEC= +57:46:26.83556 RAER= 10.32 DECER= 7.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0742-156', 'J0745-1544' RA= 07:45:04.623774 DEC= -15:44:48.41912 RAER= 1.17 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.044, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0742+263', 'J0745+2614' RA= 07:45:05.922517 DEC= +26:14:09.77084 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.055, 8.4, 0.204, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2052 observations" / source= '0743-247', 'J0745-2451' RA= 07:45:10.263456 DEC= -24:51:43.76601 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.308, 5.0, 0.703, 0.640, 8.4, 0.560, 0.466, 22.2, 0.341, 0.227 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1125 observations" / source= '0744-593', 'J0745-5928' RA= 07:45:18.266358 DEC= -59:28:29.01970 RAER= 3.93 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0743-183', 'J0745-1828' RA= 07:45:19.439323 DEC= -18:28:24.80111 RAER= 0.68 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0741+403', 'J0745+4013' RA= 07:45:22.090807 DEC= +40:13:25.39507 RAER= 2.23 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.045, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0742+122', 'J0745+1209' RA= 07:45:28.175838 DEC= +12:09:28.68107 RAER= 0.50 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.012, 8.4, 0.015, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0743-391', 'J0745-3916' RA= 07:45:31.484614 DEC= -39:16:13.40488 RAER= 12.95 DECER= 55.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0742+103', 'J0745+1011' RA= 07:45:33.059525 DEC= +10:11:12.69219 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.828, 2.048, 5.0, 2.857, 0.955, 8.4, 1.993, 0.430, 15.2, 1.317, 0.286 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12892 observations" / source= '0742+318', 'J0745+3142' RA= 07:45:41.671424 DEC= +31:42:56.61708 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.731, 0.368, 5.0, 0.538, 0.179, 8.4, 0.443, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 801 observations" / source= '0742+376', 'J0745+3731' RA= 07:45:42.531733 DEC= +37:31:13.86518 RAER= 0.82 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.009, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0743-006', 'J0745-0044' RA= 07:45:54.082323 DEC= -00:44:17.54011 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.298, 0.963, 5.0, 1.978, 1.091, 8.4, 1.739, 0.666, 15.2, 1.298, 0.421 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8068 observations" / source= '0742+333', 'J0745+3313' RA= 07:45:59.324017 DEC= +33:13:34.13409 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.057, 5.0, 0.143, 0.126, 8.4, 0.133, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '0742+503', 'J0746+5014' RA= 07:46:03.896000 DEC= +50:14:56.89833 RAER= 2.73 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0743+046', 'J0746+0433' RA= 07:46:15.918472 DEC= +04:33:37.45906 RAER= 3.59 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0744-187', 'J0746-1850' RA= 07:46:15.980043 DEC= -18:50:03.49329 RAER= 8.43 DECER= 15.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0743+182', 'J0746+1807' RA= 07:46:16.665931 DEC= +18:07:19.65822 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.099, 5.0, 0.230, 0.225, 8.4, 0.110, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 770 observations" / source= '0744-158', 'J0746-1555' RA= 07:46:18.236029 DEC= -15:55:34.74628 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.272, 0.116, 8.4, 0.163, 0.052, 22.2, 0.179, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1724 observations" / source= '0743-022', 'J0746-0220' RA= 07:46:21.433846 DEC= -02:20:09.27916 RAER= 0.85 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0744-167', 'J0746-1651' RA= 07:46:22.446854 DEC= -16:51:13.27781 RAER= 1.43 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.016, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0743+259', 'J0746+2549' RA= 07:46:25.874182 DEC= +25:49:02.13464 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.382, 5.0, 0.744, 0.704, 8.4, 0.347, 0.230, 15.2, 0.146, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38162 observations" / source= '0744-070', 'J0746-0709' RA= 07:46:27.493432 DEC= -07:09:49.62974 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 155 observations" / source= '0743+110', 'J0746+1056' RA= 07:46:29.690845 DEC= +10:56:52.92205 RAER= 0.54 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0743-002', 'J0746-0019' RA= 07:46:31.545072 DEC= -00:19:29.24057 RAER= 0.51 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.051, 8.4, 0.074, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0743+277', 'J0746+2734' RA= 07:46:40.432313 DEC= +27:34:59.04698 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.202, 5.0, 0.311, 0.254, 8.4, 0.386, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17518 observations" / source= '0745-477', 'J0746-4754' RA= 07:46:42.304746 DEC= -47:54:55.12284 RAER= 10.39 DECER= 48.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0743+456', 'J0746+4532' RA= 07:46:54.397985 DEC= +45:32:31.63306 RAER= 1.98 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0743+468', 'J0746+4646' RA= 07:46:56.010572 DEC= +46:46:04.72265 RAER= 4.07 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.006, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0745-561', 'J0746-5618' RA= 07:46:58.224837 DEC= -56:18:32.53067 RAER= 4.98 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0744-181', 'J0746-1815' RA= 07:46:59.049595 DEC= -18:15:41.16077 RAER= 0.98 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0744-114', 'J0747-1135' RA= 07:47:00.628615 DEC= -11:35:43.19780 RAER= 0.34 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.053, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0744-124', 'J0747-1237' RA= 07:47:10.056341 DEC= -12:37:18.13972 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.045, 5.0, 0.165, 0.095, 8.4, 0.146, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '0741+722', 'J0747+7205' RA= 07:47:10.460746 DEC= +72:05:37.96077 RAER= 2.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.029, 8.4, 0.055, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0740+767', 'J0747+7639' RA= 07:47:14.607578 DEC= +76:39:17.27176 RAER= 0.53 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.258, 8.4, 0.546, 0.230 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '0745-307', 'J0747-3049' RA= 07:47:14.777850 DEC= -30:49:34.92537 RAER= 1.21 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0732+853', 'J0747+8512' RA= 07:47:16.151224 DEC= +85:12:08.62216 RAER= 13.56 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0745-330', 'J0747-3310' RA= 07:47:19.683245 DEC= -33:10:46.97142 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.589, 0.096, 5.0, 1.210, n/a, 8.4, 0.912, 0.453 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '0745-188', 'J0747-1856' RA= 07:47:20.380496 DEC= -18:56:46.84590 RAER= 46.93 DECER= 35.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0744+092', 'J0747+0905' RA= 07:47:22.192064 DEC= +09:05:48.49514 RAER= 1.35 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, n/a, 8.4, 0.015, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0746-493', 'J0747-4926' RA= 07:47:24.748861 DEC= -49:26:33.29226 RAER= 9.43 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0745-19A', 'J0747-1914' RA= 07:47:28.296435 DEC= -19:14:58.99098 RAER= 2.22 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0743+494', 'J0747+4920' RA= 07:47:29.640800 DEC= +49:20:22.71691 RAER= 0.84 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.063, 8.4, 0.073, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0744+366', 'J0747+3631' RA= 07:47:29.890131 DEC= +36:31:01.44560 RAER= 0.37 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '0745-191', 'J0747-1917' RA= 07:47:31.326230 DEC= -19:17:39.98860 RAER= 9.82 DECER= 14.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0745-243', 'J0747-2426' RA= 07:47:37.240964 DEC= -24:26:45.05728 RAER= 3.50 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0745-291', 'J0747-2919' RA= 07:47:41.889626 DEC= -29:19:02.07216 RAER= 0.20 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.091, 5.0, 0.146, n/a, 8.4, 0.096, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '0744+464', 'J0747+4618' RA= 07:47:43.517884 DEC= +46:18:57.71100 RAER= 15.43 DECER= 10.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0745-038', 'J0747-0400' RA= 07:47:48.228571 DEC= -04:00:07.37081 RAER= 1.43 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.042, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0745-078', 'J0747-0757' RA= 07:47:51.572648 DEC= -07:57:23.42058 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.053, 8.4, 0.066, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0745-165', 'J0748-1639' RA= 07:48:03.083822 DEC= -16:39:50.25415 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.691, 0.361, 8.4, 0.634, 0.177 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 371 observations" / source= '0745+302', 'J0748+3006' RA= 07:48:09.465772 DEC= +30:06:30.53801 RAER= 6.03 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0745+104', 'J0748+1020' RA= 07:48:11.285339 DEC= +10:20:49.85327 RAER= 1.44 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0746-528', 'J0748-5258' RA= 07:48:12.672585 DEC= -52:58:31.76008 RAER= 2.12 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0745-116', 'J0748-1146' RA= 07:48:18.929697 DEC= -11:46:47.25784 RAER= 1.29 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0746-278', 'J0748-2757' RA= 07:48:25.712369 DEC= -27:57:07.34341 RAER= 1.02 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.043, 8.4, 0.046, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0745+241', 'J0748+2400' RA= 07:48:36.109285 DEC= +24:00:24.10985 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.486, 0.288, 5.0, 0.669, 0.476, 8.4, 0.676, 0.440, 15.2, 0.758, 0.465 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10880 observations" / source= '0744+559', 'J0748+5548' RA= 07:48:36.848277 DEC= +55:48:58.72149 RAER= 2.72 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0744+496', 'J0748+4930' RA= 07:48:37.773716 DEC= +49:30:41.01239 RAER= 1.28 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0746-167', 'J0748-1650' RA= 07:48:48.678577 DEC= -16:50:27.39970 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.099, 8.4, 0.165, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '0745+201', 'J0748+2001' RA= 07:48:53.795884 DEC= +20:01:01.92760 RAER= 0.88 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.065, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0746+162', 'J0748+1609' RA= 07:48:58.007907 DEC= +16:09:55.18204 RAER= 1.53 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0747-325', 'J0749-3240' RA= 07:49:00.130842 DEC= -32:40:58.45077 RAER= 3.77 DECER= 26.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0746-094', 'J0749-0936' RA= 07:49:00.782638 DEC= -09:36:34.30896 RAER= 2.55 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0746-074', 'J0749-0734' RA= 07:49:03.965057 DEC= -07:34:59.84729 RAER= 0.60 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.026, 8.4, 0.030, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0745+453', 'J0749+4510' RA= 07:49:06.507181 DEC= +45:10:33.87110 RAER= 0.50 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0747-298', 'J0749-2956' RA= 07:49:13.871184 DEC= -29:56:58.84057 RAER= 14.01 DECER= 25.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0746+233', 'J0749+2313' RA= 07:49:14.029419 DEC= +23:13:16.89699 RAER= 0.85 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0747-389', 'J0749-3903' RA= 07:49:15.294150 DEC= -39:03:39.03877 RAER= 2.61 DECER= 55.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0745+450', 'J0749+4452' RA= 07:49:16.886593 DEC= +44:52:31.98390 RAER= 0.38 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '0746+089', 'J0749+0851' RA= 07:49:18.512356 DEC= +08:51:23.95580 RAER= 0.62 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.084, 8.4, 0.063, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0747-162', 'J0749-1623' RA= 07:49:18.596528 DEC= -16:23:05.74198 RAER= 1.16 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0743+744', 'J0749+7420' RA= 07:49:22.456694 DEC= +74:20:41.59256 RAER= 0.40 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.533, 0.367, 5.0, 0.565, 0.371, 8.4, 0.361, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 876 observations" / source= '0746+23A', 'J0749+225A' RA= 07:49:22.966498 DEC= +22:55:11.76836 RAER= 0.85 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.042, 8.4, 0.047, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0746+23B', 'J0749+225B' RA= 07:49:22.994344 DEC= +22:55:12.02398 RAER= 1.83 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '0746+110', 'J0749+1057' RA= 07:49:27.385354 DEC= +10:57:33.12577 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.074, 8.4, 0.096, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '0743+749', 'J0749+7451' RA= 07:49:29.556920 DEC= +74:51:44.71126 RAER= 1.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0747-105', 'J0749-1040' RA= 07:49:35.950961 DEC= -10:40:46.74350 RAER= 1.11 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0746+134', 'J0749+1321' RA= 07:49:35.954810 DEC= +13:21:56.02423 RAER= 0.33 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0746+425', 'J0749+4226' RA= 07:49:42.441730 DEC= +42:26:45.91438 RAER= 0.98 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0747-236', 'J0749-2344' RA= 07:49:51.778628 DEC= -23:44:48.77741 RAER= 0.60 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0745+579', 'J0749+5750' RA= 07:49:56.951932 DEC= +57:50:15.30376 RAER= 0.28 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.068, 5.0, 0.126, 0.070, 8.4, 0.082, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 708 observations" / source= '0746+312', 'J0749+3107' RA= 07:49:58.063193 DEC= +31:07:53.46042 RAER= 0.46 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0747+087', 'J0749+0837' RA= 07:49:58.534364 DEC= +08:37:30.73390 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.080, 8.4, 0.117, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '0747-042', 'J0749-0423' RA= 07:49:59.795714 DEC= -04:23:43.80837 RAER= 9.54 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0747+185', 'J0750+1823' RA= 07:50:00.329949 DEC= +18:23:11.40709 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.230, 5.0, 0.201, 0.182, 8.4, 0.255, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2895 observations" / source= '0747-247', 'J0750-2451' RA= 07:50:00.401582 DEC= -24:51:36.59865 RAER= 0.70 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0746+285', 'J0750+2824' RA= 07:50:04.437925 DEC= +28:24:11.69297 RAER= 0.43 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.015, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 147 observations" / source= '0747+271', 'J0750+2700' RA= 07:50:06.751435 DEC= +27:00:22.36553 RAER= 1.13 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0746+503', 'J0750+5015' RA= 07:50:08.342825 DEC= +50:15:06.81063 RAER= 0.23 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.072, 5.0, 0.153, 0.062, 8.4, 0.105, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 949 observations" / source= '0746+373', 'J0750+3714' RA= 07:50:09.495851 DEC= +37:14:03.72469 RAER= 0.86 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.038, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0747+314', 'J0750+3119' RA= 07:50:12.329611 DEC= +31:19:47.55700 RAER= 1.87 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0748-378', 'J0750-3759' RA= 07:50:16.900141 DEC= -37:59:48.82764 RAER= 3.80 DECER= 8.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.115, 8.4, 0.051, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '0747+366', 'J0750+3630' RA= 07:50:19.545618 DEC= +36:30:02.88736 RAER= 0.77 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.049, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0746+483', 'J0750+4814' RA= 07:50:20.436330 DEC= +48:14:53.55668 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.808, 0.496, 5.0, 0.631, 0.301, 8.4, 0.529, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2103 observations" / source= '0747+104', 'J0750+1021' RA= 07:50:32.878022 DEC= +10:21:26.76946 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.135, 8.4, 0.209, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '0745+658', 'J0750+6541' RA= 07:50:34.431014 DEC= +65:41:25.36263 RAER= 5.20 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0747+128', 'J0750+1242' RA= 07:50:36.507795 DEC= +12:42:14.03678 RAER= 2.28 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0747+194', 'J0750+1919' RA= 07:50:39.930397 DEC= +19:19:47.33892 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.076, 8.4, 0.221, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0742+792', 'J0750+7909' RA= 07:50:43.265308 DEC= +79:09:17.00219 RAER= 0.59 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.139, 8.4, 0.143, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 806 observations" / source= '0748-069', 'J0750-0706' RA= 07:50:47.148350 DEC= -07:06:04.02846 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.097, 5.0, 0.237, 0.108, 8.4, 0.183, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0748-121', 'J0750-1216' RA= 07:50:51.378696 DEC= -12:16:21.50308 RAER= 0.56 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.017, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0748+126', 'J0750+1231' RA= 07:50:52.045737 DEC= +12:31:04.82812 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.219, 0.484, 5.0, 1.357, 0.847, 8.4, 1.857, 1.153, 15.2, 3.088, 1.577, 22.2, 3.120, 0.841 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122701 observations" / source= '0747+218', 'J0750+2141' RA= 07:50:56.789832 DEC= +21:41:49.85381 RAER= 1.05 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.019, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0740+828', 'J0750+8241' RA= 07:50:57.755593 DEC= +82:41:58.03197 RAER= 0.88 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.770, 0.346, 5.0, 0.527, 0.266, 8.4, 0.454, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1158 observations" / source= '0745+724', 'J0750+7217' RA= 07:50:58.836291 DEC= +72:17:43.53862 RAER= 0.96 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.051, 8.4, 0.062, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0748-086', 'J0750-0845' RA= 07:50:59.405514 DEC= -08:45:48.83440 RAER= 1.10 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.032, 8.4, 0.042, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0748+042', 'J0750+0406' RA= 07:50:59.692345 DEC= +04:06:16.55571 RAER= 0.23 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.206, 0.087, 8.4, 0.135, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '0749-514', 'J0750-5134' RA= 07:50:59.794901 DEC= -51:34:44.07992 RAER= 61.87 DECER= 443.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, n/a, 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0748+019', 'J0751+0152' RA= 07:51:02.281599 DEC= +01:52:15.76054 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.044, 8.4, 0.070, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 506 observations" / source= '0749-333', 'J0751-3331' RA= 07:51:05.470444 DEC= -33:31:35.99386 RAER= 0.22 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.060, 8.4, 0.142, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '0748-006', 'J0751-0046' RA= 07:51:10.205191 DEC= -00:46:51.04943 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.066, 8.4, 0.047, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '0748-042', 'J0751-0421' RA= 07:51:22.703416 DEC= -04:21:38.40822 RAER= 0.66 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.015, 8.4, 0.039, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0748+270', 'J0751+2657' RA= 07:51:37.121971 DEC= +26:57:08.00652 RAER= 0.44 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '0748+230', 'J0751+2258' RA= 07:51:41.186619 DEC= +22:58:02.90870 RAER= 0.70 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.062, 8.4, 0.062, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0748+274', 'J0751+2716' RA= 07:51:41.512783 DEC= +27:16:31.30257 RAER= 2.88 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0748+413', 'J0751+4115' RA= 07:51:45.154375 DEC= +41:15:35.87292 RAER= 0.44 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '0746+688', 'J0751+6840' RA= 07:51:45.984595 DEC= +68:40:26.83244 RAER= 0.37 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.103, 8.4, 0.126, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '0748+340', 'J0751+3355' RA= 07:51:49.831181 DEC= +33:55:17.38251 RAER= 0.49 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0748+333', 'J0751+3313' RA= 07:51:53.673219 DEC= +33:13:19.81845 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.715, 0.514, 5.0, 0.504, 0.267, 8.4, 0.533, 0.227, 15.2, 0.510, 0.281 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1069 observations" / source= '0749-278', 'J0751-2758' RA= 07:51:53.982757 DEC= -27:58:30.78461 RAER= 4.74 DECER= 8.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.350, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0748+582', 'J0752+5808' RA= 07:52:09.677802 DEC= +58:08:52.25552 RAER= 0.38 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.080, 5.0, 0.057, 0.031, 8.4, 0.071, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '0747+613', 'J0752+6112' RA= 07:52:11.285938 DEC= +61:12:32.89742 RAER= 0.95 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.307, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '0748+58A', 'J0752+5809' RA= 07:52:18.646258 DEC= +58:09:08.55147 RAER= 0.56 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, n/a, 8.4, 0.043, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '0749+356', 'J0752+3530' RA= 07:52:21.762295 DEC= +35:30:52.81149 RAER= 0.67 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0750-164', 'J0752-1633' RA= 07:52:23.832877 DEC= -16:33:40.41250 RAER= 0.30 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0746+713', 'J0752+7115' RA= 07:52:26.490632 DEC= +71:15:56.09347 RAER= 4.55 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0750-395', 'J0752-3940' RA= 07:52:28.355328 DEC= -39:40:14.96969 RAER= 0.41 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.060, 5.0, 0.062, n/a, 8.4, 0.069, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '0749+211', 'J0752+2059' RA= 07:52:32.479274 DEC= +20:59:58.94173 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.045, 8.4, 0.073, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '0750-219', 'J0752-2202' RA= 07:52:36.066793 DEC= -22:02:42.55562 RAER= 2.17 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0748+638', 'J0752+6344' RA= 07:52:36.301403 DEC= +63:44:14.25214 RAER= 1.21 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.034, 8.4, 0.057, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0749+376', 'J0752+3730' RA= 07:52:40.907880 DEC= +37:30:24.31171 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.076, 5.0, 0.153, 0.097, 8.4, 0.153, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 873 observations" / source= '0749+460', 'J0752+4556' RA= 07:52:44.206265 DEC= +45:56:57.41841 RAER= 0.46 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.046, 8.4, 0.049, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '0750-008', 'J0752-0057' RA= 07:52:44.687186 DEC= -00:57:54.49183 RAER= 28.49 DECER= 35.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0749+299', 'J0752+2946' RA= 07:52:48.662579 DEC= +29:46:29.40766 RAER= 0.46 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.038, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0750-105', 'J0752-1040' RA= 07:52:50.764679 DEC= -10:40:33.23506 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.049, 8.4, 0.052, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0750-014', 'J0752-0132' RA= 07:52:56.698270 DEC= -01:32:16.64982 RAER= 1.29 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0748+637', 'J0753+6335' RA= 07:53:00.636369 DEC= +63:35:46.21739 RAER= 0.39 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.095, 8.4, 0.128, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '0749+540', 'J0753+5352' RA= 07:53:01.384573 DEC= +53:52:59.63700 RAER= 0.17 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.649, 0.545, 5.0, 0.613, 0.190, 8.4, 0.679, 0.465, 15.2, 0.621, 0.397 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108580 observations" / source= '0750-246', 'J0753-2446' RA= 07:53:01.503807 DEC= -24:46:41.10677 RAER= 0.98 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0749+426', 'J0753+4231' RA= 07:53:03.337441 DEC= +42:31:30.76471 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.661, 0.243, 5.0, 0.398, 0.216, 8.4, 0.259, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 457 observations" / source= '0750+153', 'J0753+1510' RA= 07:53:11.776540 DEC= +15:10:11.84971 RAER= 0.62 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.037, 8.4, 0.035, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0750+049', 'J0753+0451' RA= 07:53:14.078727 DEC= +04:51:29.00423 RAER= 0.34 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.043, 8.4, 0.072, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0751-278', 'J0753-2756' RA= 07:53:24.570116 DEC= -27:56:59.92243 RAER= 2.82 DECER= 6.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0751+095', 'J0753+0924' RA= 07:53:51.944390 DEC= +09:24:19.76483 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.114, 8.4, 0.145, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '0751-271', 'J0753-2718' RA= 07:53:52.030253 DEC= -27:18:27.30657 RAER= 6.55 DECER= 20.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0750+218', 'J0753+2146' RA= 07:53:53.289941 DEC= +21:46:01.74181 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.068, 5.0, 0.144, 0.108, 8.4, 0.088, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '0751+050', 'J0754+0452' RA= 07:54:05.710289 DEC= +04:52:38.51166 RAER= 0.78 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0750+536', 'J0754+5330' RA= 07:54:07.872270 DEC= +53:30:47.06474 RAER= 1.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.031, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0751-001', 'J0754-0017' RA= 07:54:08.662939 DEC= -00:17:41.33111 RAER= 0.63 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0750+584', 'J0754+5817' RA= 07:54:11.221211 DEC= +58:17:47.11944 RAER= 1.74 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.041, 8.4, 0.056, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0750+535', 'J0754+5324' RA= 07:54:15.217573 DEC= +53:24:56.44305 RAER= 0.36 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.603, 0.162, 5.0, 0.252, 0.034, 8.4, 0.106, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '0752-260', 'J0754-2609' RA= 07:54:16.020351 DEC= -26:09:52.80383 RAER= 2.15 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0751+038', 'J0754+0344' RA= 07:54:17.230229 DEC= +03:44:35.27719 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.058, 8.4, 0.081, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0751+253', 'J0754+2510' RA= 07:54:19.554521 DEC= +25:10:34.73900 RAER= 0.29 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.030, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0752-116', 'J0754-1147' RA= 07:54:26.456443 DEC= -11:47:16.94885 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.110, 0.617, 5.0, 1.126, 0.711, 8.4, 0.961, 0.446, 15.2, 1.160, 0.576 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '0752-063', 'J0754-0626' RA= 07:54:34.697979 DEC= -06:26:31.17277 RAER= 0.38 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.045, 8.4, 0.059, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0751+256', 'J0754+2533' RA= 07:54:35.404588 DEC= +25:33:37.32074 RAER= 0.80 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.109, 8.4, 0.032, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0751+393', 'J0754+3910' RA= 07:54:37.069297 DEC= +39:10:47.79566 RAER= 0.26 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.029, 5.0, 0.039, 0.042, 8.4, 0.040, 0.030, 15.2, 0.021, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 660 observations" / source= '0751+354', 'J0754+3520' RA= 07:54:37.268768 DEC= +35:20:08.01229 RAER= 1.55 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0752-385', 'J0754-3842' RA= 07:54:41.564785 DEC= -38:42:37.04988 RAER= 0.30 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.052, 8.4, 0.128, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 266 observations" / source= '0749+718', 'J0754+7140' RA= 07:54:45.499193 DEC= +71:40:56.73557 RAER= 0.48 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.049, 8.4, 0.084, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '0751+485', 'J0754+4823' RA= 07:54:45.670519 DEC= +48:23:50.74820 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.496, 0.264, 5.0, 0.342, 0.177, 8.4, 0.416, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 884 observations" / source= '0752-026', 'J0754-0247' RA= 07:54:47.408614 DEC= -02:47:33.30473 RAER= 0.74 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.063, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0751+306', 'J0754+3033' RA= 07:54:48.851406 DEC= +30:33:55.02162 RAER= 0.16 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.074, 5.0, 0.145, 0.116, 8.4, 0.105, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 591 observations" / source= '0751+298', 'J0754+2941' RA= 07:54:58.329322 DEC= +29:41:54.25108 RAER= 0.85 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0752-103', 'J0755-1028' RA= 07:55:17.839709 DEC= -10:28:27.51649 RAER= 0.27 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.052, 8.4, 0.095, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0750+633', 'J0755+6312' RA= 07:55:21.640832 DEC= +63:12:35.71485 RAER= 0.27 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.088, 8.4, 0.107, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0753-425', 'J0755-4239' RA= 07:55:23.172357 DEC= -42:39:58.28807 RAER= 0.30 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.096, 8.4, 0.192, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '0752+236', 'J0755+2329' RA= 07:55:28.919761 DEC= +23:29:25.71312 RAER= 0.21 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.035, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '0752+258', 'J0755+2542' RA= 07:55:37.032688 DEC= +25:42:39.02328 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.030, 8.4, 0.060, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1257 observations" / source= '0751+552', 'J0755+5509' RA= 07:55:53.168805 DEC= +55:09:43.17986 RAER= 6.17 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0752+580', 'J0756+5757' RA= 07:56:17.118428 DEC= +57:57:58.01906 RAER= 3.64 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.032, 8.4, 0.037, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0755-643', 'J0756-6430' RA= 07:56:24.607054 DEC= -64:30:30.52168 RAER= 6.51 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.021, n/a, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0753+135', 'J0756+1325' RA= 07:56:26.443384 DEC= +13:25:41.23888 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.089, 5.0, 0.050, 0.025, 8.4, 0.125, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '0753+373', 'J0756+3714' RA= 07:56:28.250275 DEC= +37:14:55.64607 RAER= 0.23 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '0753+441', 'J0756+4401' RA= 07:56:38.813299 DEC= +44:01:49.58949 RAER= 1.29 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.047, 8.4, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0754-177', 'J0756-1755' RA= 07:56:47.248000 DEC= -17:55:08.62005 RAER= 17.27 DECER= 20.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0753+451', 'J0756+4458' RA= 07:56:47.535206 DEC= +44:58:55.10601 RAER= 0.75 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.056, 8.4, 0.044, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0754+116', 'J0756+1128' RA= 07:56:49.467379 DEC= +11:28:25.54969 RAER= 0.86 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0754-155', 'J0756-1542' RA= 07:56:50.698966 DEC= -15:42:05.43678 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.484, 0.306, 8.4, 0.488, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '0752+639', 'J0756+6347' RA= 07:56:54.610372 DEC= +63:47:59.03549 RAER= 0.28 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.202, 5.0, 0.303, 0.151, 8.4, 0.276, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 973 observations" / source= '0752+611', 'J0756+6058' RA= 07:56:56.455419 DEC= +60:58:22.16090 RAER= 0.90 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.041, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0753+519', 'J0756+5151' RA= 07:56:59.543155 DEC= +51:51:00.23798 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.128, 5.0, 0.181, 0.130, 8.4, 0.125, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 891 observations" / source= '0753+369', 'J0757+3648' RA= 07:57:03.840907 DEC= +36:48:34.69378 RAER= 0.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '0754+100', 'J0757+0956' RA= 07:57:06.642954 DEC= +09:56:34.85219 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.075, 0.738, 5.0, 0.895, 0.666, 8.4, 1.078, 0.676, 15.2, 1.150, 0.764 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8144 observations" / source= '0754-170', 'J0757-1713' RA= 07:57:11.170709 DEC= -17:13:43.97046 RAER= 2.28 DECER= 6.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0758-737', 'J0757-7353' RA= 07:57:14.077155 DEC= -73:53:09.37179 RAER= 0.57 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.464, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '0755-256', 'J0757-2546' RA= 07:57:14.662792 DEC= -25:46:35.31765 RAER= 1.58 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0755-373', 'J0757-3727' RA= 07:57:14.663984 DEC= -37:27:35.97033 RAER= 4.51 DECER= 14.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0754+357', 'J0757+3538' RA= 07:57:18.046152 DEC= +35:38:14.65013 RAER= 0.83 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0755-147', 'J0757-1454' RA= 07:57:26.709888 DEC= -14:54:01.46164 RAER= 0.87 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0754+288', 'J0757+2845' RA= 07:57:31.484617 DEC= +28:45:01.30197 RAER= 0.79 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.021, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0754+256', 'J0757+2528' RA= 07:57:38.071023 DEC= +25:28:12.72861 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.034, 5.0, 0.103, 0.078, 8.4, 0.063, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '0755+029', 'J0757+0251' RA= 07:57:41.527851 DEC= +02:51:00.87086 RAER= 0.50 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.029, 8.4, 0.066, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0753+613', 'J0757+6110' RA= 07:57:44.693243 DEC= +61:10:32.76228 RAER= 0.33 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.046, 5.0, 0.082, 0.038, 8.4, 0.094, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '0755-055', 'J0757-0542' RA= 07:57:45.425774 DEC= -05:42:13.00409 RAER= 0.93 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0755-046', 'J0757-0446' RA= 07:57:46.461518 DEC= -04:46:09.15839 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0755+044', 'J0757+0418' RA= 07:57:53.312480 DEC= +04:18:49.08278 RAER= 0.49 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.030, 8.4, 0.063, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0755-035', 'J0757-0343' RA= 07:57:55.182247 DEC= -03:43:18.76282 RAER= 0.48 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.048, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0755-087', 'J0758-0851' RA= 07:58:02.362989 DEC= -08:51:49.63338 RAER= 1.21 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.028, 8.4, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0755-242', 'J0758-2420' RA= 07:58:04.250690 DEC= -24:20:09.94674 RAER= 1.60 DECER= 5.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0755+117', 'J0758+1136' RA= 07:58:07.657864 DEC= +11:36:46.04722 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.322, 0.089, 8.4, 0.198, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 937 observations" / source= '0754+514', 'J0758+5119' RA= 07:58:17.683125 DEC= +51:19:52.30154 RAER= 2.21 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0755+147', 'J0758+1437' RA= 07:58:21.518559 DEC= +14:37:19.02548 RAER= 0.62 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0755+120', 'J0758+1155' RA= 07:58:21.662798 DEC= +11:55:04.79734 RAER= 0.78 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0755+085', 'J0758+0827' RA= 07:58:28.043935 DEC= +08:27:09.03123 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.043, 8.4, 0.128, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '0755+379', 'J0758+3747' RA= 07:58:28.108125 DEC= +37:47:11.80799 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.095, 5.0, 0.172, 0.083, 8.4, 0.143, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 762 observations" / source= '0755+015', 'J0758+0124' RA= 07:58:33.460801 DEC= +01:24:26.86161 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.037, 8.4, 0.071, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0754+624', 'J0758+6220' RA= 07:58:33.942344 DEC= +62:20:25.74061 RAER= 1.69 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0756-261', 'J0758-2615' RA= 07:58:34.893818 DEC= -26:15:12.78275 RAER= 1.89 DECER= 4.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0755+081', 'J0758+0801' RA= 07:58:37.354401 DEC= +08:01:47.28406 RAER= 0.70 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0755+140', 'J0758+1357' RA= 07:58:37.625431 DEC= +13:57:33.75678 RAER= 0.60 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.025, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0756-189', 'J0758-1904' RA= 07:58:40.275159 DEC= -19:04:11.77582 RAER= 2.06 DECER= 5.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0756-193', 'J0758-1930' RA= 07:58:46.757826 DEC= -19:30:25.76723 RAER= 0.52 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.033, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0755+272', 'J0758+2705' RA= 07:58:46.992900 DEC= +27:05:15.57346 RAER= 0.48 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.058, 8.4, 0.076, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0755+283', 'J0758+2813' RA= 07:58:48.270526 DEC= +28:13:06.29185 RAER= 2.98 DECER= 4.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0755+533', 'J0759+5312' RA= 07:59:06.465653 DEC= +53:12:47.95574 RAER= 7.72 DECER= 5.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0756+067', 'J0759+0637' RA= 07:59:11.429846 DEC= +06:37:39.36257 RAER= 1.27 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0756-037', 'J0759-0350' RA= 07:59:11.944329 DEC= -03:50:27.96867 RAER= 0.78 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0754+616', 'J0759+6130' RA= 07:59:14.080260 DEC= +61:30:51.62978 RAER= 2.00 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0756+111', 'J0759+1101' RA= 07:59:15.064141 DEC= +11:01:41.89326 RAER= 1.68 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0756+303', 'J0759+3010' RA= 07:59:28.285084 DEC= +30:10:28.35333 RAER= 0.20 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '0757-182', 'J0759-1821' RA= 07:59:43.699790 DEC= -18:21:59.17439 RAER= 1.33 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.012, 8.4, 0.084, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0757-253', 'J0759-2528' RA= 07:59:45.229052 DEC= -25:28:10.60355 RAER= 27.74 DECER= 29.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0756+383', 'J0759+3814' RA= 07:59:52.307224 DEC= +38:14:24.13358 RAER= 0.70 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0757-023', 'J0759-0228' RA= 07:59:53.844531 DEC= -02:28:03.57368 RAER= 0.31 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.083, 8.4, 0.105, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0756+488', 'J0759+4841' RA= 07:59:56.063632 DEC= +48:41:52.22724 RAER= 1.07 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.035, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0758-229', 'J0800-2302' RA= 08:00:12.790904 DEC= -23:02:50.53679 RAER= 0.16 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.058, 8.4, 0.174, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '0758-200', 'J0800-2011' RA= 08:00:13.592465 DEC= -20:11:28.07450 RAER= 0.40 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.051, 8.4, 0.075, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0758-292', 'J0800-2926' RA= 08:00:13.705909 DEC= -29:26:16.84378 RAER= 0.77 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.027, 8.4, 0.081, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0756+563', 'J0800+5611' RA= 08:00:15.526736 DEC= +56:11:07.32819 RAER= 1.15 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0756+371', 'J0800+3702' RA= 08:00:17.534602 DEC= +37:02:59.53256 RAER= 0.74 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.041, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0757+169', 'J0800+1645' RA= 08:00:18.790791 DEC= +16:45:57.08832 RAER= 1.05 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0757+021', 'J0800+0203' RA= 08:00:19.642790 DEC= +02:03:31.48277 RAER= 0.75 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.034, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0758-398', 'J0800-3959' RA= 08:00:24.269733 DEC= -39:59:17.60414 RAER= 0.30 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.170, 8.4, 0.129, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '0758-481', 'J0800-4817' RA= 08:00:27.155094 DEC= -48:17:50.92684 RAER= 7.14 DECER= 8.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0758-360', 'J0800-3612' RA= 08:00:32.899076 DEC= -36:12:33.20581 RAER= 6.67 DECER= 13.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0757+140', 'J0800+1353' RA= 08:00:33.742707 DEC= +13:53:55.69468 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0756+490', 'J0800+4854' RA= 08:00:34.372282 DEC= +48:54:24.00542 RAER= 0.41 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0756+503', 'J0800+5010' RA= 08:00:36.014719 DEC= +50:10:44.28938 RAER= 0.23 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.058, 8.4, 0.062, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '0757+395', 'J0800+3924' RA= 08:00:53.844363 DEC= +39:24:37.69555 RAER= 81.21 DECER= 37.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0758+001', 'J0800-0001' RA= 08:00:59.714585 DEC= -00:01:01.05952 RAER= 0.63 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0758+120', 'J0801+1153' RA= 08:01:00.482970 DEC= +11:53:23.58649 RAER= 0.57 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.036, 8.4, 0.033, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '0758+139', 'J0801+1349' RA= 08:01:01.352899 DEC= +13:49:52.20481 RAER= 1.71 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0755+742', 'J0801+7408' RA= 08:01:01.450114 DEC= +74:08:22.53423 RAER= 0.51 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.053, 5.0, 0.136, 0.066, 8.4, 0.105, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0756+648', 'J0801+6444' RA= 08:01:02.260812 DEC= +64:44:49.68553 RAER= 1.79 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0757+441', 'J0801+4401' RA= 08:01:08.276176 DEC= +44:01:10.15585 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.221, 5.0, 0.241, 0.203, 8.4, 0.238, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1260 observations" / source= '0757+459', 'J0801+4545' RA= 08:01:14.373258 DEC= +45:45:46.53629 RAER= 2.59 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0757+523', 'J0801+5212' RA= 08:01:17.420133 DEC= +52:12:30.04430 RAER= 1.55 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.029, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0759-334', 'J0801-3336' RA= 08:01:25.952486 DEC= -33:36:19.89757 RAER= 0.27 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.073, 8.4, 0.096, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '0757+550', 'J0801+5455' RA= 08:01:28.846871 DEC= +54:55:11.68760 RAER= 0.88 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0757+477', 'J0801+4736' RA= 08:01:31.965640 DEC= +47:36:16.06267 RAER= 0.30 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.048, 8.4, 0.050, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '0758+143', 'J0801+1414' RA= 08:01:33.552518 DEC= +14:14:42.81195 RAER= 0.56 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0759-049', 'J0801-0504' RA= 08:01:34.387877 DEC= -05:04:59.48531 RAER= 8.55 DECER= 14.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0756+667', 'J0801+6639' RA= 08:01:36.378227 DEC= +66:39:09.90322 RAER= 0.82 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.069, 8.4, 0.076, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0759-055', 'J0801-0540' RA= 08:01:38.419332 DEC= -05:40:56.15255 RAER= 0.59 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.019, 8.4, 0.033, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0759-245', 'J0801-2438' RA= 08:01:40.294223 DEC= -24:38:30.38295 RAER= 15.98 DECER= 19.60 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0757+637', 'J0801+6335' RA= 08:01:40.581230 DEC= +63:35:08.06656 RAER= 5.04 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0759-283', 'J0801-2831' RA= 08:01:46.493907 DEC= -28:31:06.87122 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.031, 8.4, 0.149, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '0759-159', 'J0801-1607' RA= 08:01:48.642388 DEC= -16:07:38.41931 RAER= 1.55 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0757+670', 'J0801+6657' RA= 08:01:58.483359 DEC= +66:57:34.39467 RAER= 12.07 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0759+102', 'J0801+1005' RA= 08:01:59.396044 DEC= +10:05:36.20653 RAER= 0.73 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0757+640', 'J0802+6353' RA= 08:02:02.595743 DEC= +63:53:03.47554 RAER= 1.53 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.009, 8.4, 0.029, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0759-105', 'J0802-1042' RA= 08:02:05.928755 DEC= -10:42:16.71736 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.231, 5.0, 0.163, 0.136, 8.4, 0.182, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 304 observations" / source= '0759+261', 'J0802+2602' RA= 08:02:09.329141 DEC= +26:02:09.42776 RAER= 0.79 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0759-095', 'J0802-0942' RA= 08:02:15.681959 DEC= -09:42:49.93732 RAER= 0.56 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '0758+594', 'J0802+5921' RA= 08:02:24.592824 DEC= +59:21:34.79649 RAER= 0.27 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.154, 5.0, 0.143, 0.085, 8.4, 0.125, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 904 observations" / source= '0800-380', 'J0802-3810' RA= 08:02:27.604814 DEC= -38:10:53.06496 RAER= 0.36 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.094, 8.4, 0.092, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '0755+764', 'J0802+7620' RA= 08:02:30.348790 DEC= +76:20:25.69104 RAER= 12.51 DECER= 7.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0800-177', 'J0802-1751' RA= 08:02:31.107987 DEC= -17:51:44.48003 RAER= 0.27 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.952, 0.066, 8.4, 0.192, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '0800-104', 'J0802-1037' RA= 08:02:31.234627 DEC= -10:37:17.60109 RAER= 0.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0759+252', 'J0802+2509' RA= 08:02:41.587429 DEC= +25:09:10.89803 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.181, 5.0, 0.285, 0.205, 8.4, 0.226, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1109 observations" / source= '0758+530', 'J0802+5255' RA= 08:02:43.990494 DEC= +52:55:44.03573 RAER= 0.58 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.037, 8.4, 0.077, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0759+183', 'J0802+1809' RA= 08:02:48.031972 DEC= +18:09:49.24934 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.286, 5.0, 0.478, 0.239, 8.4, 0.487, 0.297 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9521 observations" / source= '0759+294', 'J0802+2917' RA= 08:02:48.432289 DEC= +29:17:34.21222 RAER= 1.30 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0759+529', 'J0802+5250' RA= 08:02:50.044500 DEC= +52:50:19.32965 RAER= 1.57 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0800+049', 'J0802+0449' RA= 08:02:56.592001 DEC= +04:49:12.17134 RAER= 0.76 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.040, 8.4, 0.053, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0800-219', 'J0802-2202' RA= 08:02:58.174965 DEC= -22:02:32.11410 RAER= 1.89 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0800-055', 'J0803-0539' RA= 08:03:03.163935 DEC= -05:39:05.26422 RAER= 0.87 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.026, 8.4, 0.017, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0800+207', 'J0803+2038' RA= 08:03:06.671367 DEC= +20:38:29.37441 RAER= 0.53 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.099, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0800-034', 'J0803-0336' RA= 08:03:12.078062 DEC= -03:36:00.58005 RAER= 0.37 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0800-035', 'J0803-0343' RA= 08:03:20.761072 DEC= -03:43:01.81112 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '0758+671', 'J0803+6700' RA= 08:03:30.994899 DEC= +67:00:04.01957 RAER= 6.41 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0801-079', 'J0803-0805' RA= 08:03:39.306889 DEC= -08:05:21.39067 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.126, 5.0, 0.149, n/a, 8.4, 0.139, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0800+451', 'J0803+4500' RA= 08:03:40.513276 DEC= +45:00:56.94832 RAER= 1.40 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.033, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0801+058', 'J0803+0541' RA= 08:03:41.928192 DEC= +05:41:20.08529 RAER= 3.06 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0759+660', 'J0803+6554' RA= 08:03:47.557481 DEC= +65:54:33.31150 RAER= 1.96 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0759+641', 'J0803+6403' RA= 08:03:52.159358 DEC= +64:03:14.37302 RAER= 0.27 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.077, 5.0, 0.195, 0.081, 8.4, 0.223, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 956 observations" / source= '0801+115', 'J0803+1123' RA= 08:03:53.064437 DEC= +11:23:46.88794 RAER= 0.65 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.030, 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0804-702', 'J0803-7025' RA= 08:03:53.913708 DEC= -70:25:13.04591 RAER= 1.10 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0801-141', 'J0803-1417' RA= 08:03:54.384748 DEC= -14:17:33.72471 RAER= 0.88 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.043, 8.4, 0.062, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0801+044', 'J0803+0421' RA= 08:03:56.444442 DEC= +04:21:02.74000 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.324, 0.280, 8.4, 0.235, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 756 observations" / source= '0800+307', 'J0804+3035' RA= 08:04:03.168946 DEC= +30:35:14.01447 RAER= 0.36 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0802-363', 'J0804-3629' RA= 08:04:05.324682 DEC= -36:29:17.53543 RAER= 1.69 DECER= 8.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0801+103', 'J0804+1012' RA= 08:04:07.581010 DEC= +10:12:13.23852 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.077, 5.0, 0.105, 0.093, 8.4, 0.130, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '0801+133', 'J0804+1313' RA= 08:04:08.227520 DEC= +13:13:55.73517 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0801-058', 'J0804-0557' RA= 08:04:13.577622 DEC= -05:57:09.10698 RAER= 0.46 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0800+472', 'J0804+4704' RA= 08:04:13.881764 DEC= +47:04:42.86527 RAER= 0.42 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.010, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '0801-104', 'J0804-1038' RA= 08:04:17.670385 DEC= -10:38:02.55803 RAER= 0.38 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.058, 8.4, 0.122, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0802-262', 'J0804-2623' RA= 08:04:24.600617 DEC= -26:23:58.39136 RAER= 2.38 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0800+608', 'J0804+6040' RA= 08:04:24.997002 DEC= +60:40:08.05243 RAER= 1.31 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.038, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0802-170', 'J0804-1712' RA= 08:04:33.714969 DEC= -17:12:03.87603 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.051, 8.4, 0.123, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 687 observations" / source= '0802-194', 'J0804-1936' RA= 08:04:34.762016 DEC= -19:36:49.65903 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.200, 0.045, 8.4, 0.119, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0802+043', 'J0804+0414' RA= 08:04:43.523613 DEC= +04:14:10.03141 RAER= 0.65 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0802+103', 'J0804+1015' RA= 08:04:47.967225 DEC= +10:15:23.74463 RAER= 0.57 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0802-276', 'J0804-2749' RA= 08:04:51.451214 DEC= -27:49:11.32138 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.620, 0.176, 8.4, 0.510, 0.232, 22.2, 0.281, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1441 observations" / source= '0801+437', 'J0804+4335' RA= 08:04:54.901891 DEC= +43:35:37.09490 RAER= 0.96 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0803-375', 'J0804-3743' RA= 08:04:56.542811 DEC= -37:43:10.20863 RAER= 31.38 DECER= 59.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0802-062', 'J0804-0624' RA= 08:04:57.739133 DEC= -06:24:26.20260 RAER= 0.41 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0801+499', 'J0804+4948' RA= 08:04:58.148345 DEC= +49:48:44.09833 RAER= 2.84 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0801+546', 'J0804+5431' RA= 08:04:59.253142 DEC= +54:31:57.80249 RAER= 0.71 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.053, 8.4, 0.066, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0800+679', 'J0805+6746' RA= 08:05:01.761838 DEC= +67:46:01.24284 RAER= 2.26 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0802+163', 'J0805+1614' RA= 08:05:02.188292 DEC= +16:14:05.21313 RAER= 6.75 DECER= 6.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0802+115', 'J0805+1121' RA= 08:05:08.505640 DEC= +11:21:57.19032 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.092, 8.4, 0.157, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '0802-010', 'J0805-0111' RA= 08:05:12.888485 DEC= -01:11:13.79547 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.268, 0.184, 5.0, 0.143, 0.056, 8.4, 0.263, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2594 observations" / source= '0800+618', 'J0805+6144' RA= 08:05:18.179562 DEC= +61:44:23.70049 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.913, 0.457, 5.0, 0.728, 0.451, 8.4, 0.540, 0.343 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62745 observations" / source= '0801+401', 'J0805+3957' RA= 08:05:20.591238 DEC= +39:57:43.79911 RAER= 7.10 DECER= 4.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0759+757', 'J0805+7534' RA= 08:05:26.646904 DEC= +75:34:25.04109 RAER= 1.26 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.025, 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '0803-008', 'J0805-0058' RA= 08:05:37.810022 DEC= -00:58:17.55751 RAER= 0.40 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0802+212', 'J0805+2106' RA= 08:05:38.534249 DEC= +21:06:51.59243 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.851, 0.481, 5.0, 0.597, 0.251, 8.4, 0.376, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1120 observations" / source= '0802+447', 'J0805+4436' RA= 08:05:45.294975 DEC= +44:36:01.23068 RAER= 16.21 DECER= 7.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0803-133', 'J0805-1332' RA= 08:05:47.200480 DEC= -13:32:07.56299 RAER= 0.98 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0759+743', 'J0805+7410' RA= 08:05:50.610778 DEC= +74:10:28.29538 RAER= 0.65 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.042, 5.0, 0.116, 0.090, 8.4, 0.087, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '0802+387', 'J0805+3835' RA= 08:05:51.758030 DEC= +38:35:38.06895 RAER= 0.79 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0803-109', 'J0806-1107' RA= 08:06:02.619677 DEC= -11:07:12.13700 RAER= 2.04 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.023, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0803-234', 'J0806-2333' RA= 08:06:04.343304 DEC= -23:33:33.34397 RAER= 3.55 DECER= 8.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0803-224', 'J0806-2233' RA= 08:06:07.486861 DEC= -22:33:49.24333 RAER= 0.79 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.049, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0803-047', 'J0806-0454' RA= 08:06:08.785720 DEC= -04:54:11.34031 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.040, 8.4, 0.039, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '0804-267', 'J0806-2652' RA= 08:06:12.722617 DEC= -26:52:33.30855 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.534, 0.162, 8.4, 0.390, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2008 observations" / source= '0802+606', 'J0806+6030' RA= 08:06:15.570187 DEC= +60:30:47.98751 RAER= 13.30 DECER= 5.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0804-172', 'J0806-1724' RA= 08:06:24.965755 DEC= -17:24:44.33577 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.086, 8.4, 0.160, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '0802+581', 'J0806+5758' RA= 08:06:25.840656 DEC= +57:58:43.43970 RAER= 1.65 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.020, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0802+596', 'J0806+5931' RA= 08:06:25.948752 DEC= +59:31:06.90878 RAER= 0.46 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.033, 5.0, 0.042, 0.011, 8.4, 0.047, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '0757+815', 'J0806+8126' RA= 08:06:26.357370 DEC= +81:26:20.65759 RAER= 48.30 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0803+096', 'J0806+0931' RA= 08:06:33.082543 DEC= +09:31:28.29180 RAER= 0.80 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0804-290', 'J0806-2911' RA= 08:06:33.445223 DEC= -29:11:34.90093 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.054, 8.4, 0.150, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '0803+452', 'J0806+4504' RA= 08:06:33.472542 DEC= +45:04:32.27277 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.301, 5.0, 0.373, 0.180, 8.4, 0.363, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '0806-710', 'J0806-7112' RA= 08:06:34.094035 DEC= -71:12:15.74448 RAER= 1.18 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0759+779', 'J0806+7746' RA= 08:06:37.406329 DEC= +77:46:07.26761 RAER= 0.61 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.095, 5.0, 0.107, 0.102, 8.4, 0.093, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '0803+488', 'J0806+4841' RA= 08:06:44.427435 DEC= +48:41:49.15986 RAER= 0.55 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.029, 8.4, 0.081, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0804-351', 'J0806-3519' RA= 08:06:44.766430 DEC= -35:19:41.45228 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.066, 8.4, 0.098, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0804-217', 'J0806-2151' RA= 08:06:45.565018 DEC= -21:51:45.57751 RAER= 3.79 DECER= 7.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0804-227', 'J0806-2250' RA= 08:06:48.032382 DEC= -22:50:46.80817 RAER= 4.87 DECER= 9.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0805-608', 'J0806-6101' RA= 08:06:49.302721 DEC= -61:01:29.96197 RAER= 2.94 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.184, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0804+169', 'J0807+1645' RA= 08:07:00.933171 DEC= +16:45:45.18022 RAER= 1.18 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0803+514', 'J0807+5117' RA= 08:07:01.013550 DEC= +51:17:38.67629 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.179, 5.0, 0.176, 0.098, 8.4, 0.171, 0.117, 15.2, 0.140, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 877 observations" / source= '0804-153', 'J0807-1531' RA= 08:07:05.308963 DEC= -15:31:25.38097 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.086, 8.4, 0.078, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '0804-055', 'J0807-0541' RA= 08:07:09.617578 DEC= -05:41:13.91562 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.119, 8.4, 0.189, 0.123, 15.2, 0.154, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1014 observations" / source= '0805-197', 'J0807-1952' RA= 08:07:22.362034 DEC= -19:52:18.10305 RAER= 2.45 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0805-172', 'J0807-1724' RA= 08:07:33.541887 DEC= -17:24:53.85643 RAER= 1.60 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0805-225', 'J0807-2243' RA= 08:07:35.048684 DEC= -22:43:32.30256 RAER= 1.13 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0805-119', 'J0807-1207' RA= 08:07:35.998885 DEC= -12:07:43.71447 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.088, 8.4, 0.193, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0804+140', 'J0807+1352' RA= 08:07:38.504897 DEC= +13:52:17.36137 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.117, 8.4, 0.182, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 498 observations" / source= '0803+542', 'J0807+5408' RA= 08:07:38.706654 DEC= +54:08:44.40166 RAER= 1.89 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0805+009', 'J0807+0047' RA= 08:07:39.724160 DEC= +00:47:22.07288 RAER= 0.96 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.030, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0806-483', 'J0807-4827' RA= 08:07:40.978783 DEC= -48:27:57.00694 RAER= 6.63 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.704, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0804+454', 'J0807+4515' RA= 08:07:49.059757 DEC= +45:15:50.34488 RAER= 1.14 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.031, 8.4, 0.039, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0805+072', 'J0807+0708' RA= 08:07:56.761806 DEC= +07:08:40.19693 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.060, 8.4, 0.125, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '0805+046', 'J0807+0432' RA= 08:07:57.538493 DEC= +04:32:34.53125 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.169, 8.4, 0.247, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1861 observations" / source= '0805+010', 'J0808+0057' RA= 08:08:04.345418 DEC= +00:57:07.58404 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.206, 0.058, 8.4, 0.132, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '0806-543', 'J0808-5428' RA= 08:08:05.467011 DEC= -54:28:44.84848 RAER= 8.45 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0805+094', 'J0808+0918' RA= 08:08:07.548419 DEC= +09:18:05.55514 RAER= 0.48 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.013, 8.4, 0.040, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0805-077', 'J0808-0751' RA= 08:08:15.536038 DEC= -07:51:09.88659 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.365, 0.842, 5.0, 0.962, 0.358, 8.4, 1.361, 0.882, 15.2, 1.179, 0.913 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4268 observations" / source= '0804+587', 'J0808+5838' RA= 08:08:15.909444 DEC= +58:38:04.14667 RAER= 1.30 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.026, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0806-368', 'J0808-3657' RA= 08:08:15.929652 DEC= -36:57:17.25261 RAER= 9.35 DECER= 36.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0802+733', 'J0808+7315' RA= 08:08:16.491532 DEC= +73:15:11.98962 RAER= 0.43 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.151, 8.4, 0.367, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '0805+130', 'J0808+1253' RA= 08:08:21.213935 DEC= +12:53:48.06239 RAER= 0.28 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.055, 8.4, 0.099, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0805+353', 'J0808+3514' RA= 08:08:24.083297 DEC= +35:14:16.46681 RAER= 0.82 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.036, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0805+063', 'J0808+0609' RA= 08:08:29.070061 DEC= +06:09:37.29353 RAER= 1.11 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.049, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0806-115', 'J0808-1139' RA= 08:08:32.056830 DEC= -11:39:34.90464 RAER= 0.68 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0805+269', 'J0808+2646' RA= 08:08:36.764920 DEC= +26:46:36.73976 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.418, 0.178, 5.0, 0.247, 0.043, 8.4, 0.229, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 753 observations" / source= '0805+053', 'J0808+0514' RA= 08:08:38.846998 DEC= +05:14:39.93795 RAER= 0.36 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.049, 8.4, 0.072, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0804+499', 'J0808+4950' RA= 08:08:39.666291 DEC= +49:50:36.53034 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.669, 0.411, 5.0, 0.566, 0.521, 8.4, 0.587, 0.447, 15.2, 0.696, 0.565, 22.2, 0.404, 0.246 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114270 observations" / source= '0806+059', 'J0808+0550' RA= 08:08:42.900932 DEC= +05:50:43.78032 RAER= 0.29 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.067, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0806-019', 'J0808-0208' RA= 08:08:45.865200 DEC= -02:08:33.45787 RAER= 0.54 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.021, 8.4, 0.046, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0805+275', 'J0808+2721' RA= 08:08:48.718933 DEC= +27:21:35.29411 RAER= 0.68 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0806-099', 'J0808-1007' RA= 08:08:49.095315 DEC= -10:07:35.03407 RAER= 10.54 DECER= 15.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0806-103', 'J0808-1027' RA= 08:08:53.633392 DEC= -10:27:39.67818 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0805+410', 'J0808+4052' RA= 08:08:56.652048 DEC= +40:52:44.88889 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.343, 5.0, 0.759, 0.645, 8.4, 0.799, 0.663 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69352 observations" / source= '0804+676', 'J0808+6729' RA= 08:08:58.711902 DEC= +67:29:02.49568 RAER= 0.97 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.027, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0806-030', 'J0809-0311' RA= 08:09:00.619931 DEC= -03:11:40.32262 RAER= 0.54 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.041, 8.4, 0.106, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0805+406', 'J0809+4032' RA= 08:09:03.142133 DEC= +40:32:56.18473 RAER= 1.07 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.010, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0806-109', 'J0809-1107' RA= 08:09:03.951311 DEC= -11:07:23.99445 RAER= 15.98 DECER= 14.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0806+293', 'J0809+2912' RA= 08:09:06.224894 DEC= +29:12:35.47254 RAER= 0.87 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.033, 8.4, 0.056, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0806-153', 'J0809-1532' RA= 08:09:07.391920 DEC= -15:32:46.87410 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.078, 8.4, 0.123, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 347 observations" / source= '0805+591', 'J0809+5901' RA= 08:09:10.462055 DEC= +59:01:25.22433 RAER= 0.75 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.069, 8.4, 0.061, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0806+315', 'J0809+3122' RA= 08:09:13.444366 DEC= +31:22:22.91512 RAER= 0.21 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.040, 8.4, 0.038, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 703 observations" / source= '0805+583', 'J0809+5809' RA= 08:09:26.568798 DEC= +58:09:25.49680 RAER= 2.06 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.015, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0806+399', 'J0809+3949' RA= 08:09:32.511017 DEC= +39:49:29.50280 RAER= 8.30 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0747+871', 'J0809+8702' RA= 08:09:35.276982 DEC= +87:02:02.96948 RAER= 29.85 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0807-014', 'J0809-0133' RA= 08:09:36.875387 DEC= -01:33:01.29139 RAER= 1.03 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0806+350', 'J0809+3455' RA= 08:09:38.886752 DEC= +34:55:37.26505 RAER= 0.26 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.047, 5.0, 0.070, 0.056, 8.4, 0.056, 0.043, 15.2, 0.056, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 894 observations" / source= '0805+538', 'J0809+5341' RA= 08:09:41.732767 DEC= +53:41:25.09309 RAER= 0.20 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.139, 5.0, 0.190, 0.175, 8.4, 0.183, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 956 observations" / source= '0808-491', 'J0809-4916' RA= 08:09:45.986390 DEC= -49:16:39.85199 RAER= 2.58 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.494, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0806+524', 'J0809+5218' RA= 08:09:49.186709 DEC= +52:18:58.25086 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.090, 5.0, 0.127, 0.057, 8.4, 0.122, 0.054, 15.2, 0.116, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1220 observations" / source= '0807-161', 'J0809-1615' RA= 08:09:53.676200 DEC= -16:15:17.18132 RAER= 1.32 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0807-136', 'J0809-1345' RA= 08:09:57.581951 DEC= -13:45:10.81120 RAER= 2.06 DECER= 6.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0805+578', 'J0810+5743' RA= 08:10:02.333926 DEC= +57:43:46.01806 RAER= 2.05 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0807-219', 'J0810-2207' RA= 08:10:03.232352 DEC= -22:07:12.14247 RAER= 1.40 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.044, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0806+389', 'J0810+3847' RA= 08:10:09.957287 DEC= +38:47:57.08734 RAER= 0.94 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.024, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0807+031', 'J0810+0257' RA= 08:10:18.703826 DEC= +02:57:14.70789 RAER= 10.15 DECER= 9.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0806+618', 'J0810+6141' RA= 08:10:24.302896 DEC= +61:41:36.16974 RAER= 2.09 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0807+103', 'J0810+1010' RA= 08:10:26.423880 DEC= +10:10:40.99960 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.085, 8.4, 0.091, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0807+437', 'J0810+4335' RA= 08:10:33.009241 DEC= +43:35:09.45906 RAER= 0.26 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '0807+083', 'J0810+0810' RA= 08:10:41.366381 DEC= +08:10:00.31426 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.041, 8.4, 0.075, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '0808-132', 'J0810-1321' RA= 08:10:57.420210 DEC= -13:21:56.45319 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.043, 5.0, 0.069, 0.023, 8.4, 0.050, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '0808-197', 'J0810-1953' RA= 08:10:58.582843 DEC= -19:53:49.93537 RAER= 4.57 DECER= 10.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0807+417', 'J0810+4134' RA= 08:10:58.994224 DEC= +41:34:02.80672 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.194, 5.0, 0.124, 0.085, 8.4, 0.204, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 862 observations" / source= '0806+573', 'J0811+5714' RA= 08:11:00.609254 DEC= +57:14:12.49481 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.309, 0.178, 5.0, 0.369, 0.197, 8.4, 0.334, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '0808+218', 'J0811+2141' RA= 08:11:00.936220 DEC= +21:41:37.11698 RAER= 0.19 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.021, 8.4, 0.042, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '0808-019', 'J0811-0204' RA= 08:11:00.953594 DEC= -02:04:20.32179 RAER= 0.50 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.061, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0812-753', 'J0811-7530' RA= 08:11:03.206694 DEC= -75:30:27.82471 RAER= 1.98 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0806+609', 'J0811+6050' RA= 08:11:03.470190 DEC= +60:50:49.65566 RAER= 1.34 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.045, 8.4, 0.055, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0808+044', 'J0811+0420' RA= 08:11:05.625884 DEC= +04:20:17.44365 RAER= 0.99 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.003, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0807+576', 'J0811+5730' RA= 08:11:08.360239 DEC= +57:30:23.64398 RAER= 0.86 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 299 observations" / source= '0807+457', 'J0811+4533' RA= 08:11:08.778229 DEC= +45:33:48.96204 RAER= 0.47 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0809-493', 'J0811-4929' RA= 08:11:08.803356 DEC= -49:29:43.51174 RAER= 1.54 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.141, 8.4, 0.561, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0808-106', 'J0811-1047' RA= 08:11:11.484420 DEC= -10:47:00.57717 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.024, 8.4, 0.065, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0809-100', 'J0811-1010' RA= 08:11:25.667120 DEC= -10:10:56.00874 RAER= 1.72 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0808+019', 'J0811+0146' RA= 08:11:26.707318 DEC= +01:46:52.22009 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.526, 0.471, 5.0, 0.457, 0.579, 8.4, 0.666, 0.611, 15.2, 0.823, 0.772 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39197 observations" / source= '0806+710', 'J0811+7051' RA= 08:11:28.689085 DEC= +70:51:17.18892 RAER= 0.97 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.047, 8.4, 0.065, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0809-073', 'J0811-0732' RA= 08:11:35.615296 DEC= -07:32:24.21176 RAER= 0.38 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0807+486', 'J0811+4831' RA= 08:11:37.222889 DEC= +48:31:33.82967 RAER= 0.99 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0808+432', 'J0811+4308' RA= 08:11:37.363946 DEC= +43:08:29.43112 RAER= 0.48 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0809-304', 'J0811-3034' RA= 08:11:40.099138 DEC= -30:34:25.71309 RAER= 5.77 DECER= 18.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0810-438', 'J0811-4401' RA= 08:11:53.794304 DEC= -44:01:53.45666 RAER= 4.69 DECER= 12.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0808+261', 'J0811+2559' RA= 08:11:54.987320 DEC= +25:59:53.95437 RAER= 0.64 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.033, 8.4, 0.028, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0809+027', 'J0812+0237' RA= 08:12:01.857245 DEC= +02:37:33.08060 RAER= 0.34 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0808+408', 'J0812+4041' RA= 08:12:03.026111 DEC= +40:41:08.21952 RAER= 0.82 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.036, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0809+166', 'J0812+1629' RA= 08:12:09.300668 DEC= +16:29:22.50401 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.039, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '0810-216', 'J0812-2150' RA= 08:12:14.074055 DEC= -21:50:38.62948 RAER= 0.60 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.021, 8.4, 0.047, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0809+052', 'J0812+0507' RA= 08:12:18.111382 DEC= +05:07:55.31082 RAER= 1.15 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0809-013', 'J0812-0128' RA= 08:12:19.619191 DEC= -01:28:12.13384 RAER= 0.45 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.035, 8.4, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0810-290', 'J0812-2912' RA= 08:12:19.984188 DEC= -29:12:12.17118 RAER= 2.92 DECER= 6.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0810-180', 'J0812-1810' RA= 08:12:28.515928 DEC= -18:10:42.81364 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.354, 0.121, 8.4, 0.239, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 517 observations" / source= '0813-741', 'J0812-7420' RA= 08:12:30.973076 DEC= -74:20:13.43167 RAER= 8.96 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0809+073', 'J0812+0712' RA= 08:12:37.833810 DEC= +07:12:00.74159 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.086, 8.4, 0.161, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '0808+653', 'J0812+6509' RA= 08:12:40.846449 DEC= +65:09:11.09026 RAER= 1.27 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0811-477', 'J0812-4751' RA= 08:12:40.974170 DEC= -47:51:52.97452 RAER= 1.94 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.683, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0809+457', 'J0812+4536' RA= 08:12:42.031861 DEC= +45:36:52.52936 RAER= 0.35 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.045, 8.4, 0.071, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0809+255', 'J0812+2522' RA= 08:12:47.782591 DEC= +25:22:42.00236 RAER= 0.28 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.051, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '0807+692', 'J0812+6904' RA= 08:12:50.729261 DEC= +69:04:16.33802 RAER= 1.79 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.023, 8.4, 0.039, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0808+560', 'J0812+5554' RA= 08:12:51.445948 DEC= +55:54:21.75012 RAER= 1.01 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0809+404', 'J0812+4018' RA= 08:12:53.124411 DEC= +40:18:59.88222 RAER= 3.33 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0808+589', 'J0812+5845' RA= 08:12:56.675878 DEC= +58:45:38.34677 RAER= 0.62 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '0809+335', 'J0813+3321' RA= 08:13:01.743348 DEC= +33:21:15.00698 RAER= 1.04 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.030, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0810+258', 'J0813+2542' RA= 08:13:03.834042 DEC= +25:42:11.03152 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.534, 0.411, 5.0, 0.262, 0.219, 8.4, 0.386, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 896 observations" / source= '0805+788', 'J0813+7843' RA= 08:13:07.719454 DEC= +78:43:07.80837 RAER= 1.38 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.022, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0810+251', 'J0813+2458' RA= 08:13:23.415709 DEC= +24:58:38.84726 RAER= 0.89 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0810+232', 'J0813+2303' RA= 08:13:25.991343 DEC= +23:03:42.98027 RAER= 0.21 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.013, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '0811-223', 'J0813-2232' RA= 08:13:26.694142 DEC= -22:32:50.78655 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.012, 8.4, 0.046, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0811-401', 'J0813-4015' RA= 08:13:35.059613 DEC= -40:15:45.44135 RAER= 0.79 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0809+48C', 'J0813+481C' RA= 08:13:35.930947 DEC= +48:12:59.44608 RAER= 22.82 DECER= 15.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.028, 5.0, 0.043, n/a, 8.4, 0.059, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0809+483', 'J0813+4813' RA= 08:13:36.056250 DEC= +48:13:02.64221 RAER= 1.04 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '0809+48B', 'J0813+481B' RA= 08:13:36.146133 DEC= +48:13:04.91380 RAER= 3.96 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, n/a, 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0811-038', 'J0813-0357' RA= 08:13:38.063285 DEC= -03:57:17.30623 RAER= 0.89 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0810+280', 'J0813+2751' RA= 08:13:46.151290 DEC= +27:51:39.16180 RAER= 5.10 DECER= 5.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0810+152', 'J0813+1503' RA= 08:13:47.052340 DEC= +15:03:01.36823 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.044, 8.4, 0.048, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '0810+247', 'J0813+2435' RA= 08:13:47.137762 DEC= +24:35:59.14982 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.304, 5.0, 0.234, 0.128, 8.4, 0.225, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1154 observations" / source= '0809+539', 'J0813+5347' RA= 08:13:47.542383 DEC= +53:47:54.05095 RAER= 1.43 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.016, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0810+351', 'J0813+3459' RA= 08:13:49.044959 DEC= +34:59:02.01357 RAER= 0.54 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '0811-113', 'J0813-1131' RA= 08:13:50.954726 DEC= -11:31:37.76657 RAER= 0.60 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0811-061', 'J0814-0617' RA= 08:14:01.785173 DEC= -06:17:35.50215 RAER= 1.24 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0811+061', 'J0814+0602' RA= 08:14:04.548537 DEC= +06:02:38.34368 RAER= 1.78 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0811-179', 'J0814-1806' RA= 08:14:07.900772 DEC= -18:06:26.05463 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.111, 8.4, 0.125, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0810+327', 'J0814+3237' RA= 08:14:09.218610 DEC= +32:37:31.97003 RAER= 0.23 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '0811-175', 'J0814-1739' RA= 08:14:09.932016 DEC= -17:39:12.29801 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.153, 8.4, 0.134, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0811-100', 'J0814-1012' RA= 08:14:11.693484 DEC= -10:12:10.28831 RAER= 0.39 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0812-354', 'J0814-3538' RA= 08:14:14.610606 DEC= -35:38:25.70014 RAER= 2.88 DECER= 8.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, n/a, 8.4, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0811+211', 'J0814+2059' RA= 08:14:15.955661 DEC= +20:59:19.74289 RAER= 0.65 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.041, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0812-199', 'J0814-2003' RA= 08:14:20.958900 DEC= -20:03:32.87314 RAER= 5.54 DECER= 9.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0811+298', 'J0814+2940' RA= 08:14:21.267675 DEC= +29:40:20.98761 RAER= 5.88 DECER= 7.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.004, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0811+201', 'J0814+1959' RA= 08:14:23.761526 DEC= +19:59:03.66641 RAER= 22.95 DECER= 11.78 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0812-265', 'J0814-2644' RA= 08:14:27.234423 DEC= -26:44:21.60345 RAER= 0.52 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.039, 8.4, 0.052, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0812-227', 'J0814-2253' RA= 08:14:28.376131 DEC= -22:53:23.43503 RAER= 0.52 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0810+563', 'J0814+5609' RA= 08:14:32.116125 DEC= +56:09:56.68781 RAER= 0.30 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.030, 5.0, 0.033, 0.026, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1204 observations" / source= '0811+175', 'J0814+1722' RA= 08:14:37.986117 DEC= +17:22:08.31301 RAER= 0.63 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.028, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0810+646', 'J0814+6431' RA= 08:14:39.190338 DEC= +64:31:22.02600 RAER= 0.27 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.080, 5.0, 0.143, 0.136, 8.4, 0.151, 0.122, 15.2, 0.161, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1602 observations" / source= '0811+131', 'J0814+1258' RA= 08:14:43.882492 DEC= +12:58:15.18067 RAER= 1.04 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0811+360', 'J0814+3553' RA= 08:14:49.077551 DEC= +35:53:49.62057 RAER= 1.62 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.005, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0812-252', 'J0814-2521' RA= 08:14:55.130250 DEC= -25:21:43.92351 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.059, 5.0, 0.071, 0.021, 8.4, 0.092, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 635 observations" / source= '0813-538', 'J0814-5402' RA= 08:14:56.771562 DEC= -54:02:08.44476 RAER= 9.50 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0811+283', 'J0814+2809' RA= 08:14:59.555397 DEC= +28:09:36.56379 RAER= 0.55 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.070, 8.4, 0.071, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0812-25A', 'J0815-2524' RA= 08:15:01.259537 DEC= -25:24:17.26711 RAER= 2.23 DECER= 5.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0811+381', 'J0815+3801' RA= 08:15:04.439854 DEC= +38:01:37.95138 RAER= 0.80 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0812-191', 'J0815-1917' RA= 08:15:08.816607 DEC= -19:17:26.34085 RAER= 0.65 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0812+139', 'J0815+1348' RA= 08:15:22.847451 DEC= +13:48:34.08678 RAER= 0.70 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0812+020', 'J0815+0154' RA= 08:15:22.960833 DEC= +01:54:59.48087 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.193, 5.0, 0.374, 0.242, 8.4, 0.312, 0.238 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2171 observations" / source= '0813-234', 'J0815-2338' RA= 08:15:24.712240 DEC= -23:38:46.48086 RAER= 0.42 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.039, 8.4, 0.073, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0812+367', 'J0815+3635' RA= 08:15:25.944859 DEC= +36:35:15.14870 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.633, 0.409, 5.0, 0.939, 0.516, 8.4, 0.784, 0.456 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8835 observations" / source= '0812+100', 'J0815+0954' RA= 08:15:29.473018 DEC= +09:54:40.69917 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.064, 8.4, 0.097, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '0813-273', 'J0815-2727' RA= 08:15:32.735898 DEC= -27:27:16.47771 RAER= 4.66 DECER= 10.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0812+332', 'J0815+3305' RA= 08:15:34.161660 DEC= +33:05:29.01517 RAER= 1.23 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0812+299', 'J0815+2950' RA= 08:15:36.444150 DEC= +29:50:21.99951 RAER= 0.75 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0812+136', 'J0815+1330' RA= 08:15:36.588437 DEC= +13:30:38.21848 RAER= 0.49 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0813-232', 'J0815-2325' RA= 08:15:37.403443 DEC= -23:25:47.85454 RAER= 44.50 DECER= 42.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0812+440', 'J0815+4350' RA= 08:15:37.689342 DEC= +43:50:55.21571 RAER= 4.43 DECER= 6.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0811+620', 'J0815+6154' RA= 08:15:39.305718 DEC= +61:54:28.72505 RAER= 2.25 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.062, 8.4, 0.063, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0811+659', 'J0815+6550' RA= 08:15:39.809962 DEC= +65:50:04.49749 RAER= 2.05 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0813-233', 'J0815-2331' RA= 08:15:47.870872 DEC= -23:31:00.46627 RAER= 7.76 DECER= 16.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0812+192', 'J0815+1905' RA= 08:15:48.981883 DEC= +19:05:30.54914 RAER= 0.53 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0812+435', 'J0815+4323' RA= 08:15:55.831713 DEC= +43:23:14.48345 RAER= 0.88 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.056, 8.4, 0.042, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0813-115', 'J0815-1141' RA= 08:15:58.088698 DEC= -11:41:15.22322 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.026, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0813+020', 'J0815+0155' RA= 08:15:58.636740 DEC= +01:55:55.81664 RAER= 8.59 DECER= 12.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0812+382', 'J0816+3804' RA= 08:16:01.888627 DEC= +38:04:15.43419 RAER= 0.62 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0813-074', 'J0816-0737' RA= 08:16:08.488635 DEC= -07:37:12.85570 RAER= 0.75 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0811+658', 'J0816+6538' RA= 08:16:09.452810 DEC= +65:38:58.01443 RAER= 1.30 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.028, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0812+493', 'J0816+4910' RA= 08:16:09.577234 DEC= +49:10:04.43858 RAER= 0.38 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.057, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0812+607', 'J0816+6033' RA= 08:16:19.511846 DEC= +60:33:19.82524 RAER= 1.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0811+661', 'J0816+6600' RA= 08:16:21.126392 DEC= +66:00:49.52052 RAER= 2.24 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0812+578', 'J0816+5739' RA= 08:16:22.727421 DEC= +57:39:09.13704 RAER= 0.44 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.034, 5.0, 0.053, 0.017, 8.4, 0.044, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 832 observations" / source= '0813+000', 'J0816-0005' RA= 08:16:26.129741 DEC= -00:05:57.41803 RAER= 0.31 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.026, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0814-130', 'J0816-1311' RA= 08:16:27.203843 DEC= -13:11:52.62367 RAER= 0.45 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0812+531', 'J0816+5301' RA= 08:16:27.687782 DEC= +53:01:40.46021 RAER= 3.05 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0814-284', 'J0816-2838' RA= 08:16:27.974923 DEC= -28:38:54.70817 RAER= 1.89 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.013, 8.4, 0.063, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0814-107', 'J0816-1057' RA= 08:16:30.971012 DEC= -10:57:01.91279 RAER= 1.88 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0814-241', 'J0816-2421' RA= 08:16:40.412359 DEC= -24:21:06.57090 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, 0.105, 8.4, 0.651, 0.469 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1907 observations" / source= '0814+014', 'J0816+0119' RA= 08:16:40.889223 DEC= +01:19:06.32485 RAER= 0.43 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.033, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0814-081', 'J0816-0816' RA= 08:16:43.618409 DEC= -08:16:22.10832 RAER= 0.59 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0814-080', 'J0816-0813' RA= 08:16:45.725422 DEC= -08:13:25.25898 RAER= 0.74 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.019, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0813+210', 'J0816+2051' RA= 08:16:49.780538 DEC= +20:51:06.43252 RAER= 0.44 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0814-201', 'J0816-2018' RA= 08:16:50.106346 DEC= -20:18:03.71100 RAER= 1.62 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0814+201', 'J0817+1958' RA= 08:17:05.493283 DEC= +19:58:42.89851 RAER= 0.21 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.044, 5.0, 0.113, 0.034, 8.4, 0.077, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 795 observations" / source= '0814+294', 'J0817+2918' RA= 08:17:05.882295 DEC= +29:18:12.84420 RAER= 6.03 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0814+240', 'J0817+2352' RA= 08:17:10.547699 DEC= +23:52:23.95317 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.097, 5.0, 0.171, 0.110, 8.4, 0.238, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1040 observations" / source= '0815-479', 'J0817-4809' RA= 08:17:11.246249 DEC= -48:09:20.02346 RAER= 1.84 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.094, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0814+409', 'J0817+4049' RA= 08:17:22.676987 DEC= +40:49:42.93098 RAER= 0.85 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.031, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0814-029', 'J0817-0307' RA= 08:17:27.485989 DEC= -03:07:37.31159 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.071, 8.4, 0.086, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '0814+326', 'J0817+3227' RA= 08:17:28.542344 DEC= +32:27:02.92705 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.119, 5.0, 0.222, 0.107, 8.4, 0.184, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 963 observations" / source= '0814+227', 'J0817+2237' RA= 08:17:35.073972 DEC= +22:37:17.76405 RAER= 0.21 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.026, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0815-120', 'J0817-1214' RA= 08:17:35.844445 DEC= -12:14:42.02943 RAER= 0.45 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.044, 8.4, 0.056, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0813+601', 'J0817+5957' RA= 08:17:36.240841 DEC= +59:57:13.45254 RAER= 1.99 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0815-266', 'J0817-2649' RA= 08:17:40.505335 DEC= -26:49:18.14065 RAER= 0.91 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0813+557', 'J0817+5537' RA= 08:17:41.019949 DEC= +55:37:33.28309 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.101, 5.0, 0.157, 0.102, 8.4, 0.173, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 887 observations" / source= '0815-321', 'J0817-3218' RA= 08:17:42.974161 DEC= -32:18:40.82934 RAER= 5.11 DECER= 10.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.050, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0815-123', 'J0817-1227' RA= 08:17:44.416204 DEC= -12:27:42.13850 RAER= 0.77 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.031, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0815-094', 'J0817-0933' RA= 08:17:49.749472 DEC= -09:33:30.52746 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.143, 8.4, 0.187, 0.101, 15.2, 0.176, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '0814+328', 'J0817+3243' RA= 08:17:51.002706 DEC= +32:43:40.46524 RAER= 0.60 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0815-294', 'J0817-2936' RA= 08:17:58.850261 DEC= -29:36:31.42047 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.659, 0.137, 5.0, 0.449, n/a, 8.4, 0.268, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '0814+547', 'J0818+5437' RA= 08:18:03.862571 DEC= +54:37:08.43134 RAER= 1.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0813+613', 'J0818+6109' RA= 08:18:13.612166 DEC= +61:09:28.51714 RAER= 1.84 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0814+425', 'J0818+4222' RA= 08:18:15.999618 DEC= +42:22:45.41481 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.872, 0.558, 5.0, 1.055, 0.501, 8.4, 0.906, 0.537, 15.2, 1.133, 0.665, 22.2, 0.624, 0.475 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70553 observations" / source= '0813+694', 'J0818+6916' RA= 08:18:16.362734 DEC= +69:16:56.96199 RAER= 4.63 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0815-141', 'J0818-1418' RA= 08:18:19.043201 DEC= -14:18:20.40818 RAER= 5.07 DECER= 11.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0814+480', 'J0818+4754' RA= 08:18:22.474940 DEC= +47:54:34.80138 RAER= 0.50 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0815+283', 'J0818+2814' RA= 08:18:27.350057 DEC= +28:14:02.80304 RAER= 0.58 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0815-019', 'J0818-0208' RA= 08:18:27.709619 DEC= -02:08:50.68963 RAER= 0.36 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.049, 8.4, 0.062, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0815+078', 'J0818+0742' RA= 08:18:39.478429 DEC= +07:42:05.38221 RAER= 0.43 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.197, 0.055, 8.4, 0.160, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0815+320', 'J0818+3153' RA= 08:18:40.064277 DEC= +31:53:48.19223 RAER= 2.72 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0817-444', 'J0818-4434' RA= 08:18:45.979851 DEC= -44:34:05.22704 RAER= 3.84 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0815+265', 'J0818+2623' RA= 08:18:52.446361 DEC= +26:23:54.02308 RAER= 2.00 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0816+054', 'J0818+0517' RA= 08:18:56.236855 DEC= +05:17:37.26499 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.148, 8.4, 0.169, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 986 observations" / source= '0816-212', 'J0819-2126' RA= 08:19:00.916195 DEC= -21:26:24.46815 RAER= 2.23 DECER= 4.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0815+385', 'J0819+3823' RA= 08:19:00.956214 DEC= +38:23:59.81011 RAER= 0.50 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '0815+326', 'J0819+3226' RA= 08:19:02.328568 DEC= +32:26:37.21568 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.074, 5.0, 0.253, 0.200, 8.4, 0.209, 0.179 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1253 observations" / source= '0817-360', 'J0819-3611' RA= 08:19:08.034366 DEC= -36:11:32.54871 RAER= 30.64 DECER= 37.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0816+020', 'J0819+0150' RA= 08:19:10.816769 DEC= +01:50:36.89865 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.044, 8.4, 0.063, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0816-077', 'J0819-0756' RA= 08:19:17.583672 DEC= -07:56:26.13871 RAER= 1.04 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0816+279', 'J0819+2747' RA= 08:19:18.855715 DEC= +27:47:30.68929 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.177, 5.0, 0.207, 0.138, 8.4, 0.210, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 822 observations" / source= '0810+812', 'J0819+8105' RA= 08:19:24.302849 DEC= +81:05:33.16641 RAER= 1.92 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.054, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '0816+407', 'J0819+4037' RA= 08:19:25.899903 DEC= +40:37:43.92687 RAER= 0.38 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.060, 8.4, 0.076, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0817-063', 'J0819-0630' RA= 08:19:36.647525 DEC= -06:30:48.16868 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.109, 8.4, 0.117, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '0817-031', 'J0819-0319' RA= 08:19:50.099513 DEC= -03:19:46.46348 RAER= 0.33 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.073, 8.4, 0.084, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0813+758', 'J0819+7538' RA= 08:19:50.518844 DEC= +75:38:39.56377 RAER= 1.11 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.036, 8.4, 0.045, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '0817-055', 'J0819-0540' RA= 08:19:57.381366 DEC= -05:40:11.04936 RAER= 0.44 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.038, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0817-132', 'J0819-1324' RA= 08:19:57.947067 DEC= -13:24:53.64454 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.048, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0816+367', 'J0820+3636' RA= 08:20:08.847131 DEC= +36:36:11.32999 RAER= 1.71 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0817-136', 'J0820-1349' RA= 08:20:11.436310 DEC= -13:49:12.73573 RAER= 0.41 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.022, 8.4, 0.039, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0817+159', 'J0820+1545' RA= 08:20:14.207204 DEC= +15:45:19.27271 RAER= 0.44 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0816+565', 'J0820+5621' RA= 08:20:18.422193 DEC= +56:21:33.83783 RAER= 0.74 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0817+368', 'J0820+3640' RA= 08:20:20.189226 DEC= +36:40:04.46192 RAER= 0.62 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '0818-278', 'J0820-2801' RA= 08:20:21.942511 DEC= -28:01:59.07255 RAER= 1.67 DECER= 5.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0817+389', 'J0820+3850' RA= 08:20:22.594606 DEC= +38:50:25.86270 RAER= 0.84 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0816+426', 'J0820+4229' RA= 08:20:23.372679 DEC= +42:29:57.95126 RAER= 0.91 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.038, 8.4, 0.075, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0817+307', 'J0820+3035' RA= 08:20:35.426090 DEC= +30:35:12.79248 RAER= 2.40 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.027, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0816+549', 'J0820+5444' RA= 08:20:43.833356 DEC= +54:44:32.36325 RAER= 1.25 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.063, 8.4, 0.038, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0817+240', 'J0820+2353' RA= 08:20:51.198885 DEC= +23:53:45.21513 RAER= 0.69 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.038, 8.4, 0.044, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0818+102', 'J0820+1006' RA= 08:20:54.812115 DEC= +10:06:09.38125 RAER= 0.41 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.030, 8.4, 0.047, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0818-128', 'J0820-1258' RA= 08:20:57.447612 DEC= -12:58:59.16915 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.308, 5.0, 0.492, 0.238, 8.4, 0.398, 0.179, 22.2, 0.078, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3173 observations" / source= '0819-569', 'J0820-5705' RA= 08:20:58.762657 DEC= -57:05:33.40295 RAER= 4.00 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0818+312', 'J0821+3107' RA= 08:21:07.613568 DEC= +31:07:51.14871 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.063, 5.0, 0.113, 0.065, 8.4, 0.064, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '0818-059', 'J0821-0604' RA= 08:21:17.798169 DEC= -06:04:48.08132 RAER= 0.50 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.037, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0819-262', 'J0821-2624' RA= 08:21:17.965772 DEC= -26:24:59.01033 RAER= 1.82 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0816+716', 'J0821+7127' RA= 08:21:19.308885 DEC= +71:27:52.22983 RAER= 7.83 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0820-578', 'J0821-5800' RA= 08:21:20.527431 DEC= -58:00:18.75181 RAER= 0.46 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0818+026', 'J0821+0231' RA= 08:21:28.883841 DEC= +02:31:13.81024 RAER= 2.06 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0816+714', 'J0821+7119' RA= 08:21:31.043384 DEC= +71:19:43.03416 RAER= 8.48 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0818+472', 'J0821+4702' RA= 08:21:33.602083 DEC= +47:02:37.32023 RAER= 0.61 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '0818+066', 'J0821+0628' RA= 08:21:36.309819 DEC= +06:28:00.63526 RAER= 0.78 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0819-032', 'J0821-0323' RA= 08:21:40.037651 DEC= -03:23:12.53909 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.486, 0.241, 8.4, 0.209, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 829 observations" / source= '0818+179', 'J0821+1748' RA= 08:21:44.019127 DEC= +17:48:20.08990 RAER= 10.21 DECER= 9.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0818+506', 'J0821+5031' RA= 08:21:53.823825 DEC= +50:31:20.48929 RAER= 0.84 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.071, 8.4, 0.051, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0819-273', 'J0821-2729' RA= 08:21:53.946209 DEC= -27:29:50.82507 RAER= 36.56 DECER= 31.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0818+291', 'J0821+2857' RA= 08:21:54.068706 DEC= +28:57:39.59883 RAER= 0.41 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '0819+224', 'J0821+2216' RA= 08:21:56.918893 DEC= +22:16:01.67364 RAER= 0.63 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.056, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0818+47A', 'J0822+4705' RA= 08:22:09.547398 DEC= +47:05:52.88394 RAER= 0.99 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.052, 8.4, 0.069, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0819+258', 'J0822+2538' RA= 08:22:14.454574 DEC= +25:38:32.46181 RAER= 0.25 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.043, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '0817+710', 'J0822+7053' RA= 08:22:16.777312 DEC= +70:53:07.95041 RAER= 12.27 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0820-254', 'J0822-2535' RA= 08:22:18.509178 DEC= -25:35:53.17820 RAER= 1.43 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0820-186', 'J0822-1849' RA= 08:22:20.856919 DEC= -18:49:51.29957 RAER= 0.72 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0819+054', 'J0822+0519' RA= 08:22:26.423863 DEC= +05:19:51.14988 RAER= 0.69 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.028, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0820-430', 'J0822-4310' RA= 08:22:26.840821 DEC= -43:10:26.23977 RAER= 3.90 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0820-263', 'J0822-2631' RA= 08:22:36.543804 DEC= -26:31:25.82591 RAER= 0.63 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.017, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0818+513', 'J0822+5112' RA= 08:22:36.880735 DEC= +51:12:29.45676 RAER= 0.87 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.306, 0.031, 8.4, 0.164, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0819+408', 'J0822+4041' RA= 08:22:57.555942 DEC= +40:41:49.76666 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.333, 0.185, 5.0, 0.253, 0.130, 8.4, 0.313, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1103 observations" / source= '0820-000', 'J0823-0012' RA= 08:23:00.425230 DEC= -00:12:08.02285 RAER= 1.68 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.013, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0820+057', 'J0823+0535' RA= 08:23:01.874859 DEC= +05:35:25.30432 RAER= 0.68 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.035, 8.4, 0.033, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0821-344', 'J0823-3433' RA= 08:23:07.574314 DEC= -34:33:51.43223 RAER= 7.58 DECER= 24.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0820-062', 'J0823-0624' RA= 08:23:11.249290 DEC= -06:24:08.42115 RAER= 0.70 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.036, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0820-154', 'J0823-1536' RA= 08:23:11.582192 DEC= -15:36:11.15535 RAER= 3.61 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0821-468', 'J0823-4701' RA= 08:23:12.433500 DEC= -47:01:42.93804 RAER= 10.52 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0820+037', 'J0823+0333' RA= 08:23:12.912630 DEC= +03:33:01.44392 RAER= 0.77 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.031, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0820+225', 'J0823+2223' RA= 08:23:24.759213 DEC= +22:23:03.28902 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.306, 0.262, 5.0, 1.139, 0.188, 8.4, 0.581, 0.139, 15.2, 0.272, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 935 observations" / source= '0819+451', 'J0823+4458' RA= 08:23:25.268922 DEC= +44:58:50.42580 RAER= 2.01 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0821-448', 'J0823-4501' RA= 08:23:26.854204 DEC= -45:01:45.78172 RAER= 1.96 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0820+063', 'J0823+0611' RA= 08:23:28.618267 DEC= +06:11:46.11554 RAER= 0.45 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.024, 8.4, 0.056, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0820+243', 'J0823+2408' RA= 08:23:33.849902 DEC= +24:08:37.23709 RAER= 1.34 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0820+296', 'J0823+2928' RA= 08:23:41.131949 DEC= +29:28:28.19962 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.655, 0.443, 5.0, 0.498, 0.206, 8.4, 0.539, 0.248 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 982 observations" / source= '0821-153', 'J0823-1530' RA= 08:23:47.754865 DEC= -15:30:21.78240 RAER= 1.28 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0822-484', 'J0823-4838' RA= 08:23:49.954655 DEC= -48:38:08.45123 RAER= 1.68 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0821-094', 'J0823-0939' RA= 08:23:52.023544 DEC= -09:39:25.91520 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.141, 8.4, 0.116, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 691 observations" / source= '0820+207', 'J0823+2037' RA= 08:23:52.903302 DEC= +20:37:00.77323 RAER= 1.61 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0820+417', 'J0823+4138' RA= 08:23:55.817270 DEC= +41:38:10.17301 RAER= 0.44 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '0821-182', 'J0824-1827' RA= 08:24:04.066042 DEC= -18:27:40.83819 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.319, 0.177, 8.4, 0.205, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0821+046', 'J0824+0429' RA= 08:24:11.370412 DEC= +04:29:01.50062 RAER= 3.39 DECER= 6.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0822-295', 'J0824-2944' RA= 08:24:11.667569 DEC= -29:44:57.86255 RAER= 0.73 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0822-225', 'J0824-2243' RA= 08:24:21.323797 DEC= -22:43:55.40189 RAER= 1.02 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.011, 8.4, 0.057, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0821+238', 'J0824+2341' RA= 08:24:28.019151 DEC= +23:41:07.96333 RAER= 0.68 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.091, 8.4, 0.081, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0821+248', 'J0824+2438' RA= 08:24:33.009311 DEC= +24:38:43.11585 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.196, 5.0, 0.167, 0.120, 8.4, 0.180, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2751 observations" / source= '0821+411', 'J0824+4057' RA= 08:24:39.002397 DEC= +40:57:07.76244 RAER= 0.24 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.036, 5.0, 0.049, 0.021, 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1045 observations" / source= '0822-103', 'J0824-1029' RA= 08:24:44.783278 DEC= -10:29:43.65138 RAER= 0.27 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.066, 8.4, 0.069, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0821+524', 'J0824+5219' RA= 08:24:47.040699 DEC= +52:19:28.77269 RAER= 3.04 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0820+560', 'J0824+5552' RA= 08:24:47.236358 DEC= +55:52:42.66928 RAER= 0.18 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.490, 0.904, 5.0, 0.999, 0.574, 8.4, 0.758, 0.332, 15.2, 0.559, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9745 observations" / source= '0822-243', 'J0824-2428' RA= 08:24:49.260070 DEC= -24:28:52.55453 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.042, 5.0, 0.187, 0.085, 8.4, 0.153, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0819+711', 'J0824+7058' RA= 08:24:51.081338 DEC= +70:58:09.01185 RAER= 3.22 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0822-152', 'J0824-1527' RA= 08:24:51.621495 DEC= -15:27:45.91539 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.112, 8.4, 0.184, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '0821+394', 'J0824+3916' RA= 08:24:55.483858 DEC= +39:16:41.90399 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.701, 0.220, 5.0, 1.107, 0.842, 8.4, 0.825, 0.561, 15.2, 0.903, 0.496 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30576 observations" / source= '0822+086', 'J0825+0831' RA= 08:25:04.776337 DEC= +08:31:11.09082 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.121, 8.4, 0.091, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 517 observations" / source= '0822+137', 'J0825+1332' RA= 08:25:11.890951 DEC= +13:32:32.53858 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.189, 8.4, 0.244, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 831 observations" / source= '0822-046', 'J0825-0450' RA= 08:25:11.959246 DEC= -04:50:14.21162 RAER= 0.53 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.017, 8.4, 0.046, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0823-286', 'J0825-2847' RA= 08:25:14.036147 DEC= -28:47:06.86934 RAER= 2.30 DECER= 5.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0822-083', 'J0825-0829' RA= 08:25:16.398702 DEC= -08:29:58.60806 RAER= 0.98 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0822-019', 'J0825-0204' RA= 08:25:17.086556 DEC= -02:04:43.05034 RAER= 0.68 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.057, 8.4, 0.047, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0821+447', 'J0825+4436' RA= 08:25:17.613933 DEC= +44:36:26.87919 RAER= 0.92 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0822+394', 'J0825+3919' RA= 08:25:23.684169 DEC= +39:19:45.75894 RAER= 0.92 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.429, 0.029, 8.4, 0.148, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0823-500', 'J0825-5010' RA= 08:25:26.868903 DEC= -50:10:38.48858 RAER= 0.77 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations. No flux information" / source= '0823-268', 'J0825-2701' RA= 08:25:31.870956 DEC= -27:01:04.83875 RAER= 2.12 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0821+621', 'J0825+6157' RA= 08:25:38.612204 DEC= +61:57:28.57926 RAER= 0.23 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.443, 0.336, 5.0, 0.366, 0.211, 8.4, 0.363, 0.127, 15.2, 0.298, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2377 observations" / source= '0822+138', 'J0825+1339' RA= 08:25:40.994640 DEC= +13:39:56.47358 RAER= 0.51 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.052, 8.4, 0.066, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0822+272', 'J0825+2704' RA= 08:25:47.393425 DEC= +27:04:22.02357 RAER= 0.28 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '0823+140', 'J0825+1355' RA= 08:25:50.085364 DEC= +13:55:50.60669 RAER= 0.63 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.015, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '0823+033', 'J0825+0309' RA= 08:25:50.338359 DEC= +03:09:24.51993 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.996, 0.674, 5.0, 1.240, 0.431, 8.4, 1.104, 0.651, 15.2, 1.389, 1.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96275 observations" / source= '0823-321', 'J0825-3218' RA= 08:25:51.372650 DEC= -32:18:23.23361 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.163, 8.4, 0.358, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 277 observations" / source= '0824-586', 'J0825-5849' RA= 08:25:51.884698 DEC= -58:49:34.52953 RAER= 3.21 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0823-223', 'J0826-2230' RA= 08:26:01.572937 DEC= -22:30:27.20333 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.104, 0.063, 5.0, 0.686, 0.150, 8.4, 1.087, 0.498, 15.2, 0.767, 0.449 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2198 observations" / source= '0823-048', 'J0826-0500' RA= 08:26:02.254500 DEC= -05:00:28.21079 RAER= 1.88 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0822+529', 'J0826+5247' RA= 08:26:03.683861 DEC= +52:47:40.35056 RAER= 1.76 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0823+282', 'J0826+2803' RA= 08:26:11.748669 DEC= +28:03:48.88123 RAER= 0.66 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.040, 8.4, 0.059, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0820+740', 'J0826+7353' RA= 08:26:25.649564 DEC= +73:53:06.41231 RAER= 1.71 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.022, 8.4, 0.073, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0825-639', 'J0826-6404' RA= 08:26:27.852164 DEC= -64:04:15.26415 RAER= 6.07 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.033, n/a, 8.4, 0.020, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0824-251', 'J0826-2519' RA= 08:26:34.506771 DEC= -25:19:56.39818 RAER= 2.76 DECER= 5.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0824-411', 'J0826-4117' RA= 08:26:35.620546 DEC= -41:17:12.02910 RAER= 2.88 DECER= 10.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0824-237', 'J0826-2352' RA= 08:26:35.818996 DEC= -23:52:54.04265 RAER= 0.68 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.028, 8.4, 0.036, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0823+147', 'J0826+1434' RA= 08:26:43.457797 DEC= +14:34:27.64889 RAER= 0.65 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.034, 8.4, 0.024, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0824+131', 'J0826+1257' RA= 08:26:54.475449 DEC= +12:57:02.09529 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.078, 8.4, 0.070, 0.045, 22.2, 0.247, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2015 observations" / source= '0824-110', 'J0827-1113' RA= 08:27:03.830043 DEC= -11:13:23.59754 RAER= 1.05 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0824-069', 'J0827-0708' RA= 08:27:06.167673 DEC= -07:08:45.89651 RAER= 1.21 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0824+110', 'J0827+1052' RA= 08:27:06.512660 DEC= +10:52:24.15209 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.077, 8.4, 0.137, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0825-309', 'J0827-3109' RA= 08:27:07.124786 DEC= -31:09:23.59955 RAER= 3.72 DECER= 15.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0825-202', 'J0827-2026' RA= 08:27:17.412764 DEC= -20:26:25.05052 RAER= 0.98 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0824+294', 'J0827+2918' RA= 08:27:25.381774 DEC= +29:18:45.03082 RAER= 0.59 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0825-332', 'J0827-3324' RA= 08:27:27.234092 DEC= -33:24:42.40008 RAER= 1.02 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0824+092', 'J0827+0904' RA= 08:27:38.038686 DEC= +09:04:21.54358 RAER= 0.57 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.051, 8.4, 0.046, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0824+355', 'J0827+3525' RA= 08:27:38.588220 DEC= +35:25:05.07766 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.575, 0.218, 5.0, 0.478, 0.221, 8.4, 0.354, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '0825-139', 'J0827-1404' RA= 08:27:40.434514 DEC= -14:04:16.65607 RAER= 21.66 DECER= 22.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0823+676', 'J0827+6730' RA= 08:27:50.882617 DEC= +67:30:28.40832 RAER= 4.01 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.014, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0824+524', 'J0827+5217' RA= 08:27:53.698133 DEC= +52:17:58.29641 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.132, 5.0, 0.193, 0.141, 8.4, 0.267, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '0824+553', 'J0827+5509' RA= 08:27:56.265629 DEC= +55:09:58.59226 RAER= 1.63 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.013, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0824+352', 'J0827+3503' RA= 08:27:56.918798 DEC= +35:03:40.00708 RAER= 0.83 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0825+233', 'J0828+2312' RA= 08:28:01.140503 DEC= +23:12:17.63723 RAER= 1.18 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0826-373', 'J0828-3731' RA= 08:28:04.780231 DEC= -37:31:06.28155 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.681, 1.251, 8.4, 1.682, 0.861, 22.2, 0.232, 0.415 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9733 observations" / source= '0824+399', 'J0828+3948' RA= 08:28:08.653700 DEC= +39:48:16.26551 RAER= 1.32 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0825+295', 'J0828+2920' RA= 08:28:09.387849 DEC= +29:20:19.57402 RAER= 5.15 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0824+420', 'J0828+4153' RA= 08:28:14.203846 DEC= +41:53:51.88082 RAER= 1.76 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0825+385', 'J0828+3822' RA= 08:28:16.682075 DEC= +38:22:31.76645 RAER= 1.19 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.148, 0.050, 8.4, 0.068, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0825-097', 'J0828-0956' RA= 08:28:22.377058 DEC= -09:56:11.03454 RAER= 0.83 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.018, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0825-061', 'J0828-0621' RA= 08:28:27.650826 DEC= -06:21:36.87503 RAER= 0.71 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.026, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0824+509', 'J0828+5048' RA= 08:28:36.392677 DEC= +50:48:26.52217 RAER= 0.24 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.112, 5.0, 0.124, 0.066, 8.4, 0.099, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 777 observations" / source= '0826-241', 'J0828-2418' RA= 08:28:41.770387 DEC= -24:18:50.96001 RAER= 0.82 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0826+009', 'J0828+0045' RA= 08:28:43.739500 DEC= +00:45:44.92357 RAER= 0.94 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.050, 8.4, 0.069, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0826-160', 'J0828-1611' RA= 08:28:51.175757 DEC= -16:11:46.02230 RAER= 1.22 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.033, 8.4, 0.083, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0826+168', 'J0828+1640' RA= 08:28:51.748296 DEC= +16:40:11.87590 RAER= 2.03 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0826+036', 'J0828+0328' RA= 08:28:55.416163 DEC= +03:28:43.87384 RAER= 2.48 DECER= 6.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0825+374', 'J0829+3718' RA= 08:29:01.276435 DEC= +37:18:06.06734 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0826-228', 'J0829-2300' RA= 08:29:03.234306 DEC= -23:00:52.96017 RAER= 0.92 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0826+180', 'J0829+1754' RA= 08:29:04.828626 DEC= +17:54:15.86350 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.044, 5.0, 0.089, 0.049, 8.4, 0.077, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1043 observations" / source= '0826-183', 'J0829-1831' RA= 08:29:11.218102 DEC= -18:31:40.12081 RAER= 0.88 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.013, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0826+366', 'J0829+3629' RA= 08:29:13.525807 DEC= +36:29:25.12472 RAER= 0.58 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0827-488', 'J0829-4902' RA= 08:29:16.209921 DEC= -49:02:42.58850 RAER= 3.51 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0826+091', 'J0829+0858' RA= 08:29:30.319016 DEC= +08:58:21.28792 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, 0.017, 5.0, 0.094, 0.042, 8.4, 0.074, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '0828-587', 'J0829-5856' RA= 08:29:31.191615 DEC= -58:56:00.38002 RAER= 0.93 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations. No flux information" / source= '0826+215', 'J0829+2123' RA= 08:29:31.391020 DEC= +21:23:07.42543 RAER= 0.23 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '0826+404', 'J0829+4018' RA= 08:29:35.576105 DEC= +40:18:59.27394 RAER= 0.19 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.047, 5.0, 0.088, 0.081, 8.4, 0.062, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 844 observations" / source= '0827-115', 'J0829-1141' RA= 08:29:39.175573 DEC= -11:41:03.61448 RAER= 0.60 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0827-014', 'J0829-0139' RA= 08:29:45.795885 DEC= -01:39:57.54274 RAER= 2.40 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0826+428', 'J0829+4241' RA= 08:29:46.917328 DEC= +42:41:30.82587 RAER= 2.94 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0826+513', 'J0829+5108' RA= 08:29:48.085255 DEC= +51:08:27.67997 RAER= 0.43 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0819+838', 'J0829+8342' RA= 08:29:56.355764 DEC= +83:42:10.26713 RAER= 35.95 DECER= 7.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0827+017', 'J0830+0134' RA= 08:30:03.917850 DEC= +01:34:45.42421 RAER= 0.78 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.077, 8.4, 0.095, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0826+526', 'J0830+5230' RA= 08:30:10.909170 DEC= +52:30:27.03071 RAER= 1.54 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0827+235', 'J0830+2323' RA= 08:30:21.704138 DEC= +23:23:25.71940 RAER= 0.90 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0828-308', 'J0830-3102' RA= 08:30:24.390173 DEC= -31:02:58.83478 RAER= 1.51 DECER= 5.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0827+115', 'J0830+1123' RA= 08:30:28.441503 DEC= +11:23:26.08636 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.034, 5.0, 0.074, 0.025, 8.4, 0.095, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0827+055', 'J0830+0520' RA= 08:30:31.935220 DEC= +05:20:06.78227 RAER= 1.08 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.011, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0828-025', 'J0830-0242' RA= 08:30:38.214801 DEC= -02:42:40.61134 RAER= 0.60 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.013, 8.4, 0.081, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0828+093', 'J0830+0911' RA= 08:30:43.946883 DEC= +09:11:37.76997 RAER= 0.60 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.058, 8.4, 0.050, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0828-035', 'J0830-0340' RA= 08:30:45.763004 DEC= -03:40:45.45746 RAER= 0.60 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.037, 8.4, 0.040, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0828-169', 'J0830-1706' RA= 08:30:46.513934 DEC= -17:06:35.02926 RAER= 0.80 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0828-064', 'J0830-0636' RA= 08:30:49.744064 DEC= -06:36:19.99164 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.095, 8.4, 0.085, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '0827+243', 'J0830+2410' RA= 08:30:52.086195 DEC= +24:10:59.82020 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.755, 0.424, 5.0, 0.486, n/a, 8.4, 0.926, 0.655, 15.2, 1.287, 0.611, 22.2, 0.754, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25082 observations" / source= '0828-163', 'J0830-1629' RA= 08:30:52.390629 DEC= -16:29:37.46632 RAER= 1.46 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0828-203', 'J0830-2030' RA= 08:30:54.613952 DEC= -20:30:24.44696 RAER= 10.34 DECER= 15.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0828+065', 'J0830+0624' RA= 08:30:56.159886 DEC= +06:24:12.87363 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.034, 5.0, 0.063, 0.036, 8.4, 0.058, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 716 observations" / source= '0828+076', 'J0830+0729' RA= 08:30:57.538260 DEC= +07:29:18.12963 RAER= 0.40 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.023, 8.4, 0.050, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0827+541', 'J0831+5400' RA= 08:31:00.366416 DEC= +54:00:23.23394 RAER= 1.37 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.012, 8.4, 0.049, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0827+525', 'J0831+5225' RA= 08:31:05.478450 DEC= +52:25:21.17228 RAER= 0.79 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0827+521', 'J0831+5155' RA= 08:31:06.456875 DEC= +51:55:58.74890 RAER= 0.87 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.061, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0828+06A', 'J0831+0621' RA= 08:31:08.513638 DEC= +06:21:51.56265 RAER= 0.26 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, n/a, 5.0, 0.094, 0.076, 8.4, 0.072, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '0828-222', 'J0831-2228' RA= 08:31:09.148949 DEC= -22:28:26.80171 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.041, 8.4, 0.084, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '0827+378', 'J0831+3742' RA= 08:31:10.018153 DEC= +37:42:09.57125 RAER= 0.61 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0829-291', 'J0831-2920' RA= 08:31:14.058482 DEC= -29:20:23.60233 RAER= 3.56 DECER= 7.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0828+266', 'J0831+2630' RA= 08:31:18.327340 DEC= +26:30:25.14463 RAER= 0.47 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '0828+080', 'J0831+0755' RA= 08:31:21.418893 DEC= +07:55:45.66034 RAER= 0.57 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.013, 8.4, 0.062, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0829-192', 'J0831-1926' RA= 08:31:24.879527 DEC= -19:26:56.02311 RAER= 4.82 DECER= 11.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0828+179', 'J0831+1746' RA= 08:31:33.044928 DEC= +17:46:30.76103 RAER= 0.86 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0828+463', 'J0831+4608' RA= 08:31:39.802626 DEC= +46:08:00.77143 RAER= 0.72 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '0826+742', 'J0831+7406' RA= 08:31:42.058057 DEC= +74:06:47.43832 RAER= 4.79 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0829-249', 'J0831-2506' RA= 08:31:45.970894 DEC= -25:06:13.07423 RAER= 14.36 DECER= 18.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0829+046', 'J0831+0429' RA= 08:31:48.876961 DEC= +04:29:39.08571 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.571, 0.254, 5.0, 0.483, 0.247, 8.4, 0.613, 0.319, 15.2, 0.797, 0.464 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2995 observations" / source= '0829+089', 'J0831+0847' RA= 08:31:55.091505 DEC= +08:47:43.65167 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.057, 8.4, 0.080, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2490 observations" / source= '0829+140', 'J0831+1352' RA= 08:31:57.744784 DEC= +13:52:45.89807 RAER= 3.33 DECER= 6.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0826+707', 'J0831+7035' RA= 08:31:57.758197 DEC= +70:35:36.25339 RAER= 0.41 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.052, 5.0, 0.145, 0.122, 8.4, 0.136, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 312 observations" / source= '0829+200', 'J0832+1953' RA= 08:32:00.158026 DEC= +19:53:12.17591 RAER= 0.63 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.059, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0830-395', 'J0832-3941' RA= 08:32:03.155699 DEC= -39:41:03.90241 RAER= 3.48 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.023, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0829+130', 'J0832+1251' RA= 08:32:09.165899 DEC= +12:51:31.61602 RAER= 0.79 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.031, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0829+053', 'J0832+0509' RA= 08:32:11.652882 DEC= +05:09:00.92448 RAER= 0.65 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.043, 8.4, 0.065, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0829-008', 'J0832-0059' RA= 08:32:12.185694 DEC= -00:59:19.46608 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.020, 0.018, 5.0, 0.026, 0.029, 8.4, 0.058, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0830-486', 'J0832-4846' RA= 08:32:13.004777 DEC= -48:46:54.75406 RAER= 2.17 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0829-030', 'J0832-0310' RA= 08:32:13.724931 DEC= -03:10:43.07245 RAER= 2.36 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.038, 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0829+187', 'J0832+1832' RA= 08:32:16.040302 DEC= +18:32:12.13258 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.719, 0.148, 5.0, 0.589, 0.196, 8.4, 0.323, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1076 observations" / source= '0829+280', 'J0832+2752' RA= 08:32:19.656963 DEC= +27:52:43.91750 RAER= 0.38 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.048, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0828+493', 'J0832+4913' RA= 08:32:23.216724 DEC= +49:13:21.03812 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.323, 5.0, 0.430, 0.286, 8.4, 0.399, 0.195, 15.2, 0.304, 0.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2453 observations" / source= '0830-394', 'J0832-3937' RA= 08:32:23.774543 DEC= -39:37:41.02445 RAER= 5.84 DECER= 25.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0829+185', 'J0832+1821' RA= 08:32:24.881162 DEC= +18:21:22.01266 RAER= 0.40 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0829+045', 'J0832+0424' RA= 08:32:34.137614 DEC= +04:24:36.38176 RAER= 0.68 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '0829+337', 'J0832+3331' RA= 08:32:36.348591 DEC= +33:31:54.64155 RAER= 2.20 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0829+108', 'J0832+1040' RA= 08:32:38.477201 DEC= +10:40:19.65388 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.157, 8.4, 0.128, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 506 observations" / source= '0829+425', 'J0832+4224' RA= 08:32:48.435551 DEC= +42:24:58.90246 RAER= 1.55 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0830+160', 'J0832+1554' RA= 08:32:49.397078 DEC= +15:54:08.62271 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.314, 0.218, 5.0, 0.297, 0.211, 8.4, 0.194, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1072 observations" / source= '0829+267', 'J0832+2636' RA= 08:32:56.270418 DEC= +26:36:39.55912 RAER= 10.58 DECER= 14.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0830-332', 'J0832-3326' RA= 08:32:58.287028 DEC= -33:26:15.18450 RAER= 58.41 DECER= 53.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0831-471', 'J0833-4717' RA= 08:33:05.677865 DEC= -47:17:01.71415 RAER= 2.42 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0830+072', 'J0833+0703' RA= 08:33:09.504338 DEC= +07:03:01.63006 RAER= 0.63 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.106, 8.4, 0.062, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0828+660', 'J0833+6550' RA= 08:33:12.666804 DEC= +65:50:41.15716 RAER= 1.26 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0830+115', 'J0833+1123' RA= 08:33:14.366731 DEC= +11:23:36.23591 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.373, 0.147, 8.4, 0.199, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '0829+496', 'J0833+4925' RA= 08:33:15.626298 DEC= +49:25:57.75159 RAER= 1.71 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.038, 8.4, 0.020, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0830-047', 'J0833-0454' RA= 08:33:18.490585 DEC= -04:54:59.40587 RAER= 0.33 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.013, 8.4, 0.049, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0830+040', 'J0833+0350' RA= 08:33:18.912999 DEC= +03:50:32.35157 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.279, 8.4, 0.199, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 730 observations" / source= '0830-075', 'J0833-0741' RA= 08:33:19.918693 DEC= -07:41:13.64429 RAER= 1.34 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0828+651', 'J0833+6500' RA= 08:33:21.840317 DEC= +65:00:07.13169 RAER= 2.87 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.077, 8.4, 0.043, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0831-445', 'J0833-4441' RA= 08:33:22.315788 DEC= -44:41:38.72247 RAER= 0.40 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.031, 8.4, 0.078, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '0830+101', 'J0833+0959' RA= 08:33:22.499026 DEC= +09:59:41.20330 RAER= 0.67 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.048, 8.4, 0.057, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0830+117', 'J0833+1132' RA= 08:33:23.911619 DEC= +11:32:13.49457 RAER= 0.29 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '0829+575', 'J0833+5722' RA= 08:33:25.111908 DEC= +57:22:48.17853 RAER= 0.98 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0830+217', 'J0833+2131' RA= 08:33:36.884951 DEC= +21:31:44.71399 RAER= 0.20 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.053, 8.4, 0.065, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '0834-729', 'J0833-7305' RA= 08:33:43.140942 DEC= -73:05:26.20442 RAER= 0.73 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0830+343', 'J0833+3408' RA= 08:33:45.263094 DEC= +34:08:36.68247 RAER= 0.73 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0831-125', 'J0833-1242' RA= 08:33:48.662662 DEC= -12:42:37.81553 RAER= 11.78 DECER= 19.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0831-024', 'J0833-0239' RA= 08:33:49.882660 DEC= -02:39:31.18869 RAER= 1.16 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.049, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0830+215', 'J0833+2121' RA= 08:33:50.277912 DEC= +21:21:40.71942 RAER= 0.74 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.023, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '0830+425', 'J0833+4224' RA= 08:33:53.885376 DEC= +42:24:01.85041 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.104, 5.0, 0.194, 0.081, 8.4, 0.278, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1392 observations" / source= '0831+246', 'J0834+2428' RA= 08:34:02.666111 DEC= +24:28:47.58480 RAER= 0.84 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.033, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0831+030', 'J0834+0250' RA= 08:34:04.269552 DEC= +02:50:59.53571 RAER= 0.77 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.013, 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0831+025', 'J0834+0224' RA= 08:34:05.749075 DEC= +02:24:05.96388 RAER= 0.73 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.039, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0830+421', 'J0834+4157' RA= 08:34:12.461423 DEC= +41:57:59.24661 RAER= 1.30 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.026, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0828+731', 'J0834+7256' RA= 08:34:15.588933 DEC= +72:56:43.55872 RAER= 2.20 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.053, 8.4, 0.084, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0830+605', 'J0834+6019' RA= 08:34:17.546052 DEC= +60:19:47.06675 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.190, 5.0, 0.109, 0.086, 8.4, 0.245, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1010 observations" / source= '0831-048', 'J0834-0502' RA= 08:34:21.627101 DEC= -05:02:25.55801 RAER= 1.60 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.030, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0830+432', 'J0834+4303' RA= 08:34:22.652983 DEC= +43:03:30.02202 RAER= 1.65 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.007, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0831+242', 'J0834+2401' RA= 08:34:31.616762 DEC= +24:01:46.20592 RAER= 0.70 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.042, 8.4, 0.060, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0831+138', 'J0834+1342' RA= 08:34:35.508276 DEC= +13:42:16.02194 RAER= 0.75 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0831+241', 'J0834+2358' RA= 08:34:37.467238 DEC= +23:58:31.02140 RAER= 3.81 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0832-225', 'J0834-2241' RA= 08:34:44.198007 DEC= -22:41:12.81173 RAER= 0.18 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.030, 8.4, 0.065, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0832+086', 'J0834+0828' RA= 08:34:47.004291 DEC= +08:28:42.41329 RAER= 0.81 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0832-041', 'J0834-0417' RA= 08:34:53.474990 DEC= -04:17:11.36782 RAER= 0.57 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.038, 8.4, 0.059, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0830+630', 'J0834+6249' RA= 08:34:54.183723 DEC= +62:49:48.69944 RAER= 2.00 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0831+557', 'J0834+5534' RA= 08:34:54.904013 DEC= +55:34:21.07029 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 6.725, 0.464, 5.0, 3.870, 0.139, 8.4, 1.823, 0.034, 15.2, 0.827, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2732 observations" / source= '0831+413', 'J0834+4111' RA= 08:34:58.184222 DEC= +41:11:32.74743 RAER= 2.91 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0831+442', 'J0834+4403' RA= 08:34:58.200044 DEC= +44:03:38.14074 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.053, 5.0, 0.149, 0.111, 8.4, 0.092, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1164 observations" / source= '0824+840', 'J0835+8350' RA= 08:35:10.561430 DEC= +83:50:23.89009 RAER= 39.90 DECER= 7.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0833-168', 'J0835-1702' RA= 08:35:17.864128 DEC= -17:02:05.95837 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, n/a, 5.0, 0.030, 0.017, 8.4, 0.048, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 155 observations" / source= '0833-450', 'J0835-4510' RA= 08:35:20.536705 DEC= -45:10:34.41819 RAER= 2.82 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.357, 0.109, 5.0, 0.103, 0.090, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0830+68A', 'J0835+6832' RA= 08:35:28.289495 DEC= +68:32:26.54124 RAER= 1.61 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0834-597', 'J0835-5953' RA= 08:35:29.022248 DEC= -59:53:10.91654 RAER= 3.06 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.163, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0833-333', 'J0835-3328' RA= 08:35:31.693318 DEC= -33:28:38.77397 RAER= 23.32 DECER= 33.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0833-016', 'J0835-0151' RA= 08:35:34.069470 DEC= -01:51:00.41534 RAER= 0.45 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0833-199', 'J0835-2009' RA= 08:35:41.992897 DEC= -20:09:27.01137 RAER= 1.77 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0833+072', 'J0835+0701' RA= 08:35:42.861358 DEC= +07:01:58.14745 RAER= 10.31 DECER= 10.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0833+097', 'J0835+0937' RA= 08:35:43.212050 DEC= +09:37:17.97641 RAER= 0.34 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0831+668', 'J0835+6640' RA= 08:35:43.863041 DEC= +66:40:20.73294 RAER= 0.43 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.069, 8.4, 0.100, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '0830+687', 'J0835+6835' RA= 08:35:47.608788 DEC= +68:35:11.48998 RAER= 0.38 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.100, 5.0, 0.053, n/a, 8.4, 0.113, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0833+154', 'J0835+1517' RA= 08:35:48.140746 DEC= +15:17:17.04168 RAER= 0.63 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.069, 8.4, 0.053, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0833+042', 'J0836+0406' RA= 08:36:01.357978 DEC= +04:06:35.96187 RAER= 0.62 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.025, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0833-315', 'J0836-3141' RA= 08:36:01.563105 DEC= -31:41:19.61938 RAER= 1.62 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0834-430', 'J0836-4313' RA= 08:36:11.857300 DEC= -43:13:29.95307 RAER= 4.15 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0833-171', 'J0836-1718' RA= 08:36:12.046726 DEC= -17:18:56.76061 RAER= 1.86 DECER= 4.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0833+010', 'J0836+0053' RA= 08:36:15.791265 DEC= +00:53:00.00373 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.078, 8.4, 0.208, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '0833+218', 'J0836+2139' RA= 08:36:16.216883 DEC= +21:39:03.58036 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.107, 5.0, 0.113, 0.050, 8.4, 0.134, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1040 observations" / source= '0833-070', 'J0836-0713' RA= 08:36:18.715771 DEC= -07:13:47.21555 RAER= 2.95 DECER= 5.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0834-313', 'J0836-3133' RA= 08:36:19.106622 DEC= -31:33:30.44298 RAER= 4.12 DECER= 16.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0833-004', 'J0836-0037' RA= 08:36:20.409024 DEC= -00:37:23.17177 RAER= 2.86 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0833+276', 'J0836+2728' RA= 08:36:22.888662 DEC= +27:28:52.53328 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.245, 5.0, 0.385, 0.279, 8.4, 0.357, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 867 observations" / source= '0833+178', 'J0836+1738' RA= 08:36:34.457865 DEC= +17:38:19.61456 RAER= 0.69 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.015, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '0833+416', 'J0836+4125' RA= 08:36:36.892658 DEC= +41:25:54.71148 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.167, 5.0, 0.241, 0.132, 8.4, 0.178, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 817 observations" / source= '0834-364', 'J0836-3635' RA= 08:36:37.063280 DEC= -36:35:57.93121 RAER= 2.11 DECER= 7.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0834+001', 'J0836-0001' RA= 08:36:37.711068 DEC= -00:01:50.94065 RAER= 0.32 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.055, 8.4, 0.084, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0833+441', 'J0836+4401' RA= 08:36:37.846755 DEC= +44:01:09.53407 RAER= 1.03 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0834-201', 'J0836-2016' RA= 08:36:39.215253 DEC= -20:16:59.50433 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.209, 0.243, 5.0, 1.849, 0.986, 8.4, 1.418, 0.778, 15.2, 2.129, 1.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36420 observations" / source= '0834-343', 'J0836-3430' RA= 08:36:39.887177 DEC= -34:30:03.16734 RAER= 8.44 DECER= 25.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0833+240', 'J0836+2355' RA= 08:36:46.309522 DEC= +23:55:31.64170 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.043, 5.0, 0.062, 0.036, 8.4, 0.045, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '0834-320', 'J0836-3216' RA= 08:36:49.152800 DEC= -32:16:08.46093 RAER= 2.31 DECER= 5.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0834-223', 'J0836-2233' RA= 08:36:50.768825 DEC= -22:33:10.08836 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.526, 0.070, 8.4, 0.344, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '0835-360', 'J0836-3614' RA= 08:36:56.810768 DEC= -36:14:26.29419 RAER= 9.57 DECER= 41.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0832+653', 'J0836+6510' RA= 08:36:59.839735 DEC= +65:10:36.15111 RAER= 2.78 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.047, 8.4, 0.059, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0835-339', 'J0837-3409' RA= 08:37:00.316669 DEC= -34:09:14.85954 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.096, 8.4, 0.349, 0.260, 22.2, 0.438, 0.331 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1677 observations" / source= '0833+587', 'J0837+5831' RA= 08:37:06.015145 DEC= +58:31:52.95110 RAER= 0.99 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0834-196', 'J0837-1951' RA= 08:37:11.170927 DEC= -19:51:56.75414 RAER= 0.40 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.483, n/a, 8.4, 0.094, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '0834+171', 'J0837+1659' RA= 08:37:13.804080 DEC= +16:59:43.75313 RAER= 0.68 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.031, 8.4, 0.034, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0833+585', 'J0837+5825' RA= 08:37:22.409700 DEC= +58:25:01.84491 RAER= 0.20 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.691, 0.412, 5.0, 0.819, 0.605, 8.4, 0.790, 0.360 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4377 observations" / source= '0834+151', 'J0837+1458' RA= 08:37:24.713341 DEC= +14:58:19.75976 RAER= 0.86 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0834+252', 'J0837+2501' RA= 08:37:25.880120 DEC= +25:01:39.85916 RAER= 0.41 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '0835-343', 'J0837-3430' RA= 08:37:37.141429 DEC= -34:30:27.22960 RAER= 14.69 DECER= 32.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0834+250', 'J0837+2454' RA= 08:37:40.245692 DEC= +24:54:23.12136 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.500, 0.198, 5.0, 0.407, 0.269, 8.4, 0.484, 0.274 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6531 observations" / source= '0833+654', 'J0837+6513' RA= 08:37:45.001092 DEC= +65:13:35.30465 RAER= 3.70 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0834+477', 'J0837+4734' RA= 08:37:49.983818 DEC= +47:34:43.16960 RAER= 0.51 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '0834+450', 'J0837+4450' RA= 08:37:52.759490 DEC= +44:50:25.96372 RAER= 0.79 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0834+369', 'J0837+3649' RA= 08:37:56.498744 DEC= +36:49:14.08315 RAER= 1.16 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.026, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0836-459', 'J0837-4609' RA= 08:37:58.790167 DEC= -46:09:28.43185 RAER= 47.46 DECER= 22.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.010, n/a, 8.4, 0.003, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0835+245', 'J0838+2424' RA= 08:38:02.435175 DEC= +24:24:04.67900 RAER= 0.67 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.035, 8.4, 0.051, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0834+395', 'J0838+3922' RA= 08:38:03.104360 DEC= +39:22:11.38822 RAER= 0.83 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.036, 8.4, 0.055, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0836-384', 'J0838-3836' RA= 08:38:11.015181 DEC= -38:36:49.66100 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.067, 8.4, 0.084, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 202 observations" / source= '0835-018', 'J0838-0159' RA= 08:38:11.775424 DEC= -01:59:35.38087 RAER= 2.26 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.012, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0835+301', 'J0838+3000' RA= 08:38:12.430591 DEC= +30:00:41.31250 RAER= 0.45 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0835-070', 'J0838-0713' RA= 08:38:21.985944 DEC= -07:13:36.30308 RAER= 0.48 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.038, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0835+259', 'J0838+2545' RA= 08:38:24.081269 DEC= +25:45:16.60912 RAER= 0.49 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0835+373', 'J0838+3710' RA= 08:38:25.010630 DEC= +37:10:36.59996 RAER= 2.29 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0835+260', 'J0838+2553' RA= 08:38:28.324178 DEC= +25:53:49.96412 RAER= 2.23 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0836-282', 'J0838-2825' RA= 08:38:30.076558 DEC= -28:25:55.01296 RAER= 1.31 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0833+687', 'J0838+6833' RA= 08:38:39.404423 DEC= +68:33:20.07649 RAER= 4.48 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.014, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0834+563', 'J0838+5608' RA= 08:38:48.332971 DEC= +56:08:13.22983 RAER= 1.02 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0836+120', 'J0838+1151' RA= 08:38:52.627800 DEC= +11:51:20.89675 RAER= 0.75 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.028, 8.4, 0.063, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0835+404', 'J0839+4015' RA= 08:39:03.083599 DEC= +40:15:45.59320 RAER= 0.67 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0835+580', 'J0839+5754' RA= 08:39:06.532752 DEC= +57:54:17.07072 RAER= 0.73 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0836+195', 'J0839+1921' RA= 08:39:06.943891 DEC= +19:21:48.68503 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '0836+202', 'J0839+2002' RA= 08:39:10.899194 DEC= +20:02:07.33564 RAER= 0.39 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '0836-018', 'J0839-0202' RA= 08:39:11.112342 DEC= -02:02:29.03263 RAER= 0.50 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.026, 8.4, 0.051, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0836+290', 'J0839+2850' RA= 08:39:15.827673 DEC= +28:50:38.80272 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.086, 5.0, 0.139, 0.085, 8.4, 0.152, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 920 observations" / source= '0836+063', 'J0839+0609' RA= 08:39:23.233178 DEC= +06:09:58.98376 RAER= 1.48 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0836+313', 'J0839+3107' RA= 08:39:25.792795 DEC= +31:07:40.00899 RAER= 0.64 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.068, 8.4, 0.045, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0837-332', 'J0839-3324' RA= 08:39:29.675214 DEC= -33:24:50.98384 RAER= 7.46 DECER= 21.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0836+182', 'J0839+1802' RA= 08:39:30.721365 DEC= +18:02:47.14247 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.152, 5.0, 0.223, 0.052, 8.4, 0.211, 0.118, 15.2, 0.116, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1804 observations" / source= '0837-072', 'J0839-0724' RA= 08:39:31.640628 DEC= -07:24:37.89190 RAER= 1.13 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0836+232', 'J0839+2306' RA= 08:39:41.106632 DEC= +23:06:37.03063 RAER= 0.78 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.018, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0836+515', 'J0839+5123' RA= 08:39:42.366838 DEC= +51:23:42.46912 RAER= 2.81 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0836+358', 'J0839+3540' RA= 08:39:43.363209 DEC= +35:40:01.39608 RAER= 0.43 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '0836+513', 'J0839+5112' RA= 08:39:46.216199 DEC= +51:12:02.82513 RAER= 1.65 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0837+035', 'J0839+0319' RA= 08:39:49.195856 DEC= +03:19:53.85955 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.723, 0.228, 8.4, 0.418, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 659 observations" / source= '0837+012', 'J0839+0104' RA= 08:39:49.611024 DEC= +01:04:26.73678 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.462, 0.359, 8.4, 0.392, 0.175, 15.2, 0.438, 0.241 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 673 observations" / source= '0837-120', 'J0839-1214' RA= 08:39:50.582950 DEC= -12:14:34.32662 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.149, 5.0, 0.260, 0.037, 8.4, 0.293, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '0836+432', 'J0839+4301' RA= 08:39:52.374731 DEC= +43:01:48.82218 RAER= 0.81 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 232 observations" / source= '0836+426', 'J0839+4227' RA= 08:39:56.561331 DEC= +42:27:55.81477 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.081, 5.0, 0.190, 0.127, 8.4, 0.121, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 827 observations" / source= '0836+299', 'J0840+2949' RA= 08:40:02.351655 DEC= +29:49:02.51612 RAER= 0.55 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0837-216', 'J0840-2150' RA= 08:40:02.776797 DEC= -21:50:00.71843 RAER= 0.53 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0837-066', 'J0840-0648' RA= 08:40:05.615399 DEC= -06:48:53.42183 RAER= 0.36 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.041, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0835+645', 'J0840+6419' RA= 08:40:06.329968 DEC= +64:19:54.61875 RAER= 0.62 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.050, 8.4, 0.106, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '0838-573', 'J0840-5732' RA= 08:40:09.019634 DEC= -57:32:02.32115 RAER= 3.38 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0845-837', 'J0840-8354' RA= 08:40:09.612938 DEC= -83:54:32.57633 RAER= 2.97 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.143, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '0837+348', 'J0840+3440' RA= 08:40:13.038155 DEC= +34:40:26.92181 RAER= 1.13 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0835+64A', 'J0840+6420' RA= 08:40:13.156700 DEC= +64:20:51.43442 RAER= 12.94 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0837-022', 'J0840-0227' RA= 08:40:14.692568 DEC= -02:27:11.45494 RAER= 0.53 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.056, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0838-189', 'J0840-1910' RA= 08:40:18.848468 DEC= -19:10:29.00891 RAER= 1.14 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.017, 8.4, 0.055, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0837+469', 'J0840+4647' RA= 08:40:37.121483 DEC= +46:47:17.13091 RAER= 7.50 DECER= 6.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0838+133', 'J0840+1312' RA= 08:40:47.588421 DEC= +13:12:23.56376 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.555, 0.196, 5.0, 0.594, 0.440, 8.4, 1.049, 0.528, 15.2, 1.289, 0.661 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3226 observations" / source= '0838-090', 'J0840-0910' RA= 08:40:47.664413 DEC= -09:10:49.59119 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.094, 8.4, 0.060, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '0838+066', 'J0840+0627' RA= 08:40:48.723491 DEC= +06:27:30.24161 RAER= 0.84 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0837+283', 'J0840+2810' RA= 08:40:50.282342 DEC= +28:10:34.49056 RAER= 0.48 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '0837+448', 'J0840+4439' RA= 08:40:51.288918 DEC= +44:39:59.29055 RAER= 0.29 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.138, 5.0, 0.105, 0.052, 8.4, 0.059, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 422 observations" / source= '0838-005', 'J0840-0045' RA= 08:40:51.504065 DEC= -00:45:34.68424 RAER= 0.94 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.038, 8.4, 0.084, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0837+375', 'J0840+3721' RA= 08:40:56.053775 DEC= +37:21:05.81220 RAER= 0.92 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0838+325', 'J0841+3224' RA= 08:41:13.096698 DEC= +32:24:59.71141 RAER= 0.66 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.033, 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '0838+142', 'J0841+1406' RA= 08:41:13.622801 DEC= +14:06:23.98351 RAER= 0.67 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.038, 8.4, 0.021, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0839-357', 'J0841-3555' RA= 08:41:21.633246 DEC= -35:55:05.96974 RAER= 0.63 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '0836+710', 'J0841+7053' RA= 08:41:24.365278 DEC= +70:53:42.17297 RAER= 0.31 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.349, 0.595, 5.0, 2.405, 0.823, 8.4, 1.992, 0.790, 15.2, 1.967, 0.993 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7250 observations" / source= '0839-275', 'J0841-2745' RA= 08:41:25.444981 DEC= -27:45:53.56118 RAER= 0.28 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.050, 8.4, 0.128, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '0842-754', 'J0841-7540' RA= 08:41:27.035729 DEC= -75:40:27.87375 RAER= 0.90 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '0839-138', 'J0841-1403' RA= 08:41:27.693160 DEC= -14:03:07.23285 RAER= 0.90 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0838+035', 'J0841+0321' RA= 08:41:30.618778 DEC= +03:21:39.79223 RAER= 0.72 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0839-314', 'J0841-3136' RA= 08:41:32.602504 DEC= -31:36:35.69513 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.118, 8.4, 0.262, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0838+106', 'J0841+1029' RA= 08:41:36.375657 DEC= +10:29:44.69934 RAER= 0.90 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0838+235', 'J0841+2319' RA= 08:41:54.056564 DEC= +23:19:54.74360 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.056, 8.4, 0.069, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '0839+187', 'J0842+1835' RA= 08:42:05.094169 DEC= +18:35:40.99012 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.067, 0.480, 5.0, 0.840, 0.359, 8.4, 0.620, 0.227, 15.2, 0.373, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4573 observations" / source= '0838+456', 'J0842+4525' RA= 08:42:15.351763 DEC= +45:25:44.18094 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.056, 8.4, 0.094, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1812 observations" / source= '0840-442', 'J0842-4427' RA= 08:42:15.973719 DEC= -44:27:34.62128 RAER= 6.10 DECER= 23.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0839+365', 'J0842+3625' RA= 08:42:18.402283 DEC= +36:25:04.18384 RAER= 0.83 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.036, 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0839+030', 'J0842+0252' RA= 08:42:25.509834 DEC= +02:52:52.69234 RAER= 0.50 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0841-607', 'J0842-6053' RA= 08:42:26.561101 DEC= -60:53:50.40140 RAER= 0.61 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, n/a, 8.4, 0.222, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0840-046', 'J0842-0448' RA= 08:42:31.750578 DEC= -04:48:17.06386 RAER= 1.15 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0839+157', 'J0842+1536' RA= 08:42:34.656154 DEC= +15:36:01.23803 RAER= 0.37 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.016, 8.4, 0.025, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '0840+079', 'J0842+0746' RA= 08:42:42.209543 DEC= +07:46:21.78469 RAER= 5.42 DECER= 7.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0838+671', 'J0842+6657' RA= 08:42:43.203443 DEC= +66:57:29.31801 RAER= 2.58 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0839+240', 'J0842+2354' RA= 08:42:46.365285 DEC= +23:54:35.83206 RAER= 1.04 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0840-069', 'J0842-0709' RA= 08:42:47.627462 DEC= -07:09:45.90668 RAER= 0.64 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0839+458', 'J0843+4537' RA= 08:43:07.094656 DEC= +45:37:42.90182 RAER= 0.28 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.097, 5.0, 0.133, 0.024, 8.4, 0.090, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 813 observations" / source= '0838+680', 'J0843+6751' RA= 08:43:08.335356 DEC= +67:51:53.70780 RAER= 1.06 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.026, 8.4, 0.060, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0840-094', 'J0843-0936' RA= 08:43:08.385145 DEC= -09:36:56.16595 RAER= 2.25 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.019, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0840+299', 'J0843+2944' RA= 08:43:09.864270 DEC= +29:44:04.73007 RAER= 1.20 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.022, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0839+511', 'J0843+5055' RA= 08:43:09.895555 DEC= +50:55:30.58802 RAER= 7.65 DECER= 5.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0839+616', 'J0843+6129' RA= 08:43:12.437860 DEC= +61:29:43.79726 RAER= 2.31 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0841-211', 'J0843-2119' RA= 08:43:17.163840 DEC= -21:19:06.05425 RAER= 1.00 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0841-398', 'J0843-4000' RA= 08:43:27.904516 DEC= -40:00:17.68135 RAER= 15.63 DECER= 44.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0840+424', 'J0843+4215' RA= 08:43:31.637444 DEC= +42:15:29.52469 RAER= 0.26 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.912, 0.147, 5.0, 0.383, 0.043, 8.4, 0.152, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 777 observations" / source= '0841-086', 'J0843-0848' RA= 08:43:33.305814 DEC= -08:48:58.30078 RAER= 1.09 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.044, 8.4, 0.043, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0840+503', 'J0843+5012' RA= 08:43:38.077983 DEC= +50:12:20.00368 RAER= 0.62 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0840+265', 'J0843+2621' RA= 08:43:38.943914 DEC= +26:21:12.92792 RAER= 0.85 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.037, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0841+030', 'J0843+0252' RA= 08:43:47.627058 DEC= +02:52:30.88706 RAER= 1.66 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0839+687', 'J0843+6833' RA= 08:43:49.101546 DEC= +68:33:17.15494 RAER= 0.33 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.160, 8.4, 0.304, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '0839+585', 'J0843+5821' RA= 08:43:49.900195 DEC= +58:21:48.60787 RAER= 1.75 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.023, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0840+378', 'J0843+3742' RA= 08:43:52.875000 DEC= +37:42:28.26834 RAER= 0.88 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.046, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0838+726', 'J0843+7229' RA= 08:43:58.903495 DEC= +72:29:56.15159 RAER= 7.47 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.015, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0840+512', 'J0843+5105' RA= 08:43:59.134788 DEC= +51:05:24.96532 RAER= 1.74 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0839+614', 'J0844+6115' RA= 08:44:04.928378 DEC= +61:15:00.57596 RAER= 1.94 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.022, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0840+533', 'J0844+5312' RA= 08:44:11.698831 DEC= +53:12:50.58492 RAER= 0.43 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '0841+138', 'J0844+1340' RA= 08:44:17.042923 DEC= +13:40:38.77342 RAER= 0.56 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.075, 8.4, 0.089, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0841+358', 'J0844+3541' RA= 08:44:26.552489 DEC= +35:41:51.40737 RAER= 1.16 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.024, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0841+386', 'J0844+3830' RA= 08:44:29.097815 DEC= +38:30:55.71012 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.130, 5.0, 0.238, 0.120, 8.4, 0.171, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 866 observations" / source= '0842-475', 'J0844-4742' RA= 08:44:29.482513 DEC= -47:42:26.38386 RAER= 43.87 DECER= 20.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0841+368', 'J0844+3639' RA= 08:44:40.260921 DEC= +36:39:50.02932 RAER= 0.94 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.041, 8.4, 0.054, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0841+086', 'J0844+0829' RA= 08:44:41.121365 DEC= +08:29:05.98712 RAER= 0.72 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.056, 8.4, 0.059, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0841+495', 'J0844+4923' RA= 08:44:42.669615 DEC= +49:23:53.72566 RAER= 1.75 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.009, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0841+315', 'J0844+3122' RA= 08:44:46.945046 DEC= +31:22:04.47287 RAER= 1.73 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0842-375', 'J0844-3742' RA= 08:44:52.321188 DEC= -37:42:09.37652 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.109, 8.4, 0.181, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '0842-098', 'J0844-1000' RA= 08:44:52.685377 DEC= -10:00:59.11019 RAER= 0.47 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0842-185', 'J0844-1845' RA= 08:44:58.450548 DEC= -18:45:56.25145 RAER= 0.52 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.031, 8.4, 0.044, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0843-547', 'J0845-5458' RA= 08:45:02.482687 DEC= -54:58:08.54027 RAER= 0.25 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.582, n/a, 8.4, 0.464, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '0841+431', 'J0845+4257' RA= 08:45:06.250456 DEC= +42:57:18.39767 RAER= 0.55 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.043, 8.4, 0.069, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0843-336', 'J0845-3347' RA= 08:45:08.144444 DEC= -33:47:41.06381 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.054, 5.0, 0.138, 0.029, 8.4, 0.148, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '0842-246', 'J0845-2451' RA= 08:45:09.504548 DEC= -24:51:04.46602 RAER= 0.67 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.035, 8.4, 0.050, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0844-652', 'J0845-6527' RA= 08:45:11.334987 DEC= -65:27:23.16246 RAER= 0.32 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.265, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 311 observations" / source= '0842-005', 'J0845-0043' RA= 08:45:12.976500 DEC= -00:43:18.30830 RAER= 1.53 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.028, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0842+048', 'J0845+0439' RA= 08:45:17.143710 DEC= +04:39:47.35508 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.268, 5.0, 0.319, 0.053, 8.4, 0.386, 0.309 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 833 observations" / source= '0842+116', 'J0845+1125' RA= 08:45:21.611512 DEC= +11:25:54.41949 RAER= 1.12 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0842+004', 'J0845+0017' RA= 08:45:33.677410 DEC= +00:17:11.19428 RAER= 2.39 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.014, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0841+571', 'J0845+5658' RA= 08:45:34.877156 DEC= +56:58:19.56994 RAER= 1.09 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0843-371', 'J0845-3718' RA= 08:45:42.496393 DEC= -37:18:55.01370 RAER= 0.27 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.083, 8.4, 0.099, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '0843-279', 'J0845-2807' RA= 08:45:44.140839 DEC= -28:07:33.25041 RAER= 0.46 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.011, 8.4, 0.054, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0843+136', 'J0845+1328' RA= 08:45:47.195748 DEC= +13:28:58.27440 RAER= 3.62 DECER= 7.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0844-557', 'J0845-5555' RA= 08:45:49.679777 DEC= -55:55:26.74213 RAER= 0.81 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.307, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0843-268', 'J0845-2703' RA= 08:45:55.940743 DEC= -27:03:09.64258 RAER= 1.89 DECER= 3.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.047, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0843+177', 'J0846+1735' RA= 08:46:00.033657 DEC= +17:35:25.11360 RAER= 0.75 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.020, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0843+072', 'J0846+0704' RA= 08:46:00.366810 DEC= +07:04:24.63384 RAER= 0.47 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.019, 8.4, 0.062, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0843-259', 'J0846-2610' RA= 08:46:00.733775 DEC= -26:10:54.15765 RAER= 0.43 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.008, 0.072, 8.4, 0.156, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '0843-122', 'J0846-1226' RA= 08:46:03.700556 DEC= -12:26:10.66796 RAER= 4.76 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0843+168', 'J0846+1639' RA= 08:46:05.169428 DEC= +16:39:02.64654 RAER= 1.46 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0844-297', 'J0846-2956' RA= 08:46:05.717069 DEC= -29:56:06.71018 RAER= 0.86 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, 0.034, 8.4, 0.100, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0844-342', 'J0846-3424' RA= 08:46:10.893769 DEC= -34:24:33.58582 RAER= 0.20 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.061, 8.4, 0.174, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '0843+17A', 'J0846+1733' RA= 08:46:11.982468 DEC= +17:33:37.20638 RAER= 1.17 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0843+084', 'J0846+0813' RA= 08:46:22.378922 DEC= +08:13:01.35503 RAER= 4.17 DECER= 5.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0843+103', 'J0846+1009' RA= 08:46:24.959957 DEC= +10:09:52.80000 RAER= 1.15 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0844-097', 'J0846-0953' RA= 08:46:28.198718 DEC= -09:53:48.35786 RAER= 1.96 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.011, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0843+351', 'J0846+3458' RA= 08:46:30.052597 DEC= +34:58:57.19021 RAER= 1.92 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0844-264', 'J0846-2640' RA= 08:46:41.117311 DEC= -26:40:16.28512 RAER= 0.78 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '0844-147', 'J0846-1456' RA= 08:46:42.874096 DEC= -14:56:20.43134 RAER= 0.38 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.127, 8.4, 0.127, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0843+359', 'J0846+3546' RA= 08:46:49.769404 DEC= +35:46:48.19266 RAER= 1.19 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0844+068', 'J0846+0641' RA= 08:46:50.008034 DEC= +06:41:48.97846 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.035, 8.4, 0.036, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 506 observations" / source= '0844+185', 'J0846+1823' RA= 08:46:54.220818 DEC= +18:23:10.49065 RAER= 325.58 DECER= 159.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0844-259', 'J0846-2607' RA= 08:46:56.616757 DEC= -26:07:50.65966 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.042, 8.4, 0.360, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '0844+081', 'J0847+0759' RA= 08:47:01.243795 DEC= +07:59:48.49180 RAER= 0.75 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.013, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0844-234', 'J0847-2337' RA= 08:47:01.565983 DEC= -23:37:01.67151 RAER= 0.36 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '0844-177', 'J0847-1754' RA= 08:47:11.170015 DEC= -17:54:50.13845 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.045, 8.4, 0.087, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '0844+117', 'J0847+1133' RA= 08:47:12.930256 DEC= +11:33:50.15698 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '0844+086', 'J0847+0830' RA= 08:47:13.038984 DEC= +08:30:21.81258 RAER= 0.41 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.043, 8.4, 0.063, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0844+387', 'J0847+3831' RA= 08:47:15.169144 DEC= +38:31:09.98559 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.052, 8.4, 0.145, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0841+731', 'J0847+7259' RA= 08:47:15.796679 DEC= +72:59:08.30908 RAER= 2.37 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0846-597', 'J0847-5953' RA= 08:47:19.047465 DEC= -59:53:46.22628 RAER= 1.86 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0845-331', 'J0847-3319' RA= 08:47:19.709782 DEC= -33:19:45.35670 RAER= 1.06 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0843+575', 'J0847+5723' RA= 08:47:28.060432 DEC= +57:23:38.33911 RAER= 0.42 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.387, 0.130, 8.4, 0.142, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '0845-034', 'J0847-0340' RA= 08:47:32.907475 DEC= -03:40:39.42756 RAER= 0.40 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.048, 8.4, 0.065, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0844+463', 'J0847+4609' RA= 08:47:34.298532 DEC= +46:09:28.00556 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.203, 5.0, 0.256, 0.123, 8.4, 0.201, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 867 observations" / source= '0844+110', 'J0847+1049' RA= 08:47:40.752882 DEC= +10:49:29.35478 RAER= 0.69 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.031, 8.4, 0.053, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0844+274', 'J0847+2714' RA= 08:47:42.845384 DEC= +27:14:10.85008 RAER= 0.52 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0844+540', 'J0847+5352' RA= 08:47:53.092509 DEC= +53:52:34.18464 RAER= 0.84 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0845-068', 'J0847-0703' RA= 08:47:56.737217 DEC= -07:03:16.90274 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.266, 8.4, 0.350, 0.194, 15.2, 0.362, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0845-051', 'J0847-0520' RA= 08:47:58.724921 DEC= -05:20:33.90020 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.268, 8.4, 0.311, 0.271 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2285 observations" / source= '0844+319', 'J0847+3147' RA= 08:47:59.047412 DEC= +31:47:08.34559 RAER= 0.54 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.017, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '0845-215', 'J0847-2144' RA= 08:47:59.727137 DEC= -21:44:50.73066 RAER= 1.12 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0845-027', 'J0848-0257' RA= 08:48:03.012610 DEC= -02:57:47.75412 RAER= 1.03 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.055, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0845+298', 'J0848+2937' RA= 08:48:08.018996 DEC= +29:37:55.25581 RAER= 0.34 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.032, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '0845-089', 'J0848-0909' RA= 08:48:10.366210 DEC= -09:09:44.91641 RAER= 4.75 DECER= 6.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0846-275', 'J0848-2742' RA= 08:48:19.024159 DEC= -27:42:16.64864 RAER= 1.58 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.034, 8.4, 0.066, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0843+663', 'J0848+6611' RA= 08:48:20.707605 DEC= +66:11:03.69970 RAER= 14.98 DECER= 7.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0846-452', 'J0848-4524' RA= 08:48:23.469990 DEC= -45:24:31.90819 RAER= 69.63 DECER= 35.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0845+201', 'J0848+2000' RA= 08:48:25.043536 DEC= +20:00:11.78091 RAER= 0.20 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256 observations" / source= '0845+080', 'J0848+0754' RA= 08:48:28.194675 DEC= +07:54:51.37202 RAER= 0.23 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.157, 8.4, 0.135, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0845+298', 'J0848+2938' RA= 08:48:30.205678 DEC= +29:38:19.55393 RAER= 5.55 DECER= 3.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0846-223', 'J0848-2231' RA= 08:48:32.578602 DEC= -22:31:24.34186 RAER= 5.13 DECER= 14.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0843+704', 'J0848+7017' RA= 08:48:39.508890 DEC= +70:17:27.46487 RAER= 1.05 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '0846-342', 'J0848-3423' RA= 08:48:40.531489 DEC= -34:23:36.71555 RAER= 1.70 DECER= 7.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0846+084', 'J0848+0813' RA= 08:48:46.603944 DEC= +08:13:16.98724 RAER= 4.13 DECER= 7.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0846+145', 'J0848+1420' RA= 08:48:47.740638 DEC= +14:20:57.65692 RAER= 10.08 DECER= 8.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, 0.013, 8.4, 0.008, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0844+662', 'J0848+6606' RA= 08:48:54.621500 DEC= +66:06:09.50145 RAER= 1.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0846+082', 'J0848+0801' RA= 08:48:56.774620 DEC= +08:01:27.27394 RAER= 1.38 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0845+562', 'J0849+5603' RA= 08:49:00.853733 DEC= +56:03:50.13195 RAER= 1.05 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.039, 8.4, 0.065, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0840+820', 'J0849+8152' RA= 08:49:04.987495 DEC= +81:52:53.34793 RAER= 11.57 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.017, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0845+430', 'J0849+4249' RA= 08:49:06.455016 DEC= +42:49:50.47005 RAER= 1.35 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0846+022', 'J0849+0206' RA= 08:49:08.810562 DEC= +02:06:22.44090 RAER= 0.71 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.029, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0845+407', 'J0849+4032' RA= 08:49:11.003783 DEC= +40:32:31.06269 RAER= 2.06 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0846-213', 'J0849-2133' RA= 08:49:11.204084 DEC= -21:33:58.38597 RAER= 1.29 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0848-588', 'J0849-5905' RA= 08:49:14.877664 DEC= -59:05:00.77308 RAER= 0.32 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.395, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '0847-290', 'J0849-2911' RA= 08:49:22.104091 DEC= -29:11:50.46507 RAER= 2.78 DECER= 7.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0846+063', 'J0849+0609' RA= 08:49:25.769647 DEC= +06:09:06.05949 RAER= 0.43 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.067, 8.4, 0.080, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0846-047', 'J0849-0456' RA= 08:49:26.047161 DEC= -04:56:49.11840 RAER= 6.12 DECER= 6.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0846+051', 'J0849+0455' RA= 08:49:32.549346 DEC= +04:55:07.84810 RAER= 0.37 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140 observations" / source= '0847-212', 'J0849-2127' RA= 08:49:42.358392 DEC= -21:27:05.26153 RAER= 6.94 DECER= 12.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0845+666', 'J0849+6625' RA= 08:49:44.388509 DEC= +66:25:16.39857 RAER= 7.17 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0847+062', 'J0849+0603' RA= 08:49:44.966728 DEC= +06:03:13.74019 RAER= 0.55 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0847-354', 'J0849-3541' RA= 08:49:45.623478 DEC= -35:41:01.27860 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.093, 8.4, 0.341, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1300 observations" / source= '0846+180', 'J0849+1752' RA= 08:49:46.316724 DEC= +17:52:27.40828 RAER= 1.22 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.008, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0847+100', 'J0849+0950' RA= 08:49:49.975168 DEC= +09:50:33.71420 RAER= 0.94 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0846+513', 'J0849+5108' RA= 08:49:57.976856 DEC= +51:08:29.02383 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.181, 5.0, 0.192, 0.145, 8.4, 0.250, 0.181, 15.2, 0.307, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 729 observations" / source= '0846+318', 'J0849+3137' RA= 08:49:58.969494 DEC= +31:37:28.98496 RAER= 0.59 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.020, 8.4, 0.077, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0846+491', 'J0850+4854' RA= 08:50:00.351364 DEC= +48:54:58.67151 RAER= 0.33 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '0846+407', 'J0850+4036' RA= 08:50:04.646592 DEC= +40:36:07.85648 RAER= 0.43 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '0847-120', 'J0850-1213' RA= 08:50:09.635637 DEC= -12:13:35.37620 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.312, 5.0, 0.461, 0.553, 8.4, 0.518, 0.486, 15.2, 0.633, 0.537 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14495 observations" / source= '0847+275', 'J0850+2723' RA= 08:50:10.159350 DEC= +27:23:02.46190 RAER= 0.91 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0847+079', 'J0850+0747' RA= 08:50:10.428891 DEC= +07:47:58.53989 RAER= 1.99 DECER= 4.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0847-049', 'J0850-0507' RA= 08:50:13.572571 DEC= -05:07:45.00321 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.061, 8.4, 0.064, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '0847+379', 'J0850+3747' RA= 08:50:24.729806 DEC= +37:47:09.47750 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.111, 5.0, 0.196, 0.140, 8.4, 0.184, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '0848-304', 'J0850-3039' RA= 08:50:33.681419 DEC= -30:39:34.33748 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.083, 5.0, 0.136, 0.037, 8.4, 0.095, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0847+351', 'J0850+3455' RA= 08:50:36.195200 DEC= +34:55:22.77687 RAER= 0.31 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.020, 0.018, 8.4, 0.023, 0.018, 15.2, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0846+548', 'J0850+5437' RA= 08:50:39.965578 DEC= +54:37:53.37306 RAER= 1.55 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0848-048', 'J0850-0500' RA= 08:50:42.056738 DEC= -05:00:34.88724 RAER= 0.70 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0847+521', 'J0850+5159' RA= 08:50:42.244076 DEC= +51:59:11.65284 RAER= 0.84 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.098, 8.4, 0.074, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0847+347', 'J0850+3436' RA= 08:50:44.493947 DEC= +34:36:23.64651 RAER= 1.06 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.046, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0848+113', 'J0850+1108' RA= 08:50:45.740836 DEC= +11:08:40.51061 RAER= 8.56 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0848+076', 'J0850+0727' RA= 08:50:49.124426 DEC= +07:27:21.07179 RAER= 0.73 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0846+639', 'J0850+6343' RA= 08:50:51.703857 DEC= +63:43:49.22839 RAER= 36.57 DECER= 18.67 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0848+155', 'J0850+1522' RA= 08:50:51.805588 DEC= +15:22:15.11857 RAER= 1.46 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, n/a, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0848-254', 'J0850-2540' RA= 08:50:51.938748 DEC= -25:40:11.12081 RAER= 4.54 DECER= 7.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0847+512', 'J0850+5103' RA= 08:50:59.013187 DEC= +51:03:13.15903 RAER= 1.41 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.055, 8.4, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0849-330', 'J0851-3315' RA= 08:51:05.361338 DEC= -33:15:54.71277 RAER= 9.90 DECER= 19.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0846+687', 'J0851+6832' RA= 08:51:09.278286 DEC= +68:32:38.33294 RAER= 3.04 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0849-260', 'J0851-2614' RA= 08:51:20.879628 DEC= -26:14:08.33245 RAER= 27.87 DECER= 38.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0848+089', 'J0851+0845' RA= 08:51:28.425213 DEC= +08:45:15.31052 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.100, 8.4, 0.108, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 714 observations" / source= '0848+269', 'J0851+2646' RA= 08:51:30.145334 DEC= +26:46:51.08545 RAER= 1.87 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.024, 8.4, 0.034, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0848+169', 'J0851+1645' RA= 08:51:31.414816 DEC= +16:45:03.51769 RAER= 0.88 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.040, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0848+203', 'J0851+2011' RA= 08:51:33.239898 DEC= +20:11:00.25559 RAER= 0.27 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.015, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '0847+556', 'J0851+5528' RA= 08:51:35.930311 DEC= +55:28:34.41518 RAER= 0.70 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '0848+489', 'J0851+4847' RA= 08:51:36.516838 DEC= +48:47:30.74358 RAER= 0.53 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339 observations" / source= '0848+410', 'J0851+4050' RA= 08:51:41.177372 DEC= +40:50:43.06720 RAER= 1.07 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.060, 8.4, 0.038, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0850-522', 'J0851-5228' RA= 08:51:55.849149 DEC= -52:28:12.78013 RAER= 0.25 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.287, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '0850-545', 'J0851-5441' RA= 08:51:57.931396 DEC= -54:41:33.75473 RAER= 4.42 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0849+287', 'J0852+2833' RA= 08:52:05.169570 DEC= +28:33:59.73040 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.296, 0.252, 5.0, 0.338, 0.238, 8.4, 0.351, 0.285 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 992 observations" / source= '0849-247', 'J0852-2455' RA= 08:52:06.612831 DEC= -24:55:34.36618 RAER= 0.56 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.019, 8.4, 0.075, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0848+520', 'J0852+5148' RA= 08:52:06.891542 DEC= +51:48:48.18170 RAER= 2.03 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.033, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0849-078', 'J0852-0804' RA= 08:52:07.688774 DEC= -08:04:11.76111 RAER= 0.72 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.014, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0846+766', 'J0852+7627' RA= 08:52:11.494849 DEC= +76:27:17.43096 RAER= 10.89 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0849+247', 'J0852+2433' RA= 08:52:29.103891 DEC= +24:33:54.44127 RAER= 1.27 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.018, 8.4, 0.031, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0848+595', 'J0852+5922' RA= 08:52:29.967610 DEC= +59:22:50.24692 RAER= 0.85 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.046, 8.4, 0.090, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0850-152', 'J0852-1528' RA= 08:52:30.847192 DEC= -15:28:08.47595 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.099, 8.4, 0.119, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '0851-577', 'J0852-5755' RA= 08:52:38.725874 DEC= -57:55:29.80936 RAER= 0.25 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.378, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 253 observations" / source= '0849+347', 'J0852+3435' RA= 08:52:44.739151 DEC= +34:35:40.52440 RAER= 0.80 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.057, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0850+054', 'J0852+0515' RA= 08:52:53.573488 DEC= +05:15:15.66026 RAER= 0.62 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.012, 8.4, 0.021, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0850-076', 'J0852-0748' RA= 08:52:58.130098 DEC= -07:48:49.12266 RAER= 0.71 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.025, 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0851-382', 'J0853-3824' RA= 08:53:00.184282 DEC= -38:24:16.51116 RAER= 0.26 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.070, 8.4, 0.120, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '0850-016', 'J0853-0150' RA= 08:53:01.331911 DEC= -01:50:48.14928 RAER= 0.22 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.058, 8.4, 0.058, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0850+202', 'J0853+2004' RA= 08:53:02.575794 DEC= +20:04:21.71136 RAER= 2.18 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0850+140', 'J0853+1352' RA= 08:53:08.609172 DEC= +13:52:54.84720 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.035, 8.4, 0.060, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '0851-367', 'J0853-3658' RA= 08:53:10.514917 DEC= -36:58:23.11061 RAER= 2.05 DECER= 6.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.036, 8.4, 0.048, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0850+284', 'J0853+2813' RA= 08:53:17.828442 DEC= +28:13:49.99734 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.051, 5.0, 0.085, 0.081, 8.4, 0.124, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2494 observations" / source= '0848+686', 'J0853+6828' RA= 08:53:18.896892 DEC= +68:28:19.01338 RAER= 0.65 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.032, 8.4, 0.047, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '0851-314', 'J0853-3138' RA= 08:53:20.243551 DEC= -31:38:18.10073 RAER= 2.36 DECER= 8.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0850+259', 'J0853+2543' RA= 08:53:20.383648 DEC= +25:43:09.84364 RAER= 1.53 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.005, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0850+331', 'J0853+3254' RA= 08:53:21.105404 DEC= +32:54:59.37865 RAER= 0.60 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.036, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0851-291', 'J0853-2922' RA= 08:53:30.293061 DEC= -29:22:55.17586 RAER= 0.96 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.031, 8.4, 0.038, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0849+675', 'J0853+6722' RA= 08:53:34.323261 DEC= +67:22:15.66145 RAER= 0.40 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.175, 8.4, 0.168, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '0850+179', 'J0853+1743' RA= 08:53:36.654098 DEC= +17:43:47.91744 RAER= 2.17 DECER= 6.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, n/a, 8.4, 0.010, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '0850+341', 'J0853+3400' RA= 08:53:46.498522 DEC= +34:00:02.21963 RAER= 0.98 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.013, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0851+071', 'J0853+0654' RA= 08:53:48.189964 DEC= +06:54:47.23478 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.672, 0.464, 5.0, 0.424, n/a, 8.4, 0.466, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 686 observations" / source= '0851-142', 'J0853-1427' RA= 08:53:48.947578 DEC= -14:27:48.70965 RAER= 11.08 DECER= 7.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0851+146', 'J0853+1429' RA= 08:53:53.726716 DEC= +14:29:20.20837 RAER= 0.28 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.046, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '0850+443', 'J0854+4408' RA= 08:54:09.888637 DEC= +44:08:30.28012 RAER= 0.29 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.035, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 659 observations" / source= '0852-254', 'J0854-2540' RA= 08:54:32.179827 DEC= -25:40:20.83719 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.370, 0.052, 5.0, 0.317, 0.045, 8.4, 0.287, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '0851+248', 'J0854+2440' RA= 08:54:32.973509 DEC= +24:40:11.88275 RAER= 3.66 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0851+075', 'J0854+0720' RA= 08:54:35.036412 DEC= +07:20:24.12534 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.075, 8.4, 0.168, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '0851+142', 'J0854+1405' RA= 08:54:39.316811 DEC= +14:05:51.80816 RAER= 1.59 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0850+581', 'J0854+5757' RA= 08:54:41.996376 DEC= +57:57:29.93939 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.768, 0.445, 5.0, 0.909, 0.643, 8.4, 0.535, 0.235, 15.2, 0.400, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4631 observations" / source= '0852-230', 'J0854-2314' RA= 08:54:45.171692 DEC= -23:14:07.95662 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.063, 8.4, 0.068, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0847+807', 'J0854+8034' RA= 08:54:48.598754 DEC= +80:34:22.38238 RAER= 0.75 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.122, 8.4, 0.160, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '0851+202', 'J0854+2006' RA= 08:54:48.874930 DEC= +20:06:30.64077 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.856, 1.315, 5.0, 2.819, 1.350, 8.4, 3.846, 2.316, 15.2, 4.072, 2.578, 22.2, 4.705, 3.679 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490036 observations" / source= '0850+625', 'J0854+6218' RA= 08:54:50.576280 DEC= +62:18:50.19274 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.290, 0.147, 5.0, 0.224, 0.080, 8.4, 0.198, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1180 observations" / source= '0852+201', 'J0854+1959' RA= 08:54:54.915668 DEC= +19:59:34.85825 RAER= 0.46 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.029, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '0852+262', 'J0855+2601' RA= 08:55:06.394566 DEC= +26:01:42.10202 RAER= 1.42 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.017, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0852-07A', 'J0855-071A' RA= 08:55:09.461468 DEC= -07:15:02.83375 RAER= 1.17 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations. No flux information" / source= '0852-070', 'J0855-0715' RA= 08:55:09.474395 DEC= -07:15:02.98856 RAER= 0.39 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.008, 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '0855-716', 'J0855-7149' RA= 08:55:11.769825 DEC= -71:49:06.45696 RAER= 0.54 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.189, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '0851+528', 'J0855+5239' RA= 08:55:14.666456 DEC= +52:39:05.21631 RAER= 3.64 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0851+624', 'J0855+6218' RA= 08:55:16.528802 DEC= +62:18:07.07776 RAER= 1.47 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.014, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0853-346', 'J0855-3450' RA= 08:55:19.392746 DEC= -34:50:47.15042 RAER= 4.88 DECER= 16.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0851+580', 'J0855+5751' RA= 08:55:21.356515 DEC= +57:51:44.09261 RAER= 0.89 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.451, 0.032, 5.0, 0.118, 0.021, 8.4, 0.060, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0853-001', 'J0855-0021' RA= 08:55:54.478125 DEC= -00:21:46.06503 RAER= 0.53 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.010, 8.4, 0.048, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0853+098', 'J0855+0941' RA= 08:55:55.507380 DEC= +09:41:54.25828 RAER= 3.56 DECER= 7.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0853+069', 'J0855+0643' RA= 08:55:57.519028 DEC= +06:43:50.23942 RAER= 0.62 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.038, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0853+291', 'J0856+2858' RA= 08:56:01.228120 DEC= +28:58:35.44483 RAER= 1.02 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.007, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0852+545', 'J0856+5418' RA= 08:56:08.214855 DEC= +54:18:56.11073 RAER= 5.14 DECER= 8.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0853-197', 'J0856-1957' RA= 08:56:14.500047 DEC= -19:57:35.63227 RAER= 0.67 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0854-292', 'J0856-2926' RA= 08:56:20.494412 DEC= -29:26:41.75093 RAER= 3.43 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0854-530', 'J0856-5312' RA= 08:56:24.592643 DEC= -53:12:29.24585 RAER= 1.09 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations. No flux information" / source= '0854-169', 'J0856-1706' RA= 08:56:26.277262 DEC= -17:06:35.29428 RAER= 1.00 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.028, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0853+199', 'J0856+1944' RA= 08:56:32.970760 DEC= +19:44:53.43068 RAER= 0.87 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.035, 8.4, 0.061, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0853+211', 'J0856+2057' RA= 08:56:39.740424 DEC= +20:57:43.40072 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.045, 8.4, 0.054, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 968 observations" / source= '0854-108', 'J0856-1105' RA= 08:56:41.804162 DEC= -11:05:14.43042 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.341, 0.258, 5.0, 0.540, 0.375, 8.4, 0.402, 0.219, 15.2, 0.507, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11423 observations" / source= '0854+065', 'J0856+0621' RA= 08:56:45.144361 DEC= +06:21:00.16239 RAER= 1.14 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.061, 8.4, 0.074, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0853+241', 'J0856+2356' RA= 08:56:47.443220 DEC= +23:56:18.82863 RAER= 0.78 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.025, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0854-191', 'J0856-1921' RA= 08:56:52.788206 DEC= -19:21:39.22450 RAER= 1.13 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.040, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0851+719', 'J0856+7146' RA= 08:56:54.868529 DEC= +71:46:23.90306 RAER= 0.45 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.070, 8.4, 0.111, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 953 observations" / source= '0854+178', 'J0856+1739' RA= 08:56:56.690236 DEC= +17:39:47.77961 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.073, 5.0, 0.143, 0.131, 8.4, 0.089, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 823 observations" / source= '0854+213', 'J0856+2111' RA= 08:56:57.244793 DEC= +21:11:43.65826 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.451, 0.256, 5.0, 0.427, 0.205, 8.4, 0.342, 0.142, 15.2, 0.289, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2130 observations" / source= '0854+198', 'J0857+1938' RA= 08:57:01.259685 DEC= +19:38:47.66827 RAER= 0.90 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0855-257', 'J0857-2559' RA= 08:57:21.206264 DEC= -25:59:01.01673 RAER= 3.21 DECER= 5.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0855-201', 'J0857-2021' RA= 08:57:23.657237 DEC= -20:21:56.92276 RAER= 1.20 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.044, 8.4, 0.078, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0853+532', 'J0857+5302' RA= 08:57:26.100036 DEC= +53:02:57.86356 RAER= 1.46 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.035, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0854+191', 'J0857+1855' RA= 08:57:26.792654 DEC= +18:55:24.31100 RAER= 0.67 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, 0.030, 5.0, 0.034, 0.036, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158 observations" / source= '0854+334', 'J0857+3313' RA= 08:57:26.953197 DEC= +33:13:17.14924 RAER= 0.26 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.039, 8.4, 0.058, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '0853+586', 'J0857+5827' RA= 08:57:31.449018 DEC= +58:27:22.54015 RAER= 1.05 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.033, 8.4, 0.087, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0854+282', 'J0857+2805' RA= 08:57:35.904814 DEC= +28:05:38.57059 RAER= 0.45 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 311 observations" / source= '0854+342', 'J0857+3404' RA= 08:57:40.281287 DEC= +34:04:04.88999 RAER= 0.93 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '0842+862', 'J0857+8603' RA= 08:57:41.555701 DEC= +86:03:44.50605 RAER= 25.82 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0858-771', 'J0857-7719' RA= 08:57:42.627238 DEC= -77:19:31.82511 RAER= 6.77 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0854+156', 'J0857+1526' RA= 08:57:44.790637 DEC= +15:26:38.89925 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.037, 8.4, 0.055, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '0855+017', 'J0857+0135' RA= 08:57:49.804679 DEC= +01:35:30.31645 RAER= 0.26 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.053, 8.4, 0.041, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0854+540', 'J0857+5352' RA= 08:57:50.324896 DEC= +53:52:47.01582 RAER= 3.19 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.022, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0855+133', 'J0857+1307' RA= 08:57:50.966703 DEC= +13:07:00.80291 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.049, 8.4, 0.070, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 640 observations" / source= '0855-248', 'J0857-2501' RA= 08:57:53.294768 DEC= -25:01:26.97442 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.023, 5.0, 0.137, 0.044, 8.4, 0.126, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '0855-196', 'J0858-1950' RA= 08:58:05.363220 DEC= -19:50:36.93538 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.342, 0.312, 8.4, 0.469, 0.347 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '0854+457', 'J0858+4536' RA= 08:58:05.759462 DEC= +45:36:02.47984 RAER= 1.34 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.033, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0855-181', 'J0858-1819' RA= 08:58:13.199102 DEC= -18:19:43.83488 RAER= 0.48 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.075, 8.4, 0.097, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0855+332', 'J0858+3300' RA= 08:58:21.428187 DEC= +33:00:57.35831 RAER= 1.84 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.027, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0855+236', 'J0858+2328' RA= 08:58:22.582204 DEC= +23:28:57.32622 RAER= 1.01 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.028, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0856-259', 'J0858-2607' RA= 08:58:26.837591 DEC= -26:07:20.97881 RAER= 1.22 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0856-142', 'J0858-1427' RA= 08:58:28.828661 DEC= -14:27:32.65805 RAER= 0.71 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.083, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0854+560', 'J0858+5552' RA= 08:58:30.478861 DEC= +55:52:41.30576 RAER= 4.49 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0855+082', 'J0858+0804' RA= 08:58:30.615567 DEC= +08:04:22.84699 RAER= 0.42 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0853+752', 'J0858+7501' RA= 08:58:34.755332 DEC= +75:01:22.03119 RAER= 4.58 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, n/a, 5.0, 0.081, 0.018, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '0855+098', 'J0858+0937' RA= 08:58:38.194974 DEC= +09:37:44.96587 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.046, 8.4, 0.068, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0856-370', 'J0858-3713' RA= 08:58:38.437158 DEC= -37:13:39.08062 RAER= 1.98 DECER= 6.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.039, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0855+143', 'J0858+1409' RA= 08:58:41.447026 DEC= +14:09:44.76211 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.068, 8.4, 0.201, 0.133, 15.2, 0.215, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 736 observations" / source= '0855+142', 'J0858+1405' RA= 08:58:41.600222 DEC= +14:05:40.37321 RAER= 0.19 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.042, 8.4, 0.096, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 365 observations" / source= '0855+161', 'J0858+1558' RA= 08:58:45.107619 DEC= +15:58:54.94234 RAER= 1.56 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.005, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0856-170', 'J0859-1713' RA= 08:59:01.177345 DEC= -17:13:19.97234 RAER= 0.67 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.042, 8.4, 0.069, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0857-239', 'J0859-2408' RA= 08:59:19.407200 DEC= -24:08:07.68172 RAER= 3.75 DECER= 7.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0856-040', 'J0859-0414' RA= 08:59:19.424499 DEC= -04:14:25.22157 RAER= 1.27 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.034, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0856+009', 'J0859+0047' RA= 08:59:20.555015 DEC= +00:47:12.17542 RAER= 1.58 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0857-329', 'J0859-3309' RA= 08:59:20.813014 DEC= -33:09:24.72080 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.056, 8.4, 0.084, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '0855+624', 'J0859+6217' RA= 08:59:30.641009 DEC= +62:17:30.39729 RAER= 1.00 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0857-191', 'J0859-1922' RA= 08:59:38.678287 DEC= -19:22:25.03018 RAER= 0.44 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.035, 8.4, 0.038, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '0856+115', 'J0859+1122' RA= 08:59:41.636247 DEC= +11:22:22.36871 RAER= 0.48 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.048, 8.4, 0.034, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0858-388', 'J0859-3904' RA= 08:59:57.660999 DEC= -39:04:17.77587 RAER= 4.04 DECER= 15.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0856+460', 'J0859+4552' RA= 08:59:58.684527 DEC= +45:52:37.87832 RAER= 2.01 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.014, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0857-097', 'J0859-0954' RA= 08:59:59.483462 DEC= -09:54:19.52782 RAER= 0.72 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.037, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0857-175', 'J0859-1742' RA= 08:59:59.591599 DEC= -17:42:43.54280 RAER= 0.63 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.018, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0857-066', 'J0900-0652' RA= 09:00:11.208749 DEC= -06:52:13.97981 RAER= 0.40 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.048, 8.4, 0.058, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0858-281', 'J0900-2817' RA= 09:00:15.302351 DEC= -28:17:58.49872 RAER= 0.62 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.032, 8.4, 0.066, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0857+079', 'J0900+0745' RA= 09:00:18.161822 DEC= +07:45:35.52065 RAER= 0.39 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '0857+413', 'J0900+4108' RA= 09:00:21.433857 DEC= +41:08:22.98963 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.107, 5.0, 0.292, 0.167, 8.4, 0.184, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 907 observations" / source= '0857+245', 'J0900+2422' RA= 09:00:24.233312 DEC= +24:22:32.39357 RAER= 7.28 DECER= 6.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0857+445', 'J0900+4419' RA= 09:00:28.926531 DEC= +44:19:02.09265 RAER= 2.07 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0857+336', 'J0900+3330' RA= 09:00:30.411908 DEC= +33:30:08.96657 RAER= 0.24 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.089, 8.4, 0.100, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '0858-110', 'J0900-1113' RA= 09:00:33.220690 DEC= -11:13:25.25890 RAER= 1.02 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0856+679', 'J0900+6742' RA= 09:00:38.667715 DEC= +67:42:23.28300 RAER= 4.20 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0858-125', 'J0900-1242' RA= 09:00:39.765555 DEC= -12:42:32.62089 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.071, 8.4, 0.071, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '0858-279', 'J0900-2808' RA= 09:00:40.038789 DEC= -28:08:20.34543 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.909, 0.130, 5.0, 3.785, 0.083, 8.4, 1.043, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '0858-313', 'J0900-3131' RA= 09:00:44.294400 DEC= -31:31:28.57834 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.045, 8.4, 0.085, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '0856+628', 'J0900+6237' RA= 09:00:55.782241 DEC= +62:37:49.38695 RAER= 7.19 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0858+108', 'J0901+1037' RA= 09:01:00.093939 DEC= +10:37:01.69348 RAER= 0.76 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0858-024', 'J0901-0240' RA= 09:01:05.014698 DEC= -02:40:32.98258 RAER= 1.16 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.018, 8.4, 0.052, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0858+292', 'J0901+2901' RA= 09:01:05.261907 DEC= +29:01:46.93402 RAER= 0.73 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0858+325', 'J0901+3222' RA= 09:01:08.406700 DEC= +32:22:09.78281 RAER= 1.18 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0858+299', 'J0901+2943' RA= 09:01:11.791493 DEC= +29:43:37.64735 RAER= 0.63 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0858+050', 'J0901+0448' RA= 09:01:11.864284 DEC= +04:48:58.83393 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.127, 8.4, 0.210, 0.173, 15.2, 0.211, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '0900-664', 'J0901-6636' RA= 09:01:15.509281 DEC= -66:36:33.26009 RAER= 0.74 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.112, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0857+499', 'J0901+4947' RA= 09:01:20.471588 DEC= +49:47:18.61800 RAER= 1.97 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.029, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0858-004', 'J0901-0037' RA= 09:01:25.840314 DEC= -00:37:03.11724 RAER= 0.30 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.060, 8.4, 0.101, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0859-285', 'J0901-2842' RA= 09:01:33.787961 DEC= -28:42:40.25820 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.051, 8.4, 0.141, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '0859-068', 'J0901-0702' RA= 09:01:44.239617 DEC= -07:02:16.06900 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.045, 8.4, 0.092, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '0857+660', 'J0901+6551' RA= 09:01:46.675641 DEC= +65:51:50.03813 RAER= 2.29 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0859-240', 'J0901-2414' RA= 09:01:48.881678 DEC= -24:14:32.94575 RAER= 1.47 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0859+032', 'J0901+0304' RA= 09:01:50.978065 DEC= +03:04:22.70451 RAER= 0.50 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.039, 8.4, 0.060, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0857+673', 'J0901+6707' RA= 09:01:58.744989 DEC= +67:07:32.21250 RAER= 2.13 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.040, 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0859+124', 'J0902+1214' RA= 09:02:01.895353 DEC= +12:14:37.43471 RAER= 0.71 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.041, 8.4, 0.015, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0900-396', 'J0902-3950' RA= 09:02:03.648668 DEC= -39:50:13.58263 RAER= 5.60 DECER= 16.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0859+131', 'J0902+1258' RA= 09:02:13.205528 DEC= +12:58:18.51170 RAER= 0.44 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0859+090', 'J0902+0850' RA= 09:02:14.170236 DEC= +08:50:14.30764 RAER= 0.37 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.030, 8.4, 0.078, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0859-140', 'J0902-1415' RA= 09:02:16.830921 DEC= -14:15:30.87557 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.995, 0.531, 5.0, 1.136, 0.229, 8.4, 1.135, 0.254, 15.2, 0.960, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4999 observations" / source= '0858+542', 'J0902+5402' RA= 09:02:19.287497 DEC= +54:02:57.25631 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.113, 5.0, 0.182, 0.148, 8.4, 0.135, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 993 observations" / source= '0859+210', 'J0902+2050' RA= 09:02:26.911709 DEC= +20:50:46.39559 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.062, 15.2, 0.177, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '0859+049', 'J0902+0443' RA= 09:02:27.159717 DEC= +04:43:09.58257 RAER= 0.37 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.043, 8.4, 0.097, 0.038, 15.2, 0.055, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0859+433', 'J0902+4310' RA= 09:02:30.919966 DEC= +43:10:14.16549 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.403, 0.247, 5.0, 0.178, 0.112, 8.4, 0.363, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1014 observations" / source= '0900-084', 'J0902-0839' RA= 09:02:34.427532 DEC= -08:39:04.33212 RAER= 0.72 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0901-499', 'J0902-5011' RA= 09:02:46.628919 DEC= -50:11:30.75967 RAER= 9.62 DECER= 29.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0858+649', 'J0902+6444' RA= 09:02:54.182182 DEC= +64:44:38.68282 RAER= 0.42 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.034, 8.4, 0.061, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '0900+003', 'J0902+0009' RA= 09:02:57.389886 DEC= +00:09:08.24220 RAER= 0.66 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.061, 8.4, 0.039, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0900+27A', 'J0902+2720' RA= 09:02:59.943006 DEC= +27:20:28.22919 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 685 observations" / source= '0900-171', 'J0903-1721' RA= 09:03:00.019787 DEC= -17:21:05.23244 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.119, 8.4, 0.135, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0900+249', 'J0903+2445' RA= 09:03:00.164561 DEC= +24:45:44.95738 RAER= 0.95 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0900-318', 'J0903-3200' RA= 09:03:00.190790 DEC= -32:00:29.60745 RAER= 3.05 DECER= 21.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0859+470', 'J0903+4651' RA= 09:03:03.990100 DEC= +46:51:04.13735 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.030, 0.458, 5.0, 0.790, 0.471, 8.4, 0.905, 0.488, 15.2, 0.658, 0.443, 22.2, 0.581, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6293 observations" / source= '0900+197', 'J0903+1931' RA= 09:03:05.961966 DEC= +19:31:12.58582 RAER= 0.72 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0900-124', 'J0903-1237' RA= 09:03:07.123018 DEC= -12:37:08.66554 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.029, 8.4, 0.054, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0900-200', 'J0903-2015' RA= 09:03:07.528657 DEC= -20:15:54.80950 RAER= 0.92 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.016, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0901-478', 'J0903-4805' RA= 09:03:11.427831 DEC= -48:05:16.32594 RAER= 3.05 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.240, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0900+080', 'J0903+0753' RA= 09:03:11.673961 DEC= +07:53:56.75827 RAER= 0.77 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0900+247', 'J0903+2435' RA= 09:03:14.327320 DEC= +24:35:11.86440 RAER= 0.66 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.032, 8.4, 0.034, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0900+275', 'J0903+2719' RA= 09:03:33.012732 DEC= +27:19:27.76482 RAER= 0.47 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.037, 8.4, 0.068, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0900+290', 'J0903+2853' RA= 09:03:34.280829 DEC= +28:53:59.25806 RAER= 0.81 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.033, 8.4, 0.028, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0901-310', 'J0903-3117' RA= 09:03:37.934884 DEC= -31:17:39.12437 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.052, 8.4, 0.101, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '0901-462', 'J0903-4624' RA= 09:03:39.302149 DEC= -46:24:44.11473 RAER= 6.73 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0901+066', 'J0903+0624' RA= 09:03:50.475543 DEC= +06:24:14.28872 RAER= 0.67 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0859+681', 'J0903+6757' RA= 09:03:53.155043 DEC= +67:57:22.68546 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.651, 0.264, 8.4, 0.487, 0.238 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 714 observations" / source= '0901+103', 'J0903+1007' RA= 09:03:54.095439 DEC= +10:07:47.96632 RAER= 1.28 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.006, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0900+259', 'J0903+2547' RA= 09:03:54.713900 DEC= +25:47:10.31057 RAER= 0.45 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 310 observations" / source= '0900+280', 'J0903+2753' RA= 09:03:58.140364 DEC= +27:53:04.92126 RAER= 0.78 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.041, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0900+520', 'J0903+5151' RA= 09:03:58.574566 DEC= +51:51:00.66275 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.165, 5.0, 0.204, 0.084, 8.4, 0.203, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '0859+697', 'J0904+6934' RA= 09:04:06.396734 DEC= +69:34:55.28489 RAER= 3.54 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.033, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0900+428', 'J0904+4238' RA= 09:04:15.628489 DEC= +42:38:04.76519 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.514, 0.252, 5.0, 0.322, 0.159, 8.4, 0.328, 0.153, 15.2, 0.210, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '0901+014', 'J0904+0113' RA= 09:04:16.355989 DEC= +01:13:35.74338 RAER= 0.57 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.054, 8.4, 0.019, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902-309', 'J0904-3111' RA= 09:04:20.515918 DEC= -31:11:25.66723 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.040, 5.0, 0.114, n/a, 8.4, 0.214, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '0900+598', 'J0904+5938' RA= 09:04:26.239956 DEC= +59:38:14.34483 RAER= 1.35 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.007, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0900+59A', 'J0904+593A' RA= 09:04:26.241183 DEC= +59:38:14.47947 RAER= 1.82 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '0901+410', 'J0904+4049' RA= 09:04:26.572394 DEC= +40:49:08.19473 RAER= 1.32 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0901+330', 'J0904+3252' RA= 09:04:26.889861 DEC= +32:52:49.73189 RAER= 0.30 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '0901+285', 'J0904+2819' RA= 09:04:29.627338 DEC= +28:19:32.75977 RAER= 0.55 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0901+476', 'J0904+4727' RA= 09:04:32.751216 DEC= +47:27:26.55770 RAER= 0.38 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.200, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '0902-197', 'J0904-1957' RA= 09:04:40.775551 DEC= -19:57:26.54383 RAER= 0.90 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902-350', 'J0904-3514' RA= 09:04:42.378774 DEC= -35:14:24.34908 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.106, 8.4, 0.304, 0.225 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 708 observations" / source= '0901+201', 'J0904+1956' RA= 09:04:43.755051 DEC= +19:56:07.86204 RAER= 0.68 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0901+237', 'J0904+2333' RA= 09:04:44.337501 DEC= +23:33:54.09968 RAER= 0.21 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.072, 8.4, 0.052, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '0902+023', 'J0904+0208' RA= 09:04:45.999889 DEC= +02:08:43.00403 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.039, 8.4, 0.047, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902-256', 'J0904-2552' RA= 09:04:52.186028 DEC= -25:52:51.75741 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.464, 0.049, 8.4, 0.371, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '0903-573', 'J0904-5735' RA= 09:04:53.179170 DEC= -57:35:05.78246 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.506, 0.600 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '0901+245', 'J0904+2422' RA= 09:04:53.279232 DEC= +24:22:31.50133 RAER= 0.91 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.026, 8.4, 0.031, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0901+276', 'J0904+2729' RA= 09:04:53.760803 DEC= +27:29:53.93140 RAER= 0.41 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.356, 0.332 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '0901+486', 'J0904+4825' RA= 09:04:54.007517 DEC= +48:25:53.84810 RAER= 1.24 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.067, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0859+727', 'J0905+7230' RA= 09:05:00.835379 DEC= +72:30:31.89743 RAER= 1.62 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.049, 8.4, 0.067, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0902+280', 'J0905+2748' RA= 09:05:04.050783 DEC= +27:48:17.71966 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.190, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '0902+263', 'J0905+2611' RA= 09:05:05.572846 DEC= +26:11:23.57730 RAER= 1.82 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0902+206', 'J0905+2029' RA= 09:05:13.173804 DEC= +20:29:50.31867 RAER= 0.87 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.024, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0902+210', 'J0905+2052' RA= 09:05:14.337317 DEC= +20:52:13.30711 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.106, 5.0, 0.166, 0.135, 8.4, 0.109, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 886 observations" / source= '0902+416', 'J0905+4128' RA= 09:05:22.184906 DEC= +41:28:39.66028 RAER= 3.52 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0903-108', 'J0905-1103' RA= 09:05:26.039793 DEC= -11:03:04.26530 RAER= 1.35 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0902+379', 'J0905+3742' RA= 09:05:27.439545 DEC= +37:42:52.73853 RAER= 0.51 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.091, 8.4, 0.064, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0902+490', 'J0905+4850' RA= 09:05:27.463835 DEC= +48:50:49.96515 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.503, 0.348, 5.0, 0.569, 0.337, 8.4, 0.209, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '0902+181', 'J0905+1755' RA= 09:05:27.728696 DEC= +17:55:43.07501 RAER= 0.55 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.048, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902+158', 'J0905+1541' RA= 09:05:29.090753 DEC= +15:41:58.51775 RAER= 0.40 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.108, 8.4, 0.075, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902+343', 'J0905+3407' RA= 09:05:30.125750 DEC= +34:07:56.02671 RAER= 0.32 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.032, 5.0, 0.016, 0.013, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '0902+141', 'J0905+1358' RA= 09:05:34.990498 DEC= +13:58:06.32864 RAER= 0.23 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '0902+361', 'J0905+3555' RA= 09:05:36.071301 DEC= +35:55:51.62043 RAER= 0.83 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.046, 8.4, 0.054, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902+472', 'J0905+4705' RA= 09:05:36.445706 DEC= +47:05:46.34794 RAER= 1.43 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.046, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902+290', 'J0905+2849' RA= 09:05:41.769916 DEC= +28:49:28.30190 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.107, 5.0, 0.206, 0.159, 8.4, 0.197, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '0903+043', 'J0905+0410' RA= 09:05:49.056426 DEC= +04:10:10.19332 RAER= 0.57 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.037, 8.4, 0.059, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0903-213', 'J0905-2131' RA= 09:05:49.069302 DEC= -21:31:21.12355 RAER= 1.00 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '0903+031', 'J0905+0259' RA= 09:05:52.404800 DEC= +02:59:31.51576 RAER= 0.24 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.038, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '0903-392', 'J0905-3927' RA= 09:05:55.484541 DEC= -39:27:53.48258 RAER= 0.29 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.068, 8.4, 0.058, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '0903+153', 'J0905+1507' RA= 09:05:57.634639 DEC= +15:07:47.14164 RAER= 0.97 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0903-211', 'J0905-2120' RA= 09:05:59.120374 DEC= -21:20:12.54731 RAER= 0.57 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.048, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '0903+319', 'J0906+3142' RA= 09:06:02.640198 DEC= +31:42:55.63232 RAER= 0.51 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.114, 8.4, 0.084, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0903+198', 'J0906+1941' RA= 09:06:03.641593 DEC= +19:41:42.25306 RAER= 0.31 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.034, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '0903+204', 'J0906+2015' RA= 09:06:09.874873 DEC= +20:15:27.11903 RAER= 0.91 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.031, 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0903+258', 'J0906+2537' RA= 09:06:14.856505 DEC= +25:37:34.78627 RAER= 0.91 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.023, 8.4, 0.023, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0902+468', 'J0906+4636' RA= 09:06:15.539810 DEC= +46:36:19.02412 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.057, 5.0, 0.111, 0.027, 8.4, 0.108, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '0903-088', 'J0906-0905' RA= 09:06:18.055262 DEC= -09:05:44.92678 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.078, 15.2, 0.196, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0902+488', 'J0906+4841' RA= 09:06:19.124588 DEC= +48:41:48.46713 RAER= 4.03 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0903+154', 'J0906+1513' RA= 09:06:19.496126 DEC= +15:13:14.30093 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.049, 8.4, 0.120, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '0904-168', 'J0906-1705' RA= 09:06:20.746670 DEC= -17:05:06.69339 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.038, 8.4, 0.035, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0904-169', 'J0906-1706' RA= 09:06:21.708860 DEC= -17:06:24.37867 RAER= 12.64 DECER= 23.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0903+428', 'J0906+4239' RA= 09:06:26.143731 DEC= +42:39:04.19382 RAER= 1.72 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0901+697', 'J0906+6930' RA= 09:06:30.748736 DEC= +69:30:30.82849 RAER= 0.36 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.087, 8.4, 0.100, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2150 observations" / source= '0903+169', 'J0906+1646' RA= 09:06:31.873361 DEC= +16:46:11.79170 RAER= 0.97 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0903+308', 'J0906+3039' RA= 09:06:35.092607 DEC= +30:39:18.56168 RAER= 0.39 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0904+039', 'J0906+0342' RA= 09:06:41.019512 DEC= +03:42:42.32159 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.245, 0.023, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0904-201', 'J0906-2019' RA= 09:06:51.305365 DEC= -20:19:54.80529 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.524, 0.242, 8.4, 0.499, 0.303 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2133 observations" / source= '0903+500', 'J0906+4952' RA= 09:06:51.505965 DEC= +49:52:35.94935 RAER= 0.23 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.047, 8.4, 0.053, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 807 observations" / source= '0903+416', 'J0906+4124' RA= 09:06:52.793387 DEC= +41:24:29.64838 RAER= 0.63 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0905-317', 'J0907-3155' RA= 09:07:12.317732 DEC= -31:55:29.48165 RAER= 6.77 DECER= 17.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0904+339', 'J0907+3344' RA= 09:07:17.499408 DEC= +33:44:03.53216 RAER= 11.53 DECER= 4.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0904+048', 'J0907+0436' RA= 09:07:20.042746 DEC= +04:36:19.52805 RAER= 1.35 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.046, 8.4, 0.051, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0903+669', 'J0907+6644' RA= 09:07:23.520745 DEC= +66:44:46.93843 RAER= 0.54 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.395, 0.220, 8.4, 0.071, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '0905-037', 'J0907-0354' RA= 09:07:44.640128 DEC= -03:54:23.36501 RAER= 0.76 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.023, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0905-353', 'J0907-3535' RA= 09:07:46.982316 DEC= -35:35:23.46490 RAER= 1.34 DECER= 5.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0904+371', 'J0907+3657' RA= 09:07:47.546055 DEC= +36:57:35.61208 RAER= 0.49 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '0903+684', 'J0907+6815' RA= 09:07:52.946569 DEC= +68:15:44.92106 RAER= 0.39 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.196, 8.4, 0.151, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 604 observations" / source= '0905-202', 'J0907-2026' RA= 09:07:54.040442 DEC= -20:26:49.47548 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.134, 8.4, 0.281, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '0904+290', 'J0907+2852' RA= 09:07:58.430750 DEC= +28:52:13.19182 RAER= 0.64 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.037, 8.4, 0.032, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0905-097', 'J0908-0959' RA= 09:08:02.202518 DEC= -09:59:37.42370 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, 0.022, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160 observations" / source= '0904+507', 'J0908+5031' RA= 09:08:16.802346 DEC= +50:31:05.73992 RAER= 2.20 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.034, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0905-093', 'J0908-0933' RA= 09:08:25.298650 DEC= -09:33:33.99436 RAER= 1.25 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0903+724', 'J0908+7216' RA= 09:08:29.222843 DEC= +72:16:28.63881 RAER= 6.75 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0905+420', 'J0908+4150' RA= 09:08:35.863410 DEC= +41:50:46.20536 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.048, 5.0, 0.040, 0.028, 8.4, 0.077, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1009 observations" / source= '0906-209', 'J0908-2111' RA= 09:08:40.258653 DEC= -21:11:49.32082 RAER= 1.52 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0905+458', 'J0908+4536' RA= 09:08:40.594910 DEC= +45:36:42.07578 RAER= 7.92 DECER= 8.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0906-474', 'J0908-4736' RA= 09:08:42.320295 DEC= -47:36:50.94081 RAER= 0.83 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.526, n/a, 8.4, 0.288, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0906-041', 'J0908-0422' RA= 09:08:43.571017 DEC= -04:22:32.84218 RAER= 0.35 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.091, 8.4, 0.086, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0906-072', 'J0908-0728' RA= 09:08:43.812797 DEC= -07:28:08.92308 RAER= 0.97 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0905+206', 'J0908+2024' RA= 09:08:46.424909 DEC= +20:24:36.70847 RAER= 1.13 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.021, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0906-409', 'J0908-4109' RA= 09:08:46.908881 DEC= -41:09:04.64488 RAER= 5.21 DECER= 5.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0906+177', 'J0908+1733' RA= 09:08:52.352457 DEC= +17:33:14.05013 RAER= 2.11 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0906+163', 'J0908+1609' RA= 09:08:55.925341 DEC= +16:09:54.76388 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.167, 5.0, 0.168, 0.144, 8.4, 0.187, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2874 observations" / source= '0907-467', 'J0908-4655' RA= 09:08:56.956363 DEC= -46:55:54.12667 RAER= 2.90 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.245, 0.249 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0906-211', 'J0908-2118' RA= 09:08:58.656985 DEC= -21:18:54.68165 RAER= 1.98 DECER= 4.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0906-203', 'J0908-2035' RA= 09:08:59.409393 DEC= -20:35:24.54222 RAER= 3.70 DECER= 8.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0906+233', 'J0909+2311' RA= 09:09:00.625457 DEC= +23:11:12.97730 RAER= 0.29 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.030, 0.022, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '0906+015', 'J0909+0121' RA= 09:09:10.091608 DEC= +01:21:35.61756 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.407, 0.978, 5.0, 1.232, 0.633, 8.4, 1.486, 0.651, 15.2, 1.740, 0.907 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6322 observations" / source= '0906+087', 'J0909+0835' RA= 09:09:12.157497 DEC= +08:35:41.09898 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.218, 8.4, 0.149, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0906+041', 'J0909+0354' RA= 09:09:15.910973 DEC= +03:54:42.75871 RAER= 0.32 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.095, 8.4, 0.076, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0906+293', 'J0909+2911' RA= 09:09:16.175673 DEC= +29:11:28.02293 RAER= 0.52 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0906-048', 'J0909-0500' RA= 09:09:17.003750 DEC= -05:00:52.89342 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.346, 0.125, 8.4, 0.095, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '0909-745', 'J0909-7445' RA= 09:09:20.944855 DEC= -74:45:08.15085 RAER= 1.71 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.120, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0906+374', 'J0909+3715' RA= 09:09:24.043481 DEC= +37:15:26.89021 RAER= 0.75 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.080, 8.4, 0.079, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0905+524', 'J0909+5216' RA= 09:09:24.680768 DEC= +52:16:32.62780 RAER= 0.73 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.029, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '0907-091', 'J0909-0922' RA= 09:09:26.330656 DEC= -09:22:47.60780 RAER= 0.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '0907-126', 'J0909-1248' RA= 09:09:30.060149 DEC= -12:48:14.51544 RAER= 0.50 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.099, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0907-161', 'J0909-1623' RA= 09:09:31.436252 DEC= -16:23:06.73548 RAER= 3.26 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0907-147', 'J0909-1456' RA= 09:09:32.932734 DEC= -14:56:37.21910 RAER= 1.70 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.020, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0906+430', 'J0909+4253' RA= 09:09:33.497155 DEC= +42:53:46.48195 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.613, 0.334, 5.0, 0.663, 0.476, 8.4, 0.716, 0.395, 15.2, 1.009, 0.716 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '0907-316', 'J0909-3151' RA= 09:09:34.822066 DEC= -31:51:05.17688 RAER= 0.83 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.023, 8.4, 0.060, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0906+196', 'J0909+1928' RA= 09:09:37.443471 DEC= +19:28:08.29152 RAER= 0.28 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.033, 5.0, 0.099, 0.081, 8.4, 0.076, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '0905+696', 'J0909+6925' RA= 09:09:38.514516 DEC= +69:25:48.07791 RAER= 0.65 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.055, 8.4, 0.108, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0907+022', 'J0909+0200' RA= 09:09:39.847965 DEC= +02:00:05.26715 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.127, 8.4, 0.182, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 644 observations" / source= '0906+480', 'J0909+4753' RA= 09:09:42.632149 DEC= +47:53:37.87290 RAER= 0.28 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.055, 5.0, 0.076, 0.026, 8.4, 0.078, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '0907-158', 'J0909-1604' RA= 09:09:44.344050 DEC= -16:04:29.37219 RAER= 0.57 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.042, 8.4, 0.070, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0907-023', 'J0909-0231' RA= 09:09:44.924043 DEC= -02:31:30.35506 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.424, 0.116, 8.4, 0.188, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 703 observations" / source= '0907-179', 'J0909-1808' RA= 09:09:45.259096 DEC= -18:08:33.94676 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.087, 8.4, 0.155, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '0906+313', 'J0909+3106' RA= 09:09:53.283926 DEC= +31:06:03.17101 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0906+48A', 'J0909+4749' RA= 09:09:53.823088 DEC= +47:49:42.97980 RAER= 14.56 DECER= 8.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0900+836', 'J0909+8327' RA= 09:09:59.221214 DEC= +83:27:56.31738 RAER= 1.37 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.051, 8.4, 0.097, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '0906+468', 'J0910+4636' RA= 09:10:11.014009 DEC= +46:36:17.77851 RAER= 4.05 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '0907+012', 'J0910+0101' RA= 09:10:11.286397 DEC= +01:01:39.53103 RAER= 9.93 DECER= 10.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0907-094', 'J0910-0937' RA= 09:10:17.352869 DEC= -09:37:06.73838 RAER= 0.65 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0907-068', 'J0910-0701' RA= 09:10:25.739543 DEC= -07:01:40.25356 RAER= 10.46 DECER= 18.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0907+198', 'J0910+1936' RA= 09:10:26.204342 DEC= +19:36:43.98035 RAER= 0.73 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.029, 8.4, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0907+336', 'J0910+3329' RA= 09:10:37.035290 DEC= +33:29:24.41992 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.057, 5.0, 0.093, 0.072, 8.4, 0.120, 0.082, 15.2, 0.082, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1635 observations" / source= '0907+355', 'J0910+3519' RA= 09:10:37.454493 DEC= +35:19:48.84223 RAER= 0.76 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0907+189', 'J0910+1841' RA= 09:10:39.924553 DEC= +18:41:47.72657 RAER= 0.69 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0907+230', 'J0910+2248' RA= 09:10:42.133115 DEC= +22:48:35.58153 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.077, 5.0, 0.108, 0.103, 8.4, 0.144, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1237 observations" / source= '0907+260', 'J0910+2548' RA= 09:10:45.298681 DEC= +25:48:12.87435 RAER= 1.23 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0908-041', 'J0910-0420' RA= 09:10:46.232790 DEC= -04:20:06.01531 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0908-052', 'J0910-0526' RA= 09:10:51.001888 DEC= -05:26:29.19097 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.078, 8.4, 0.108, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '0909-564', 'J0910-5636' RA= 09:10:51.208345 DEC= -56:36:52.61205 RAER= 2.86 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0908-204', 'J0910-2040' RA= 09:10:51.673946 DEC= -20:40:49.27709 RAER= 0.98 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.023, 8.4, 0.020, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0907+392', 'J0910+3902' RA= 09:10:52.038009 DEC= +39:02:02.15312 RAER= 0.59 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0907+273', 'J0910+2709' RA= 09:10:53.144102 DEC= +27:09:38.33022 RAER= 0.47 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.038, 8.4, 0.062, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0907+381', 'J0910+3759' RA= 09:10:54.184324 DEC= +37:59:14.98455 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '0907+258', 'J0910+2539' RA= 09:10:55.233935 DEC= +25:39:21.45904 RAER= 0.23 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.044, 8.4, 0.054, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '0909-505', 'J0910-5048' RA= 09:10:57.936647 DEC= -50:48:08.67156 RAER= 21.29 DECER= 210.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0907+335', 'J0911+3319' RA= 09:11:00.878880 DEC= +33:19:29.08581 RAER= 0.73 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.020, 8.4, 0.061, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0908-184', 'J0911-1841' RA= 09:11:05.431475 DEC= -18:41:22.68566 RAER= 3.51 DECER= 5.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0909-472', 'J0911-4724' RA= 09:11:06.104153 DEC= -47:24:48.24249 RAER= 3.36 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0908-01A', 'J0911-020A' RA= 09:11:07.589395 DEC= -02:07:26.56024 RAER= 0.74 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0908-019', 'J0911-0207' RA= 09:11:13.840691 DEC= -02:07:45.26036 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.041, 8.4, 0.072, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0908+307', 'J0911+3033' RA= 09:11:14.738647 DEC= +30:33:51.52826 RAER= 0.34 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.038, 8.4, 0.033, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '0909-364', 'J0911-3640' RA= 09:11:22.256849 DEC= -36:40:48.96983 RAER= 1.39 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0904+810', 'J0911+8053' RA= 09:11:28.022089 DEC= +80:53:00.63287 RAER= 2.55 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.083, 8.4, 0.056, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0909-417', 'J0911-4159' RA= 09:11:28.081037 DEC= -41:59:16.36220 RAER= 5.44 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0908+201', 'J0911+1958' RA= 09:11:33.459067 DEC= +19:58:14.09311 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.103, 5.0, 0.219, 0.107, 8.4, 0.139, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1334 observations" / source= '0908+445', 'J0911+4422' RA= 09:11:33.860139 DEC= +44:22:50.04354 RAER= 1.17 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0908+131', 'J0911+1255' RA= 09:11:34.761918 DEC= +12:55:38.12630 RAER= 0.60 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '0907+602', 'J0911+6002' RA= 09:11:37.412673 DEC= +60:02:14.85972 RAER= 2.06 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0857+863', 'J0911+8607' RA= 09:11:37.870294 DEC= +86:07:33.55431 RAER= 2.65 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.048, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 606 observations" / source= '0909+022', 'J0911+0205' RA= 09:11:40.702741 DEC= +02:05:15.21023 RAER= 0.62 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.091, 8.4, 0.085, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0909+003', 'J0911+0011' RA= 09:11:41.396486 DEC= +00:11:01.85119 RAER= 2.95 DECER= 7.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0908+340', 'J0911+3349' RA= 09:11:47.761464 DEC= +33:49:16.79273 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.055, 5.0, 0.224, 0.038, 8.4, 0.116, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 977 observations" / source= '0908+300', 'J0911+2949' RA= 09:11:51.341990 DEC= +29:49:29.36096 RAER= 0.63 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.048, 8.4, 0.053, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0908+376', 'J0911+3724' RA= 09:11:53.615836 DEC= +37:24:13.30546 RAER= 0.50 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0909-224', 'J0911-2238' RA= 09:11:53.694554 DEC= -22:38:07.41681 RAER= 1.91 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.035, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0909+084', 'J0911+0812' RA= 09:11:54.576623 DEC= +08:12:31.10979 RAER= 0.70 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0908+535', 'J0912+5320' RA= 09:12:01.672680 DEC= +53:20:36.63056 RAER= 3.97 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0909-143', 'J0912-1431' RA= 09:12:02.033385 DEC= -14:31:58.61635 RAER= 1.14 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.046, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0909+088', 'J0912+0837' RA= 09:12:04.619850 DEC= +08:37:48.29169 RAER= 0.32 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.046, 8.4, 0.084, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0909+281', 'J0912+2759' RA= 09:12:11.211188 DEC= +27:59:27.87421 RAER= 2.57 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0908+416', 'J0912+4126' RA= 09:12:11.614249 DEC= +41:26:09.35626 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, 0.051, 8.4, 0.188, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1244 observations" / source= '0910-414', 'J0912-4137' RA= 09:12:12.750647 DEC= -41:37:16.15480 RAER= 0.29 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.068, 8.4, 0.181, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 317 observations" / source= '0909+418', 'J0912+4139' RA= 09:12:17.575713 DEC= +41:39:33.59488 RAER= 6.14 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0909+302', 'J0912+3005' RA= 09:12:18.362975 DEC= +30:05:29.94557 RAER= 2.26 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0908+487', 'J0912+4830' RA= 09:12:18.368483 DEC= +48:30:45.11513 RAER= 3.38 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.044, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0909+28A', 'J0912+2755' RA= 09:12:20.799071 DEC= +27:55:46.98673 RAER= 8.42 DECER= 7.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0909+222', 'J0912+2205' RA= 09:12:24.784649 DEC= +22:05:06.24776 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.072, 5.0, 0.139, 0.110, 8.4, 0.217, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 936 observations" / source= '0909+161', 'J0912+1555' RA= 09:12:30.609280 DEC= +15:55:28.00899 RAER= 0.44 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '0910-276', 'J0912-2752' RA= 09:12:31.586814 DEC= -27:52:17.21829 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.042, 8.4, 0.169, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '0908+687', 'J0912+6834' RA= 09:12:36.620889 DEC= +68:34:24.57012 RAER= 3.28 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0910-427', 'J0912-4257' RA= 09:12:39.188364 DEC= -42:57:43.53356 RAER= 3.49 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0910+107', 'J0912+1033' RA= 09:12:47.234184 DEC= +10:33:08.47154 RAER= 0.89 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0910-008', 'J0912-0103' RA= 09:12:47.605708 DEC= -01:03:26.36203 RAER= 0.78 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.023, 8.4, 0.039, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0909+445', 'J0912+4422' RA= 09:12:51.128511 DEC= +44:22:04.65093 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.041, 5.0, 0.170, 0.028, 8.4, 0.115, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 776 observations" / source= '0910-136', 'J0912-1352' RA= 09:12:53.339033 DEC= -13:52:42.48383 RAER= 2.32 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0910-208', 'J0913-2103' RA= 09:13:00.222746 DEC= -21:03:21.04937 RAER= 0.37 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.060, 8.4, 0.100, 0.045, 15.2, 0.108, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0909+495', 'J0913+4923' RA= 09:13:07.855759 DEC= +49:23:29.45164 RAER= 1.29 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0911-315', 'J0913-3144' RA= 09:13:32.461446 DEC= -31:44:02.92155 RAER= 1.22 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0910+151', 'J0913+1454' RA= 09:13:34.981434 DEC= +14:54:20.09662 RAER= 0.40 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.267, 0.020, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '0911+048', 'J0913+0436' RA= 09:13:47.154244 DEC= +04:36:30.71179 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, 0.063, 8.4, 0.117, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0910+442', 'J0913+4402' RA= 09:13:53.365659 DEC= +44:02:57.20005 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.068, 5.0, 0.096, 0.033, 8.4, 0.098, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '0911-171', 'J0913-1721' RA= 09:13:54.822084 DEC= -17:21:00.16976 RAER= 4.42 DECER= 17.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0911+053', 'J0914+0507' RA= 09:14:01.760900 DEC= +05:07:50.62499 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0911-193', 'J0914-1931' RA= 09:14:06.161822 DEC= -19:31:35.14306 RAER= 0.49 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.049, 8.4, 0.101, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0911-091', 'J0914-0922' RA= 09:14:06.910232 DEC= -09:22:51.44052 RAER= 1.59 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0911-182', 'J0914-1829' RA= 09:14:14.337272 DEC= -18:29:48.89808 RAER= 0.57 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.046, 8.4, 0.079, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0912-273', 'J0914-2733' RA= 09:14:16.586265 DEC= -27:33:16.66810 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.039, 8.4, 0.107, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 412 observations" / source= '0911+103', 'J0914+1006' RA= 09:14:19.531387 DEC= +10:06:40.57456 RAER= 0.36 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.035, 8.4, 0.070, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0912-451', 'J0914-4524' RA= 09:14:20.409674 DEC= -45:24:25.17158 RAER= 5.63 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0912-472', 'J0914-4730' RA= 09:14:35.237635 DEC= -47:30:29.49968 RAER= 3.34 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, n/a, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0912-330', 'J0914-3314' RA= 09:14:36.720785 DEC= -33:14:52.42257 RAER= 0.35 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.386, 0.046, 5.0, 0.240, 0.018, 8.4, 0.170, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '0912+029', 'J0914+0245' RA= 09:14:37.913440 DEC= +02:45:59.24626 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.615, 0.494, 5.0, 0.409, 0.211, 8.4, 0.561, 0.338 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24684 observations" / source= '0911+354', 'J0914+3512' RA= 09:14:39.423568 DEC= +35:12:04.59136 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.111, 5.0, 0.153, 0.034, 8.4, 0.144, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 836 observations" / source= '0911+589', 'J0914+5844' RA= 09:14:51.553171 DEC= +58:44:38.12547 RAER= 1.53 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0911+295', 'J0914+2922' RA= 09:14:53.109074 DEC= +29:22:42.11716 RAER= 0.61 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0912+237', 'J0914+2331' RA= 09:14:54.000369 DEC= +23:31:53.47703 RAER= 0.80 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.022, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0912-204', 'J0914-2038' RA= 09:14:59.695807 DEC= -20:38:57.62091 RAER= 0.31 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.053, 5.0, 0.034, n/a, 8.4, 0.044, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '0912-205', 'J0915-2044' RA= 09:15:04.268229 DEC= -20:44:07.48192 RAER= 0.93 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.052, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0913-373', 'J0915-3736' RA= 09:15:06.794291 DEC= -37:36:25.41502 RAER= 4.19 DECER= 7.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.067, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0912+211', 'J0915+2056' RA= 09:15:08.780858 DEC= +20:56:07.36632 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.077, 8.4, 0.147, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 833 observations" / source= '0912-163', 'J0915-1630' RA= 09:15:14.668938 DEC= -16:30:46.61801 RAER= 11.77 DECER= 12.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0911+667', 'J0915+6631' RA= 09:15:24.429516 DEC= +66:31:43.33131 RAER= 3.24 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0912+489', 'J0915+4843' RA= 09:15:26.771612 DEC= +48:43:44.67929 RAER= 7.10 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0912+444', 'J0915+4416' RA= 09:15:28.778677 DEC= +44:16:32.93068 RAER= 1.29 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.057, 8.4, 0.047, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0911+662', 'J0915+6559' RA= 09:15:34.447384 DEC= +65:59:37.91018 RAER= 1.19 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0912+069', 'J0915+0642' RA= 09:15:36.190835 DEC= +06:42:53.14644 RAER= 1.67 DECER= 5.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0913-042', 'J0915-0429' RA= 09:15:37.677811 DEC= -04:29:16.29356 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.048, 8.4, 0.096, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '0912+527', 'J0915+5232' RA= 09:15:39.259769 DEC= +52:32:30.29289 RAER= 1.07 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 192 observations" / source= '0913-302', 'J0915-3029' RA= 09:15:40.895567 DEC= -30:29:49.42413 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.057, 5.0, 0.077, n/a, 8.4, 0.078, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0912+255', 'J0915+2519' RA= 09:15:42.244273 DEC= +25:19:39.03298 RAER= 0.50 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.037, 8.4, 0.061, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0913-204', 'J0915-2038' RA= 09:15:43.790600 DEC= -20:38:10.65030 RAER= 2.31 DECER= 6.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0913+003', 'J0915+0007' RA= 09:15:51.695125 DEC= +00:07:13.30871 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.054, 5.0, 0.247, 0.066, 8.4, 0.170, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '0912+297', 'J0915+2933' RA= 09:15:52.401649 DEC= +29:33:24.04284 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.087, 5.0, 0.116, 0.088, 8.4, 0.097, 0.072, 15.2, 0.080, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3752 observations" / source= '0913+079', 'J0915+0745' RA= 09:15:52.968210 DEC= +07:45:39.69432 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.050, 8.4, 0.073, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '0913-162', 'J0915-1625' RA= 09:15:52.982098 DEC= -16:25:11.42645 RAER= 0.97 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0912+273', 'J0915+2709' RA= 09:15:55.712426 DEC= +27:09:43.26061 RAER= 0.47 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.019, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0913+208', 'J0916+2038' RA= 09:16:00.642893 DEC= +20:38:45.29746 RAER= 0.51 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.064, 8.4, 0.058, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0912+589', 'J0916+5844' RA= 09:16:08.614183 DEC= +58:44:37.62417 RAER= 3.69 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0913-025', 'J0916-0244' RA= 09:16:20.756810 DEC= -02:44:36.84368 RAER= 9.63 DECER= 6.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0913+073', 'J0916+0705' RA= 09:16:25.241377 DEC= +07:05:43.57502 RAER= 0.68 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0914-346', 'J0916-3453' RA= 09:16:26.201994 DEC= -34:53:58.89289 RAER= 5.06 DECER= 10.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0914-246', 'J0916-2450' RA= 09:16:29.119592 DEC= -24:50:29.67634 RAER= 4.31 DECER= 8.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0913+471', 'J0916+4654' RA= 09:16:33.967863 DEC= +46:54:33.21870 RAER= 0.80 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.022, 8.4, 0.036, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0913+188', 'J0916+1838' RA= 09:16:38.026734 DEC= +18:38:15.29372 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.028, 8.4, 0.032, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0914+029', 'J0916+0242' RA= 09:16:41.766666 DEC= +02:42:52.90115 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.140, 8.4, 0.212, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 651 observations" / source= '0914-027', 'J0916-0259' RA= 09:16:43.600852 DEC= -02:59:09.14745 RAER= 0.31 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.086, 8.4, 0.111, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0914+012', 'J0916+0100' RA= 09:16:45.563892 DEC= +01:00:14.03162 RAER= 1.78 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0914+103', 'J0916+1006' RA= 09:16:45.822173 DEC= +10:06:42.71013 RAER= 0.53 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.114, 8.4, 0.110, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0913+391', 'J0916+3854' RA= 09:16:48.904584 DEC= +38:54:28.14618 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.658, 0.240, 5.0, 0.557, 0.262, 8.4, 0.538, 0.319 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1099 observations" / source= '0913+528', 'J0916+5238' RA= 09:16:51.934387 DEC= +52:38:28.33778 RAER= 2.05 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.034, 0.019, 15.2, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0914-306', 'J0917-3054' RA= 09:17:05.579449 DEC= -30:54:08.03321 RAER= 1.99 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.067, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0913+620', 'J0917+6149' RA= 09:17:08.162211 DEC= +61:49:32.35093 RAER= 1.62 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.023, 8.4, 0.047, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0914-035', 'J0917-0343' RA= 09:17:14.595922 DEC= -03:43:14.43798 RAER= 0.90 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0914-160', 'J0917-1618' RA= 09:17:15.851822 DEC= -16:18:03.30273 RAER= 0.42 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.058, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '0914+114', 'J0917+1113' RA= 09:17:16.385063 DEC= +11:13:36.86973 RAER= 1.03 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0915-301', 'J0917-3019' RA= 09:17:18.731383 DEC= -30:19:28.17843 RAER= 1.01 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.039, 8.4, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0914+151', 'J0917+1456' RA= 09:17:21.332433 DEC= +14:56:05.31055 RAER= 0.78 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0915-213', 'J0917-2131' RA= 09:17:27.016331 DEC= -21:31:34.46260 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.416, 0.256, 8.4, 0.381, 0.221 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '0912+739', 'J0917+7343' RA= 09:17:28.089075 DEC= +73:43:13.43949 RAER= 0.49 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.137, 8.4, 0.127, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0915-135', 'J0917-1345' RA= 09:17:39.000660 DEC= -13:45:42.23736 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.104, 8.4, 0.170, 0.119, 22.2, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '0914+407', 'J0917+4029' RA= 09:17:40.131288 DEC= +40:29:29.89202 RAER= 1.53 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0913+657', 'J0917+6530' RA= 09:17:55.568252 DEC= +65:30:15.12690 RAER= 0.64 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.065, 8.4, 0.073, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '0915-118', 'J0918-1205' RA= 09:18:05.668486 DEC= -12:05:43.80629 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.097, 8.4, 0.227, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '0915+068', 'J0918+0636' RA= 09:18:24.379943 DEC= +06:36:53.40897 RAER= 0.94 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0916-218', 'J0918-2206' RA= 09:18:30.169820 DEC= -22:06:20.93158 RAER= 6.13 DECER= 12.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0915+270', 'J0918+2650' RA= 09:18:37.504984 DEC= +26:50:41.10524 RAER= 1.07 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0915+099', 'J0918+0946' RA= 09:18:38.568509 DEC= +09:46:52.90861 RAER= 13.95 DECER= 9.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.179 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0916-062', 'J0918-0628' RA= 09:18:39.953142 DEC= -06:28:29.00346 RAER= 0.44 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.028, 8.4, 0.082, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0915+168', 'J0918+1640' RA= 09:18:45.843058 DEC= +16:40:22.32922 RAER= 2.79 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0916-415', 'J0918-4146' RA= 09:18:51.432913 DEC= -41:46:24.87465 RAER= 5.57 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0916-244', 'J0918-2438' RA= 09:18:56.486554 DEC= -24:38:29.39244 RAER= 0.90 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0915+320', 'J0918+3151' RA= 09:18:59.406490 DEC= +31:51:40.63603 RAER= 0.48 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 348 observations" / source= '0916-253', 'J0919-2533' RA= 09:19:00.550838 DEC= -25:33:49.66776 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.047, 8.4, 0.083, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0916-155', 'J0919-1547' RA= 09:19:01.201454 DEC= -15:47:30.51741 RAER= 0.63 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.018, 8.4, 0.031, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0916-074', 'J0919-0739' RA= 09:19:01.962638 DEC= -07:39:05.10971 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.123, 8.4, 0.114, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '0916-154', 'J0919-1539' RA= 09:19:06.166643 DEC= -15:39:06.54548 RAER= 0.55 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0917-354', 'J0919-3538' RA= 09:19:06.889698 DEC= -35:38:27.03642 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.093, 5.0, 0.226, 0.036, 8.4, 0.227, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '0916+216', 'J0919+2125' RA= 09:19:07.544808 DEC= +21:25:54.15431 RAER= 0.18 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.056, 5.0, 0.138, 0.087, 8.4, 0.134, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '0916+336', 'J0919+3324' RA= 09:19:08.787140 DEC= +33:24:41.94305 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.118, 5.0, 0.189, 0.125, 8.4, 0.142, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2809 observations" / source= '0917-286', 'J0919-2849' RA= 09:19:12.491691 DEC= -28:49:21.57235 RAER= 0.48 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, n/a, 5.0, 0.095, 0.039, 8.4, 0.081, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0914+694', 'J0919+6912' RA= 09:19:18.605062 DEC= +69:12:11.64937 RAER= 2.72 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.008, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0916+113', 'J0919+1106' RA= 09:19:25.657375 DEC= +11:06:59.46199 RAER= 1.03 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0917-099', 'J0919-1008' RA= 09:19:33.766103 DEC= -10:08:30.21666 RAER= 1.38 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.016, 8.4, 0.028, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0917-204', 'J0919-2039' RA= 09:19:34.757019 DEC= -20:39:51.91871 RAER= 1.85 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0918-680', 'J0919-6815' RA= 09:19:39.596402 DEC= -68:15:23.75162 RAER= 5.39 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0918-534', 'J0919-5340' RA= 09:19:44.039443 DEC= -53:40:06.44757 RAER= 0.35 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.509, 0.451 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '0917-063', 'J0919-0632' RA= 09:19:45.311753 DEC= -06:32:25.33137 RAER= 0.63 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.015, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0917-185', 'J0919-1847' RA= 09:19:47.056235 DEC= -18:47:07.66682 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.056, 5.0, 0.112, 0.085, 8.4, 0.092, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0917+118', 'J0919+1139' RA= 09:19:50.218764 DEC= +11:39:29.79444 RAER= 0.85 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.022, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0913+786', 'J0919+7825' RA= 09:19:52.559491 DEC= +78:25:26.55692 RAER= 0.62 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.159, 8.4, 0.175, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1121 observations" / source= '0917-093', 'J0919-0935' RA= 09:19:53.438511 DEC= -09:35:57.64487 RAER= 1.56 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0917+22A', 'J0920+223A' RA= 09:20:05.145160 DEC= +22:34:56.65083 RAER= 1.67 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0917+181', 'J0920+1753' RA= 09:20:11.139727 DEC= +17:53:25.00445 RAER= 7.56 DECER= 12.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0918-383', 'J0920-3834' RA= 09:20:14.233445 DEC= -38:34:50.64101 RAER= 10.76 DECER= 35.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0917+227', 'J0920+2235' RA= 09:20:15.871838 DEC= +22:35:00.21390 RAER= 0.60 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0918-421', 'J0920-4219' RA= 09:20:16.367516 DEC= -42:19:00.91355 RAER= 5.81 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0918-363', 'J0920-3631' RA= 09:20:26.201100 DEC= -36:31:47.51590 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.104, 8.4, 0.219, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '0917+281', 'J0920+2755' RA= 09:20:27.522257 DEC= +27:55:53.74199 RAER= 0.64 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.037, 8.4, 0.046, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0917-044', 'J0920-0439' RA= 09:20:29.609915 DEC= -04:39:35.71658 RAER= 0.14 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.079, 8.4, 0.135, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '0918+006', 'J0920+0023' RA= 09:20:35.800890 DEC= +00:23:30.67088 RAER= 0.73 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.055, 8.4, 0.046, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0918-248', 'J0920-2505' RA= 09:20:40.867973 DEC= -25:05:35.01197 RAER= 0.88 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.040, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0918-297', 'J0920-2956' RA= 09:20:43.193802 DEC= -29:56:30.29418 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.045, 8.4, 0.508, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 506 observations" / source= '0917+222', 'J0920+2204' RA= 09:20:45.930358 DEC= +22:04:34.22068 RAER= 0.49 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0917+414', 'J0920+4115' RA= 09:20:49.836034 DEC= +41:15:50.06112 RAER= 0.56 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '0918+166', 'J0920+1625' RA= 09:20:55.866783 DEC= +16:25:47.62117 RAER= 0.25 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.046, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 297 observations" / source= '0917+449', 'J0920+4441' RA= 09:20:58.458492 DEC= +44:41:53.98482 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.973, 0.665, 5.0, 1.236, 0.890, 8.4, 1.201, 0.684, 15.2, 1.394, 0.972, 22.2, 1.864, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6061 observations" / source= '0918+082', 'J0921+0805' RA= 09:21:01.064260 DEC= +08:05:05.65426 RAER= 0.31 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.056, 8.4, 0.069, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0918-063', 'J0921-0631' RA= 09:21:01.764273 DEC= -06:31:10.84250 RAER= 0.65 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.083, 8.4, 0.065, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0919-470', 'J0921-4717' RA= 09:21:07.721273 DEC= -47:17:53.13875 RAER= 5.71 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0917+458', 'J0921+4538' RA= 09:21:08.625306 DEC= +45:38:57.36312 RAER= 0.39 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.036, 8.4, 0.063, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 173 observations" / source= '0919-371', 'J0921-3721' RA= 09:21:16.932237 DEC= -37:21:01.26782 RAER= 29.16 DECER= 43.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0919-321', 'J0921-3219' RA= 09:21:21.673162 DEC= -32:19:39.51929 RAER= 4.10 DECER= 9.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0917+610', 'J0921+6051' RA= 09:21:23.697730 DEC= +60:51:19.85239 RAER= 2.06 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0916+718', 'J0921+7136' RA= 09:21:23.945102 DEC= +71:36:12.40213 RAER= 0.44 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.187, 8.4, 0.209, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '0918+018', 'J0921+0138' RA= 09:21:24.390557 DEC= +01:38:34.69508 RAER= 0.85 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.020, 8.4, 0.017, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0919-116', 'J0921-1154' RA= 09:21:27.488558 DEC= -11:54:34.31973 RAER= 0.96 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0919-260', 'J0921-2618' RA= 09:21:29.353862 DEC= -26:18:43.38643 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.345, 0.283, 5.0, 1.518, 0.461, 8.4, 1.482, 0.677, 15.2, 1.315, 0.848 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18028 observations" / source= '0918+140', 'J0921+1350' RA= 09:21:31.373459 DEC= +13:50:48.23695 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.077, 8.4, 0.140, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '0917+624', 'J0921+6215' RA= 09:21:36.231083 DEC= +62:15:52.18026 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.989, 0.576, 5.0, 1.076, 0.605, 8.4, 0.996, 0.524, 15.2, 1.003, 0.436 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14400 observations" / source= '0918+535', 'J0921+5320' RA= 09:21:40.399700 DEC= +53:20:37.37396 RAER= 2.15 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.024, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0924-819', 'J0921-8209' RA= 09:21:42.698148 DEC= -82:09:36.21811 RAER= 1.74 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0919-327', 'J0921-3259' RA= 09:21:43.493660 DEC= -32:59:33.38652 RAER= 8.49 DECER= 16.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0918+238', 'J0921+2335' RA= 09:21:45.379617 DEC= +23:35:48.19250 RAER= 0.39 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0918+336', 'J0921+3324' RA= 09:21:51.491350 DEC= +33:24:06.69631 RAER= 0.64 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '0919+058', 'J0921+0535' RA= 09:21:54.790897 DEC= +05:35:40.12583 RAER= 1.27 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.013, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0919-162', 'J0921-1627' RA= 09:21:55.405983 DEC= -16:27:37.90934 RAER= 0.48 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.030, 8.4, 0.073, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0917+662', 'J0921+6604' RA= 09:21:57.773461 DEC= +66:04:38.24309 RAER= 0.89 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.056, 8.4, 0.110, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0920-342', 'J0922-3426' RA= 09:22:08.756875 DEC= -34:26:08.93484 RAER= 1.49 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0919+313', 'J0922+3111' RA= 09:22:10.437978 DEC= +31:11:08.50610 RAER= 0.91 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '0919-211', 'J0922-2120' RA= 09:22:15.422980 DEC= -21:20:18.51060 RAER= 0.44 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.045, 8.4, 0.047, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0919+239', 'J0922+2346' RA= 09:22:16.385605 DEC= +23:46:45.53807 RAER= 8.69 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0918+518', 'J0922+5138' RA= 09:22:17.041436 DEC= +51:38:47.51663 RAER= 1.16 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.033, 8.4, 0.073, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0920-353', 'J0922-3532' RA= 09:22:18.526858 DEC= -35:32:10.40872 RAER= 9.74 DECER= 31.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0918+638', 'J0922+6336' RA= 09:22:20.334110 DEC= +63:36:55.40813 RAER= 22.51 DECER= 13.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0919-052', 'J0922-0529' RA= 09:22:23.672867 DEC= -05:29:07.18335 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.426, 0.301, 5.0, 0.611, 0.443, 8.4, 0.400, 0.324, 22.2, 0.195, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '0919+047', 'J0922+0433' RA= 09:22:27.265351 DEC= +04:33:38.74911 RAER= 0.37 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '0917+713', 'J0922+7109' RA= 09:22:30.044961 DEC= +71:09:36.46869 RAER= 2.09 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0919+451', 'J0922+4457' RA= 09:22:35.015488 DEC= +44:57:49.07427 RAER= 0.96 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.022, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0919+423', 'J0922+4209' RA= 09:22:39.583750 DEC= +42:09:53.34137 RAER= 0.58 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '0919+137', 'J0922+1330' RA= 09:22:41.405862 DEC= +13:30:44.39358 RAER= 0.72 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.043, 8.4, 0.049, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0919+218', 'J0922+2136' RA= 09:22:43.759511 DEC= +21:36:42.31154 RAER= 0.73 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.047, 8.4, 0.041, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0918+693', 'J0922+6906' RA= 09:22:43.954181 DEC= +69:06:06.65590 RAER= 2.25 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0920-397', 'J0922-3959' RA= 09:22:46.418273 DEC= -39:59:35.06825 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.164, 0.617, 8.4, 1.111, 0.571 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23592 observations" / source= '0919+518', 'J0922+5137' RA= 09:22:47.159216 DEC= +51:37:39.32201 RAER= 0.49 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.029, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '0920-272', 'J0922-2726' RA= 09:22:52.710932 DEC= -27:26:31.41519 RAER= 0.75 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0920+056', 'J0922+0523' RA= 09:22:59.295681 DEC= +05:23:54.34707 RAER= 0.87 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0920-176', 'J0923-1754' RA= 09:23:01.017902 DEC= -17:54:20.90831 RAER= 9.99 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0919+51A', 'J0923+5136' RA= 09:23:02.053772 DEC= +51:36:48.91955 RAER= 0.34 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.015, 8.4, 0.055, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '0920+205', 'J0923+2018' RA= 09:23:09.075295 DEC= +20:18:49.41768 RAER= 0.33 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '0920+400', 'J0923+3952' RA= 09:23:11.528116 DEC= +39:52:44.37730 RAER= 0.86 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0920+390', 'J0923+3849' RA= 09:23:14.452938 DEC= +38:49:39.91003 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.261, 5.0, 0.347, 0.147, 8.4, 0.318, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16233 observations" / source= '0920+416', 'J0923+4125' RA= 09:23:31.304980 DEC= +41:25:27.43892 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.102, 5.0, 0.162, 0.035, 8.4, 0.231, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1262 observations" / source= '0921-360', 'J0923-3616' RA= 09:23:33.550991 DEC= -36:16:46.04696 RAER= 1.13 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0921-213', 'J0923-2135' RA= 09:23:38.885139 DEC= -21:35:47.12870 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.095, 5.0, 0.129, 0.010, 8.4, 0.287, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 629 observations" / source= '0920+189', 'J0923+1841' RA= 09:23:44.361828 DEC= +18:41:26.26822 RAER= 1.46 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0921-243', 'J0923-2432' RA= 09:23:44.466049 DEC= -24:32:25.00085 RAER= 1.12 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.019, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0922-665', 'J0923-6648' RA= 09:23:47.522189 DEC= -66:48:37.12836 RAER= 4.05 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0920+313', 'J0923+3107' RA= 09:23:47.948709 DEC= +31:07:54.14174 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.059, 5.0, 0.159, 0.056, 8.4, 0.113, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1008 observations" / source= '0921-397', 'J0923-3956' RA= 09:23:51.395647 DEC= -39:56:54.86759 RAER= 7.56 DECER= 21.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0920+284', 'J0923+2815' RA= 09:23:51.523390 DEC= +28:15:25.02185 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.765, 0.575, 5.0, 0.389, 0.509, 8.4, 0.682, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1442 observations" / source= '0921-343', 'J0923-3435' RA= 09:23:53.876850 DEC= -34:35:25.96856 RAER= 1.20 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.284, n/a, 8.4, 0.167, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0922-441', 'J0923-4420' RA= 09:23:55.490343 DEC= -44:20:26.51557 RAER= 6.40 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.188, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0919+631', 'J0923+6253' RA= 09:23:56.158990 DEC= +62:53:35.47617 RAER= 5.43 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0921-178', 'J0924-1803' RA= 09:24:00.611181 DEC= -18:03:48.55226 RAER= 1.72 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0921-168', 'J0924-1703' RA= 09:24:09.249614 DEC= -17:03:12.81627 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.029, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0922-620', 'J0924-6218' RA= 09:24:10.702532 DEC= -62:18:37.25807 RAER= 2.76 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.120, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0921+033', 'J0924+0309' RA= 09:24:14.702757 DEC= +03:09:00.74873 RAER= 0.92 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0920+579', 'J0924+5742' RA= 09:24:16.232942 DEC= +57:42:38.73993 RAER= 5.65 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0921-040', 'J0924-0416' RA= 09:24:19.594464 DEC= -04:16:01.11193 RAER= 0.37 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.017, 8.4, 0.049, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0922-353', 'J0924-3534' RA= 09:24:25.644039 DEC= -35:34:52.21168 RAER= 1.19 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.020, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0921-04A', 'J0924-0418' RA= 09:24:25.697573 DEC= -04:18:17.58622 RAER= 5.98 DECER= 13.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0921+197', 'J0924+1929' RA= 09:24:38.738007 DEC= +19:29:08.71113 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.030, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 466 observations" / source= '0921+454', 'J0924+4511' RA= 09:24:44.994458 DEC= +45:11:57.91729 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.161, 5.0, 0.190, 0.051, 8.4, 0.112, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 949 observations" / source= '0923-418', 'J0924-4203' RA= 09:24:58.287231 DEC= -42:03:38.58274 RAER= 8.40 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0922-194', 'J0924-1937' RA= 09:24:58.602425 DEC= -19:37:46.50190 RAER= 0.98 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0922+149', 'J0925+1444' RA= 09:25:07.263947 DEC= +14:44:25.72250 RAER= 0.59 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0922+005', 'J0925+0019' RA= 09:25:07.815042 DEC= +00:19:13.93464 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.875, 0.642, 8.4, 0.681, 0.262 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '0922-202', 'J0925-2027' RA= 09:25:11.947380 DEC= -20:27:35.61031 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.097, 8.4, 0.117, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 331 observations" / source= '0923-305', 'J0925-3047' RA= 09:25:28.805280 DEC= -30:47:57.28433 RAER= 1.80 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0922+322', 'J0925+3159' RA= 09:25:32.676196 DEC= +31:59:52.85965 RAER= 1.26 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0922+233', 'J0925+2309' RA= 09:25:37.021128 DEC= +23:09:57.07201 RAER= 1.22 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0922+366', 'J0925+3627' RA= 09:25:39.069985 DEC= +36:27:05.60632 RAER= 0.57 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0922+316', 'J0925+3127' RA= 09:25:43.650274 DEC= +31:27:10.80274 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.121, 5.0, 0.201, 0.067, 8.4, 0.193, 0.089, 15.2, 0.179, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 907 observations" / source= '0923+102', 'J0925+1004' RA= 09:25:45.349247 DEC= +10:04:57.36170 RAER= 0.30 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.011, 8.4, 0.062, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '0923-355', 'J0925-3547' RA= 09:25:46.059004 DEC= -35:47:02.73551 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.066, 8.4, 0.131, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '0923+171', 'J0925+1658' RA= 09:25:49.964358 DEC= +16:58:12.20505 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.055, 5.0, 0.111, 0.108, 8.4, 0.122, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1099 observations" / source= '0922+364', 'J0925+3612' RA= 09:25:51.851349 DEC= +36:12:35.67445 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.254, 5.0, 0.327, 0.223, 8.4, 0.279, 0.231 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1198 observations" / source= '0923-206', 'J0925-2050' RA= 09:25:52.553100 DEC= -20:50:04.79291 RAER= 0.78 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.038, 8.4, 0.035, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0922+407', 'J0926+4029' RA= 09:26:00.426873 DEC= +40:29:49.67259 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.161, 5.0, 0.279, 0.117, 8.4, 0.192, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 968 observations" / source= '0923+257', 'J0926+2534' RA= 09:26:10.811205 DEC= +25:34:33.45644 RAER= 0.33 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.022, 8.4, 0.078, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '0923+551', 'J0926+5458' RA= 09:26:35.955033 DEC= +54:58:47.01234 RAER= 8.08 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0923+544', 'J0926+5411' RA= 09:26:38.880381 DEC= +54:11:26.58973 RAER= 0.54 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.032, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0923+281', 'J0926+2758' RA= 09:26:45.179200 DEC= +27:58:21.10938 RAER= 0.35 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '0924-394', 'J0926-3938' RA= 09:26:45.599673 DEC= -39:38:57.10283 RAER= 1.52 DECER= 7.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0923+398', 'J0926+3937' RA= 09:26:46.825398 DEC= +39:37:45.32596 RAER= 1.34 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.017, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0924-235', 'J0926-2345' RA= 09:26:56.009403 DEC= -23:45:24.30803 RAER= 0.67 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.029, 8.4, 0.056, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0924+044', 'J0926+0416' RA= 09:26:56.707965 DEC= +04:16:13.24194 RAER= 1.25 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0924-065', 'J0926-0645' RA= 09:26:59.853153 DEC= -06:45:38.30249 RAER= 0.77 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.017, 8.4, 0.042, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0924-333', 'J0927-333A' RA= 09:27:00.640744 DEC= -33:36:21.29206 RAER= 82.71 DECER= 79.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0923+392', 'J0927+3902' RA= 09:27:03.013942 DEC= +39:02:20.85176 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.546, 3.002, 5.0, 10.402, 6.027, 8.4, 9.881, 3.345, 15.2, 10.042, 1.719 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273750 observations" / source= '0923+575', 'J0927+5717' RA= 09:27:06.053456 DEC= +57:17:45.34299 RAER= 0.25 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.084, 5.0, 0.089, 0.087, 8.4, 0.064, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '0925-333', 'J0927-3336' RA= 09:27:08.265893 DEC= -33:36:33.60475 RAER= 14.54 DECER= 35.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0923+464', 'J0927+4616' RA= 09:27:10.915145 DEC= +46:16:33.67556 RAER= 1.01 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.045, 8.4, 0.052, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0924+178', 'J0927+1739' RA= 09:27:16.786423 DEC= +17:39:39.62564 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.074, 8.4, 0.076, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '0924+251', 'J0927+2456' RA= 09:27:22.863603 DEC= +24:56:13.25250 RAER= 0.19 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '0925-341', 'J0927-3424' RA= 09:27:24.428245 DEC= -34:24:56.57953 RAER= 15.42 DECER= 37.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0924+388', 'J0927+3836' RA= 09:27:26.557234 DEC= +38:36:29.04163 RAER= 1.49 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.034, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0925-069', 'J0927-0711' RA= 09:27:34.267547 DEC= -07:11:34.04746 RAER= 0.47 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0924+307', 'J0927+3034' RA= 09:27:39.805754 DEC= +30:34:16.75009 RAER= 0.41 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0924+559', 'J0927+5545' RA= 09:27:40.642860 DEC= +55:45:48.06264 RAER= 2.35 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0925-087', 'J0927-0900' RA= 09:27:46.945416 DEC= -09:00:21.82555 RAER= 0.15 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.028, 8.4, 0.126, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '0924+501', 'J0927+4957' RA= 09:27:47.992533 DEC= +49:57:55.99025 RAER= 1.86 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0928-787', 'J0927-7900' RA= 09:27:49.521862 DEC= -79:00:53.56521 RAER= 191.35 DECER= 20.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0925-203', 'J0927-2034' RA= 09:27:51.824327 DEC= -20:34:51.23263 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.768, 0.569, 5.0, 0.705, 0.270, 8.4, 0.689, 0.378, 15.2, 0.351, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16104 observations" / source= '0925-337', 'J0928-3359' RA= 09:28:01.886201 DEC= -33:59:02.25902 RAER= 9.35 DECER= 22.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0924+607', 'J0928+6031' RA= 09:28:06.331776 DEC= +60:31:39.16756 RAER= 1.67 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0925-018', 'J0928-0203' RA= 09:28:21.483537 DEC= -02:03:25.73473 RAER= 0.53 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.026, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '0926-332', 'J0928-3326' RA= 09:28:21.532015 DEC= -33:26:22.70843 RAER= 3.25 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0925+449', 'J0928+4446' RA= 09:28:24.137098 DEC= +44:46:04.79908 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.214, 5.0, 0.252, 0.115, 8.4, 0.231, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 953 observations" / source= '0926-039', 'J0928-0409' RA= 09:28:33.469375 DEC= -04:09:08.84755 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.106, 8.4, 0.118, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1823 observations" / source= '0926-306', 'J0928-3049' RA= 09:28:33.988135 DEC= -30:49:44.00248 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.040, 5.0, 0.205, n/a, 8.4, 0.167, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 789 observations" / source= '0926-396', 'J0928-3954' RA= 09:28:39.594571 DEC= -39:54:14.51822 RAER= 4.56 DECER= 21.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0926-352', 'J0928-3529' RA= 09:28:49.829371 DEC= -35:29:48.85112 RAER= 1.11 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '0924+649', 'J0928+6443' RA= 09:28:57.222650 DEC= +64:43:52.22503 RAER= 0.95 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.024, 8.4, 0.072, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0926-344', 'J0929-3442' RA= 09:29:00.252586 DEC= -34:42:56.84391 RAER= 0.79 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, n/a, 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0926+061', 'J0929+0553' RA= 09:29:00.849442 DEC= +05:53:13.96859 RAER= 1.26 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0926-181', 'J0929-1820' RA= 09:29:02.261473 DEC= -18:20:45.75871 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.145, 8.4, 0.163, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '0926-113', 'J0929-1132' RA= 09:29:06.382579 DEC= -11:32:41.70638 RAER= 0.46 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.034, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0927-392', 'J0929-3930' RA= 09:29:09.492181 DEC= -39:30:28.21767 RAER= 0.79 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.047, 8.4, 0.055, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0927-269', 'J0929-2709' RA= 09:29:14.948955 DEC= -27:09:31.27383 RAER= 0.61 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.028, 8.4, 0.054, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0925+504', 'J0929+5013' RA= 09:29:15.440188 DEC= +50:13:35.98974 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.648, 0.550, 5.0, 0.488, 0.365, 8.4, 0.546, 0.396, 15.2, 0.499, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1183 observations" / source= '0926+258', 'J0929+2536' RA= 09:29:15.552162 DEC= +25:36:58.06887 RAER= 0.20 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '0927-383', 'J0929-3831' RA= 09:29:22.092972 DEC= -38:31:14.05903 RAER= 36.43 DECER= 75.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0926+465', 'J0929+4620' RA= 09:29:22.759090 DEC= +46:20:46.46207 RAER= 0.90 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0926-044', 'J0929-0437' RA= 09:29:25.001096 DEC= -04:37:45.91095 RAER= 0.79 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.016, 8.4, 0.029, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0927-240', 'J0929-2416' RA= 09:29:28.241394 DEC= -24:16:32.86637 RAER= 0.31 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0924+732', 'J0929+7304' RA= 09:29:42.160728 DEC= +73:04:04.52495 RAER= 0.90 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.045, 5.0, 0.026, 0.011, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '0916+864', 'J0929+8612' RA= 09:29:43.057920 DEC= +86:12:21.27887 RAER= 2.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.193, 5.0, 0.297, 0.228, 8.4, 0.194, 0.130, 15.2, 0.233, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '0927-431', 'J0929-4323' RA= 09:29:47.732269 DEC= -43:23:01.24080 RAER= 15.97 DECER= 11.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0927+020', 'J0929+0148' RA= 09:29:56.455092 DEC= +01:48:44.27051 RAER= 0.56 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.033, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '0927-378', 'J0929-3801' RA= 09:29:57.507974 DEC= -38:01:48.16991 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.117, 8.4, 0.312, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '0927-087', 'J0930-0900' RA= 09:30:04.078167 DEC= -09:00:32.06465 RAER= 0.46 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.047, 8.4, 0.068, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0926+427', 'J0930+4232' RA= 09:30:08.751362 DEC= +42:32:30.27976 RAER= 1.22 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.019, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0927+02A', 'J0930+0149' RA= 09:30:13.696069 DEC= +01:49:08.71665 RAER= 1.00 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '0926+451', 'J0930+4457' RA= 09:30:14.396382 DEC= +44:57:26.42470 RAER= 1.12 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0926+487', 'J0930+4831' RA= 09:30:16.621929 DEC= +48:31:44.11687 RAER= 1.01 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0927-125', 'J0930-1247' RA= 09:30:18.207588 DEC= -12:47:11.03174 RAER= 0.70 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0927+464', 'J0930+4614' RA= 09:30:21.168313 DEC= +46:14:22.84606 RAER= 0.90 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.117, 8.4, 0.081, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0927+447', 'J0930+4429' RA= 09:30:22.194693 DEC= +44:29:35.52543 RAER= 12.33 DECER= 11.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0928-154', 'J0930-1541' RA= 09:30:22.392722 DEC= -15:41:57.38845 RAER= 0.81 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.036, 8.4, 0.096, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0927+011', 'J0930+0058' RA= 09:30:24.167393 DEC= +00:58:12.65750 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.060, 8.4, 0.075, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 532 observations" / source= '0936-853', 'J0930-8533' RA= 09:30:32.568499 DEC= -85:33:59.69530 RAER= 2.90 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.428, 0.278 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '0927+517', 'J0930+5132' RA= 09:30:33.276621 DEC= +51:32:14.48266 RAER= 0.88 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0927+362', 'J0930+3601' RA= 09:30:33.540999 DEC= +36:01:25.14427 RAER= 0.88 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '0927+469', 'J0930+4644' RA= 09:30:35.080704 DEC= +46:44:08.65679 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.092, 5.0, 0.135, 0.034, 8.4, 0.158, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 943 observations" / source= '0927+500', 'J0930+4950' RA= 09:30:37.573828 DEC= +49:50:25.54628 RAER= 0.90 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.013, 0.009, 15.2, n/a, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0927+218', 'J0930+2135' RA= 09:30:38.075505 DEC= +21:35:01.44921 RAER= 1.26 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.022, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0928-188', 'J0930-1903' RA= 09:30:42.051367 DEC= -19:03:40.52970 RAER= 0.33 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 197 observations" / source= '0928+139', 'J0930+1343' RA= 09:30:45.660103 DEC= +13:43:39.31559 RAER= 0.46 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations. No flux information" / source= '0927+586', 'J0930+5823' RA= 09:30:51.235499 DEC= +58:23:23.02690 RAER= 0.94 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.048, 8.4, 0.053, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0928+008', 'J0930+0034' RA= 09:30:52.253553 DEC= +00:34:58.94187 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.137, 8.4, 0.195, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 657 observations" / source= '0925+745', 'J0930+7420' RA= 09:30:53.782204 DEC= +74:20:05.91335 RAER= 0.48 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.341, 0.221, 8.4, 0.312, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 707 observations" / source= '0927+352', 'J0930+3503' RA= 09:30:55.279120 DEC= +35:03:37.60790 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.052, 5.0, 0.309, 0.227, 8.4, 0.114, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 673 observations" / source= '0928+278', 'J0931+2734' RA= 09:31:02.005011 DEC= +27:34:53.04703 RAER= 1.20 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.020, 8.4, 0.051, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0928-100', 'J0931-1013' RA= 09:31:02.712584 DEC= -10:13:25.01807 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.095, 8.4, 0.123, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 610 observations" / source= '0928+144', 'J0931+1414' RA= 09:31:05.342424 DEC= +14:14:16.51856 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.148, 8.4, 0.179, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3679 observations" / source= '0928-301', 'J0931-3021' RA= 09:31:06.940280 DEC= -30:21:29.94107 RAER= 3.04 DECER= 9.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0928-115', 'J0931-1144' RA= 09:31:20.225561 DEC= -11:44:12.98763 RAER= 1.72 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.025, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0929-330', 'J0931-3317' RA= 09:31:20.856094 DEC= -33:17:57.89083 RAER= 0.85 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.031, 8.4, 0.087, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '0929-33A', 'J0931-3315' RA= 09:31:24.792610 DEC= -33:15:08.03860 RAER= 16.30 DECER= 27.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0930-622', 'J0931-6229' RA= 09:31:27.559873 DEC= -62:29:35.65864 RAER= 0.61 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.128, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '0928+488', 'J0931+4840' RA= 09:31:27.970115 DEC= +48:40:39.48997 RAER= 1.57 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.057, 8.4, 0.043, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0928-043', 'J0931-0431' RA= 09:31:29.407205 DEC= -04:31:49.66573 RAER= 0.63 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.027, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0928+130', 'J0931+1249' RA= 09:31:33.560390 DEC= +12:49:45.36747 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.048, 8.4, 0.047, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1907 observations" / source= '0929-289', 'J0931-2911' RA= 09:31:35.579515 DEC= -29:11:53.71196 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.039, 8.4, 0.114, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '0929-343', 'J0931-3433' RA= 09:31:40.869079 DEC= -34:33:25.86943 RAER= 1.32 DECER= 4.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0929+028', 'J0931+0236' RA= 09:31:41.085129 DEC= +02:36:16.10483 RAER= 0.37 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0928+280', 'J0931+2750' RA= 09:31:51.784111 DEC= +27:50:50.59850 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.069, 5.0, 0.087, 0.077, 8.4, 0.117, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 831 observations" / source= '0929+198', 'J0931+1936' RA= 09:31:51.905736 DEC= +19:36:35.59490 RAER= 2.07 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0928+480', 'J0931+4752' RA= 09:31:52.173667 DEC= +47:52:38.31312 RAER= 0.98 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0929-359', 'J0931-3609' RA= 09:31:52.278482 DEC= -36:09:05.08724 RAER= 25.75 DECER= 55.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0927+678', 'J0931+6736' RA= 09:31:56.873670 DEC= +67:36:52.93630 RAER= 1.21 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '0929-139', 'J0932-1408' RA= 09:32:04.553288 DEC= -14:08:49.91637 RAER= 0.93 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.030, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0929+367', 'J0932+3630' RA= 09:32:09.608561 DEC= +36:30:02.57744 RAER= 2.75 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0928+642', 'J0932+6359' RA= 09:32:11.048026 DEC= +63:59:40.52758 RAER= 1.80 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.045, 8.4, 0.032, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0929+010', 'J0932+0047' RA= 09:32:12.239297 DEC= +00:47:41.74286 RAER= 1.21 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0929+288', 'J0932+2837' RA= 09:32:14.231305 DEC= +28:37:30.20458 RAER= 0.49 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '0929+214', 'J0932+2112' RA= 09:32:15.466864 DEC= +21:12:43.07881 RAER= 0.97 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.025, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0931-640', 'J0932-6419' RA= 09:32:16.079868 DEC= -64:19:17.43187 RAER= 3.01 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0930-200', 'J0932-2016' RA= 09:32:19.586542 DEC= -20:16:37.20664 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.170, 8.4, 0.121, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 723 observations" / source= '0930-338', 'J0932-3405' RA= 09:32:36.495033 DEC= -34:05:58.49866 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.044, 8.4, 0.231, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '0928+633', 'J0932+6307' RA= 09:32:37.120524 DEC= +63:07:31.15962 RAER= 2.19 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0929+109', 'J0932+1042' RA= 09:32:39.363025 DEC= +10:42:35.17879 RAER= 0.67 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '0926+793', 'J0932+7906' RA= 09:32:39.991067 DEC= +79:06:29.93151 RAER= 3.77 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0929+533', 'J0932+5306' RA= 09:32:41.150823 DEC= +53:06:33.80144 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.374, 0.282, 5.0, 0.314, 0.146, 8.4, 0.231, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '0928+678', 'J0932+6737' RA= 09:32:52.931408 DEC= +67:37:02.63212 RAER= 0.94 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0928+653', 'J0932+6507' RA= 09:32:54.577619 DEC= +65:07:41.29629 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.150, 8.4, 0.215, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 886 observations" / source= '0929+338', 'J0932+3339' RA= 09:32:55.059724 DEC= +33:39:29.62989 RAER= 0.21 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '0930-196', 'J0933-1949' RA= 09:33:04.431130 DEC= -19:49:36.49856 RAER= 4.72 DECER= 8.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0929+613', 'J0933+6106' RA= 09:33:10.431749 DEC= +61:06:45.46542 RAER= 0.90 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '0930+149', 'J0933+1445' RA= 09:33:16.490041 DEC= +14:45:22.72082 RAER= 1.49 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0930-080', 'J0933-0819' RA= 09:33:17.095397 DEC= -08:19:10.85094 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.306, 0.258, 8.4, 0.282, 0.249 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2488 observations" / source= '0931-446', 'J0933-4454' RA= 09:33:19.497759 DEC= -44:54:22.84578 RAER= 1.44 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0930+478', 'J0933+4739' RA= 09:33:21.116853 DEC= +47:39:15.82482 RAER= 1.63 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.018, 8.4, 0.043, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0930+000', 'J0933-0010' RA= 09:33:23.031376 DEC= -00:10:51.57798 RAER= 0.43 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.035, 8.4, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0931-524', 'J0933-5240' RA= 09:33:33.169866 DEC= -52:40:19.21967 RAER= 0.24 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.288, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '0931-114', 'J0933-1139' RA= 09:33:34.453549 DEC= -11:39:25.47771 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.457, 0.285, 8.4, 0.350, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '0930+289', 'J0933+2845' RA= 09:33:37.281914 DEC= +28:45:32.31430 RAER= 0.30 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.070, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 816 observations" / source= '0930+490', 'J0933+4850' RA= 09:33:38.256688 DEC= +48:50:06.20884 RAER= 5.28 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0931-321', 'J0933-3219' RA= 09:33:40.268792 DEC= -32:19:35.97617 RAER= 11.34 DECER= 46.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0931+103', 'J0933+1009' RA= 09:33:46.107405 DEC= +10:09:08.82160 RAER= 0.23 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.048, 5.0, 0.032, 0.014, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 704 observations" / source= '0931-175', 'J0933-1746' RA= 09:33:52.180203 DEC= -17:46:12.36389 RAER= 0.96 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.033, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0932-372', 'J0934-3728' RA= 09:34:06.515170 DEC= -37:28:08.83419 RAER= 1.02 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '0930+396', 'J0934+3926' RA= 09:34:06.670119 DEC= +39:26:32.13317 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.093, 5.0, 0.092, 0.032, 8.4, 0.127, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1485 observations" / source= '0931-073', 'J0934-0736' RA= 09:34:12.156683 DEC= -07:36:42.93163 RAER= 0.77 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.057, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0930+493', 'J0934+4908' RA= 09:34:15.762180 DEC= +49:08:21.72985 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.613, 0.367, 5.0, 0.405, 0.121, 8.4, 0.269, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '0931+132', 'J0934+1258' RA= 09:34:22.279336 DEC= +12:58:43.82043 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '0932-171', 'J0934-1721' RA= 09:34:30.162057 DEC= -17:21:21.47570 RAER= 2.07 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0932-234', 'J0934-2341' RA= 09:34:46.700947 DEC= -23:41:10.31713 RAER= 0.57 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.038, 8.4, 0.057, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0931+310', 'J0934+3050' RA= 09:34:47.235703 DEC= +30:50:55.71705 RAER= 0.48 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0933-491', 'J0934-4922' RA= 09:34:47.974293 DEC= -49:22:51.89836 RAER= 3.46 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0932+139', 'J0934+1340' RA= 09:34:49.719615 DEC= +13:40:37.34781 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.073, 8.4, 0.080, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2375 observations" / source= '0932+075', 'J0935+0719' RA= 09:35:01.076007 DEC= +07:19:18.61052 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.167, 8.4, 0.169, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '0932-198', 'J0935-2005' RA= 09:35:03.349651 DEC= -20:05:53.67494 RAER= 0.61 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.070, 8.4, 0.055, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0932+13A', 'J0935+1343' RA= 09:35:05.617393 DEC= +13:43:58.04413 RAER= 0.43 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations. No flux information" / source= '0931+399', 'J0935+3942' RA= 09:35:06.639451 DEC= +39:42:06.70561 RAER= 0.67 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.079, 8.4, 0.107, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0933-333', 'J0935-3332' RA= 09:35:09.229809 DEC= -33:32:37.70797 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.040, 8.4, 0.208, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '0932-281', 'J0935-2820' RA= 09:35:11.502230 DEC= -28:20:31.53561 RAER= 1.02 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.475, 0.135, 5.0, 0.358, n/a, 8.4, 0.072, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 178 observations" / source= '0932+094', 'J0935+0915' RA= 09:35:13.641402 DEC= +09:15:07.83387 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.132, 8.4, 0.172, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1095 observations" / source= '0932-173', 'J0935-1736' RA= 09:35:14.783210 DEC= -17:36:58.64841 RAER= 1.24 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0932-194', 'J0935-1939' RA= 09:35:15.615302 DEC= -19:39:08.76189 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.047, 5.0, 0.061, 0.036, 8.4, 0.058, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 519 observations" / source= '0932+175', 'J0935+1719' RA= 09:35:16.291571 DEC= +17:19:53.10506 RAER= 0.89 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.026, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0932-024', 'J0935-0241' RA= 09:35:17.867028 DEC= -02:41:04.83059 RAER= 0.52 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.050, 8.4, 0.065, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0932+022', 'J0935+0204' RA= 09:35:18.194410 DEC= +02:04:15.56472 RAER= 0.57 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.024, 8.4, 0.054, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0932+243', 'J0935+2405' RA= 09:35:23.273491 DEC= +24:05:12.32197 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.054, 5.0, 0.129, 0.066, 8.4, 0.083, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '0933-149', 'J0935-1511' RA= 09:35:23.329927 DEC= -15:11:07.98408 RAER= 0.87 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.037, 8.4, 0.058, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0931+568', 'J0935+5639' RA= 09:35:26.196434 DEC= +56:39:39.66424 RAER= 1.06 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.046, 8.4, 0.054, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0932+109', 'J0935+1046' RA= 09:35:27.170794 DEC= +10:46:24.04543 RAER= 0.72 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.053, 8.4, 0.068, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0931+586', 'J0935+5826' RA= 09:35:28.986303 DEC= +58:26:33.01915 RAER= 4.38 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.151, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0932+197', 'J0935+1929' RA= 09:35:29.219360 DEC= +19:29:35.06946 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.142, 5.0, 0.175, 0.136, 8.4, 0.096, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1016 observations" / source= '0931+587', 'J0935+5830' RA= 09:35:29.347492 DEC= +58:30:23.80221 RAER= 1.99 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0932+367', 'J0935+3633' RA= 09:35:31.839960 DEC= +36:33:17.56597 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.301, 0.214, 5.0, 0.247, 0.062, 8.4, 0.180, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 876 observations" / source= '0932+295', 'J0935+2917' RA= 09:35:36.181827 DEC= +29:17:10.91117 RAER= 0.45 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0933-131', 'J0935-1321' RA= 09:35:39.948233 DEC= -13:21:51.12848 RAER= 0.80 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.047, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0932+615', 'J0935+6121' RA= 09:35:51.598608 DEC= +61:21:11.72558 RAER= 5.41 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0933-386', 'J0935-3849' RA= 09:35:52.138977 DEC= -38:49:49.20986 RAER= 1.97 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0933-359', 'J0935-3608' RA= 09:35:57.794023 DEC= -36:08:15.87970 RAER= 1.82 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.035, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0932+388', 'J0935+3835' RA= 09:35:59.479858 DEC= +38:35:57.49745 RAER= 1.04 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.066, 8.4, 0.052, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0933-125', 'J0936-1244' RA= 09:36:08.370158 DEC= -12:44:27.51916 RAER= 2.42 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0933+334', 'J0936+3313' RA= 09:36:09.374699 DEC= +33:13:08.47866 RAER= 0.48 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '0933+266', 'J0936+2624' RA= 09:36:14.243316 DEC= +26:24:08.10834 RAER= 0.59 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0934-352', 'J0936-3526' RA= 09:36:22.586303 DEC= -35:26:03.70943 RAER= 1.46 DECER= 5.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.026, 8.4, 0.058, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0934-123', 'J0936-1236' RA= 09:36:26.530373 DEC= -12:36:47.51300 RAER= 1.78 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0933+190', 'J0936+1850' RA= 09:36:27.663001 DEC= +18:50:03.32349 RAER= 0.82 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0934-111', 'J0936-1119' RA= 09:36:28.055063 DEC= -11:19:50.11671 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '0932+548', 'J0936+5440' RA= 09:36:29.307983 DEC= +54:40:24.76141 RAER= 1.25 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.027, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0934-053', 'J0936-0535' RA= 09:36:36.672584 DEC= -05:35:52.48225 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.123, 5.0, 0.144, 0.093, 8.4, 0.171, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '0934+053', 'J0936+0509' RA= 09:36:45.112731 DEC= +05:09:26.97746 RAER= 1.16 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0934-204', 'J0937-2040' RA= 09:37:02.467256 DEC= -20:40:50.61429 RAER= 0.62 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.023, 8.4, 0.043, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0933+503', 'J0937+5008' RA= 09:37:12.327342 DEC= +50:08:52.09760 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.177, 5.0, 0.157, 0.138, 8.4, 0.364, 0.264, 15.2, 0.342, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4808 observations" / source= '0934-007', 'J0937-0100' RA= 09:37:13.550194 DEC= -01:00:24.60855 RAER= 0.34 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.063, 8.4, 0.073, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0934+465', 'J0937+4617' RA= 09:37:15.355245 DEC= +46:17:00.98938 RAER= 1.91 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.046, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0934+463', 'J0937+4609' RA= 09:37:20.609932 DEC= +46:09:07.51684 RAER= 1.14 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.047, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0932+727', 'J0937+7230' RA= 09:37:32.079784 DEC= +72:30:56.14763 RAER= 1.45 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0933+624', 'J0937+6215' RA= 09:37:42.876980 DEC= +62:15:43.60362 RAER= 0.92 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 328 observations" / source= '0935-453', 'J0937-4537' RA= 09:37:48.008430 DEC= -45:37:22.25628 RAER= 8.75 DECER= 7.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.016, n/a, 8.4, 0.010, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0935-277', 'J0937-2758' RA= 09:37:52.604823 DEC= -27:58:48.45057 RAER= 10.34 DECER= 13.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0935-143', 'J0937-1433' RA= 09:37:54.725213 DEC= -14:33:50.26834 RAER= 0.56 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0935+026', 'J0937+0222' RA= 09:37:58.066996 DEC= +02:22:34.97053 RAER= 0.69 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.063, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0935-289', 'J0938-2912' RA= 09:38:01.422990 DEC= -29:12:36.33706 RAER= 2.22 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '0935+181', 'J0938+1755' RA= 09:38:05.713573 DEC= +17:55:50.39955 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.052, 8.4, 0.073, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '0935+375', 'J0938+3717' RA= 09:38:07.868884 DEC= +37:17:51.36995 RAER= 1.64 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.018, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0935-142', 'J0938-1430' RA= 09:38:15.693871 DEC= -14:30:47.77318 RAER= 0.46 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '0933+711', 'J0938+7052' RA= 09:38:18.737926 DEC= +70:52:44.31059 RAER= 1.96 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0935+495', 'J0938+4916' RA= 09:38:19.872843 DEC= +49:16:33.81288 RAER= 1.51 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.035, 8.4, 0.025, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0935+264', 'J0938+2611' RA= 09:38:20.710363 DEC= +26:11:32.81784 RAER= 1.78 DECER= 5.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0935+072', 'J0938+0702' RA= 09:38:33.593014 DEC= +07:02:46.62013 RAER= 0.61 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.030, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0936-041', 'J0938-0420' RA= 09:38:36.008050 DEC= -04:20:06.54202 RAER= 2.01 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0935+397', 'J0938+3934' RA= 09:38:39.164917 DEC= +39:34:19.91571 RAER= 0.91 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.027, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0937-657', 'J0938-6556' RA= 09:38:41.846578 DEC= -65:56:13.31371 RAER= 1.04 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0934+677', 'J0938+6728' RA= 09:38:47.591418 DEC= +67:28:30.97059 RAER= 2.02 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.035, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0936+171', 'J0938+1654' RA= 09:38:50.587011 DEC= +16:54:31.02428 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.062, 8.4, 0.068, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 292 observations" / source= '0935+591', 'J0938+5857' RA= 09:38:50.858120 DEC= +58:57:06.04522 RAER= 1.05 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.027, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0937-638', 'J0938-6402' RA= 09:38:52.329857 DEC= -64:02:52.20951 RAER= 20.61 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0936-257', 'J0938-2558' RA= 09:38:53.719827 DEC= -25:58:28.06121 RAER= 5.56 DECER= 13.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0936-108', 'J0938-1103' RA= 09:38:54.414738 DEC= -11:03:12.50089 RAER= 3.47 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0936+034', 'J0938+0314' RA= 09:38:54.788999 DEC= +03:14:31.58989 RAER= 0.47 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.215, 0.077, 8.4, 0.128, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0936-069', 'J0938-0708' RA= 09:38:56.104265 DEC= -07:08:00.61847 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.193, 8.4, 0.342, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2294 observations" / source= '0936+293', 'J0939+2908' RA= 09:39:01.618450 DEC= +29:08:28.32466 RAER= 0.41 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.037, 8.4, 0.081, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0935+644', 'J0939+6415' RA= 09:39:11.782195 DEC= +64:15:05.91952 RAER= 1.09 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.046, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0936+17A', 'J0939+1656' RA= 09:39:13.696823 DEC= +16:56:26.20747 RAER= 0.72 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.022, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0936-172', 'J0939-1731' RA= 09:39:19.195090 DEC= -17:31:35.77758 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.072, 5.0, 0.089, 0.040, 8.4, 0.138, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '0937-187', 'J0939-1858' RA= 09:39:21.257722 DEC= -18:58:05.73899 RAER= 0.48 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.041, 8.4, 0.084, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0937+033', 'J0939+0304' RA= 09:39:45.142135 DEC= +03:04:26.49127 RAER= 0.94 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.209, n/a, 8.4, 0.128, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0937+061', 'J0939+0556' RA= 09:39:47.318379 DEC= +05:56:17.53177 RAER= 0.68 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.024, 8.4, 0.035, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0937-175', 'J0939-1745' RA= 09:39:48.461194 DEC= -17:45:57.12466 RAER= 0.85 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.055, 8.4, 0.026, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0936+419', 'J0939+4141' RA= 09:39:49.615812 DEC= +41:41:54.19123 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.177, 5.0, 0.196, 0.086, 8.4, 0.184, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '0937-240', 'J0939-2415' RA= 09:39:55.763735 DEC= -24:15:16.63951 RAER= 0.59 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0936+512', 'J0940+5104' RA= 09:40:03.769319 DEC= +51:04:21.80174 RAER= 1.86 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0936+584', 'J0940+5812' RA= 09:40:04.662048 DEC= +58:12:32.13646 RAER= 25.11 DECER= 14.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0937-282', 'J0940-2829' RA= 09:40:04.890207 DEC= -28:29:29.87420 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.048, 8.4, 0.135, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '0937-242', 'J0940-2427' RA= 09:40:10.447770 DEC= -24:27:21.14150 RAER= 3.44 DECER= 7.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0937-182', 'J0940-1829' RA= 09:40:10.541936 DEC= -18:29:31.91667 RAER= 2.14 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.039, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0937+266', 'J0940+2626' RA= 09:40:13.473448 DEC= +26:26:56.58365 RAER= 0.82 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.030, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0937+260', 'J0940+2547' RA= 09:40:14.501935 DEC= +25:47:13.63348 RAER= 0.68 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.019, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0937+262', 'J0940+2603' RA= 09:40:14.722785 DEC= +26:03:29.94583 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.289, 5.0, 0.420, 0.289, 8.4, 0.340, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 925 observations" / source= '0936+606', 'J0940+6024' RA= 09:40:18.404807 DEC= +60:24:03.23493 RAER= 487.00 DECER= 238.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0937+304', 'J0940+3015' RA= 09:40:18.846071 DEC= +30:15:09.93214 RAER= 0.28 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0936+620', 'J0940+6148' RA= 09:40:22.452610 DEC= +61:48:26.26156 RAER= 1.26 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0938-091', 'J0940-0923' RA= 09:40:37.758571 DEC= -09:23:31.71498 RAER= 0.46 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.072, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0938-002', 'J0940-0028' RA= 09:40:40.467544 DEC= -00:28:01.06844 RAER= 0.44 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.051, 8.4, 0.083, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0939-608', 'J0940-6107' RA= 09:40:47.359064 DEC= -61:07:28.38022 RAER= 0.42 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '0937+644', 'J0940+6413' RA= 09:40:57.103517 DEC= +64:13:26.51690 RAER= 1.46 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.017, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '0938-133', 'J0941-1335' RA= 09:41:02.549474 DEC= -13:35:50.98508 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.219, 8.4, 0.203, 0.126, 15.2, 0.273, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2505 observations" / source= '0936+680', 'J0941+6751' RA= 09:41:02.616371 DEC= +67:51:33.03205 RAER= 16.53 DECER= 11.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0938-118', 'J0941-1205' RA= 09:41:10.141587 DEC= -12:05:36.39197 RAER= 2.03 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0938+119', 'J0941+1145' RA= 09:41:13.558731 DEC= +11:45:32.33493 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.082, 8.4, 0.091, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '0938-142', 'J0941-1431' RA= 09:41:14.102618 DEC= -14:31:20.09929 RAER= 0.69 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0938+235', 'J0941+2320' RA= 09:41:15.894974 DEC= +23:20:15.20617 RAER= 0.99 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.028, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0938+438', 'J0941+4336' RA= 09:41:16.707979 DEC= +43:36:49.06119 RAER= 1.23 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0938-076', 'J0941-0754' RA= 09:41:20.512981 DEC= -07:54:03.41182 RAER= 0.14 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.217, 0.075, 8.4, 0.157, 0.046, 15.2, 0.133, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '0938+185', 'J0941+1821' RA= 09:41:23.193788 DEC= +18:21:06.27140 RAER= 7.89 DECER= 8.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0938+485', 'J0941+4820' RA= 09:41:27.874437 DEC= +48:20:39.48408 RAER= 1.29 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.005, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0938+262', 'J0941+2604' RA= 09:41:28.663690 DEC= +26:04:02.61460 RAER= 1.95 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0939-564', 'J0941-5641' RA= 09:41:34.965140 DEC= -56:41:20.98050 RAER= 0.43 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0938+090', 'J0941+0850' RA= 09:41:39.299042 DEC= +08:50:51.47919 RAER= 0.67 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0939-031', 'J0941-0321' RA= 09:41:45.999241 DEC= -03:21:21.80599 RAER= 3.84 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0938+277', 'J0941+2728' RA= 09:41:48.116011 DEC= +27:28:38.81578 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.106, 5.0, 0.144, 0.086, 8.4, 0.112, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1308 observations" / source= '0938+415', 'J0941+4121' RA= 09:41:49.653913 DEC= +41:21:04.55286 RAER= 0.46 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.053, 8.4, 0.061, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0938+275', 'J0941+2722' RA= 09:41:52.421514 DEC= +27:22:17.86787 RAER= 0.59 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.014, 8.4, 0.043, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0948-860', 'J0941-8615' RA= 09:41:55.616349 DEC= -86:15:01.81868 RAER= 17.30 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0938+642', 'J0942+6403' RA= 09:42:03.913055 DEC= +64:03:11.34312 RAER= 0.83 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0939-138', 'J0942-1407' RA= 09:42:06.245426 DEC= -14:07:16.23908 RAER= 0.47 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.093, 8.4, 0.125, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0938+659', 'J0942+6544' RA= 09:42:06.379755 DEC= +65:44:55.61145 RAER= 2.55 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0939-107', 'J0942-1100' RA= 09:42:12.510886 DEC= -11:00:01.22752 RAER= 1.02 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0939+333', 'J0942+3309' RA= 09:42:15.295407 DEC= +33:09:29.88504 RAER= 1.04 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.024, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0939+048', 'J0942+0436' RA= 09:42:15.517060 DEC= +04:36:23.12251 RAER= 0.32 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.056, 8.4, 0.105, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '0940-316', 'J0942-3151' RA= 09:42:18.731790 DEC= -31:51:44.48628 RAER= 7.45 DECER= 23.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0940-230', 'J0942-2317' RA= 09:42:19.995644 DEC= -23:17:01.79000 RAER= 0.45 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.068, 8.4, 0.080, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0939-077', 'J0942-0759' RA= 09:42:21.461395 DEC= -07:59:53.20419 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.181, 8.4, 0.289, 0.262, 15.2, 0.311, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '0939+289', 'J0942+2844' RA= 09:42:23.300955 DEC= +28:44:14.39729 RAER= 0.82 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0940-305', 'J0942-3044' RA= 09:42:24.068520 DEC= -30:44:10.09046 RAER= 0.90 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.032, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0940-150', 'J0942-1515' RA= 09:42:28.952182 DEC= -15:15:46.09338 RAER= 1.74 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0939+144', 'J0942+1414' RA= 09:42:30.474595 DEC= +14:14:08.71769 RAER= 0.25 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 230 observations" / source= '0939+238', 'J0942+2336' RA= 09:42:31.685083 DEC= +23:36:13.43230 RAER= 0.96 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0939+339', 'J0942+3344' RA= 09:42:36.082358 DEC= +33:44:36.15579 RAER= 0.36 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0940-202', 'J0942-2027' RA= 09:42:37.828105 DEC= -20:27:13.23800 RAER= 6.81 DECER= 10.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0942-772', 'J0942-7731' RA= 09:42:42.752003 DEC= -77:31:11.84529 RAER= 1.86 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '0940+044', 'J0942+0410' RA= 09:42:48.680119 DEC= +04:10:20.77450 RAER= 0.47 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0939+279', 'J0942+2740' RA= 09:42:50.579559 DEC= +27:40:24.43365 RAER= 0.54 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0939+278', 'J0942+2737' RA= 09:42:50.978552 DEC= +27:37:57.64550 RAER= 1.81 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0940-333', 'J0942-3335' RA= 09:42:53.762890 DEC= -33:35:56.51619 RAER= 25.54 DECER= 53.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0939+320', 'J0942+3150' RA= 09:42:54.221638 DEC= +31:50:50.32160 RAER= 0.60 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '0940+029', 'J0943+0243' RA= 09:43:12.737406 DEC= +02:43:24.43313 RAER= 10.06 DECER= 11.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0939+620', 'J0943+6150' RA= 09:43:14.502882 DEC= +61:50:33.35130 RAER= 0.30 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.066, 5.0, 0.072, 0.056, 8.4, 0.076, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1016 observations" / source= '0940+172', 'J0943+1702' RA= 09:43:17.223952 DEC= +17:02:18.96252 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.105, 5.0, 0.294, 0.169, 8.4, 0.263, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1159 observations" / source= '0940+364', 'J0943+3614' RA= 09:43:19.153469 DEC= +36:14:52.07208 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.179, 5.0, 0.210, 0.093, 8.4, 0.269, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1249 observations" / source= '0940+001', 'J0943-0004' RA= 09:43:19.245588 DEC= -00:04:25.03821 RAER= 2.23 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0940-118', 'J0943-1204' RA= 09:43:23.560446 DEC= -12:04:55.95572 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.093, 8.4, 0.048, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '0943-761', 'J0943-7620' RA= 09:43:24.029085 DEC= -76:20:10.36305 RAER= 7.26 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0941-080', 'J0943-0819' RA= 09:43:36.944378 DEC= -08:19:30.81870 RAER= 0.25 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.179, 0.136, 8.4, 0.155, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '0941+206', 'J0943+2028' RA= 09:43:48.098426 DEC= +20:28:09.96150 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.058, 5.0, 0.093, 0.082, 8.4, 0.057, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 746 observations" / source= '0941-122', 'J0943-1226' RA= 09:43:49.594911 DEC= -12:26:24.64538 RAER= 0.72 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0940+514', 'J0943+5113' RA= 09:43:51.816901 DEC= +51:13:22.53609 RAER= 0.73 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.097, 8.4, 0.074, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0941+254', 'J0944+2515' RA= 09:44:01.417589 DEC= +25:15:22.47101 RAER= 0.56 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.124, 8.4, 0.122, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0941-200', 'J0944-2016' RA= 09:44:04.326123 DEC= -20:16:51.71122 RAER= 0.59 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.016, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '0941+150', 'J0944+1451' RA= 09:44:06.056507 DEC= +14:51:39.88124 RAER= 0.95 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.032, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0941-016', 'J0944-0151' RA= 09:44:09.911020 DEC= -01:51:15.53039 RAER= 2.02 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0942-286', 'J0944-2850' RA= 09:44:13.344591 DEC= -28:50:54.90418 RAER= 31.97 DECER= 29.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0941+100', 'J0944+0946' RA= 09:44:16.517669 DEC= +09:46:16.96395 RAER= 5.12 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0940+503', 'J0944+5007' RA= 09:44:18.233224 DEC= +50:07:37.19599 RAER= 1.00 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.031, 8.4, 0.051, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0941+340', 'J0944+3347' RA= 09:44:20.210123 DEC= +33:47:57.32355 RAER= 0.94 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0940+618', 'J0944+6135' RA= 09:44:20.441651 DEC= +61:35:50.19378 RAER= 0.32 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.064, 5.0, 0.110, 0.080, 8.4, 0.118, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 320 observations" / source= '0942-237', 'J0944-2359' RA= 09:44:36.285809 DEC= -23:59:24.45632 RAER= 0.66 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.016, 8.4, 0.023, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '0941+468', 'J0944+4638' RA= 09:44:37.439586 DEC= +46:38:49.13715 RAER= 0.63 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '0941+083', 'J0944+0808' RA= 09:44:38.508814 DEC= +08:08:34.61578 RAER= 0.84 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.036, 8.4, 0.026, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0936+831', 'J0944+8254' RA= 09:44:40.376695 DEC= +82:54:09.38673 RAER= 205.65 DECER= 15.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0941+261', 'J0944+2554' RA= 09:44:42.317334 DEC= +25:54:43.27705 RAER= 0.30 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.025, 8.4, 0.089, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '0941+522', 'J0944+5202' RA= 09:44:52.155265 DEC= +52:02:34.21696 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.516, 0.172, 5.0, 0.379, 0.168, 8.4, 0.367, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2433 observations" / source= '0942-101', 'J0944-1020' RA= 09:44:55.907363 DEC= -10:20:59.69652 RAER= 0.45 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042, 8.4, 0.044, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0942+277', 'J0945+2729' RA= 09:45:15.626651 DEC= +27:29:11.34053 RAER= 0.62 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '0941+585', 'J0945+5821' RA= 09:45:22.209279 DEC= +58:21:32.15108 RAER= 0.63 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.038, 8.4, 0.090, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '0943-459', 'J0945-4609' RA= 09:45:28.377414 DEC= -46:09:50.45014 RAER= 5.94 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0942+269', 'J0945+2640' RA= 09:45:30.955317 DEC= +26:40:54.06281 RAER= 5.21 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0943-264', 'J0945-2640' RA= 09:45:31.845642 DEC= -26:40:21.33482 RAER= 0.60 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.064, 8.4, 0.060, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0943-307', 'J0945-3057' RA= 09:45:32.322582 DEC= -30:57:57.03344 RAER= 29.11 DECER= 38.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0942+358', 'J0945+3534' RA= 09:45:38.120708 DEC= +35:34:55.08894 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.219, 5.0, 0.194, 0.041, 8.4, 0.158, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '0942+468', 'J0945+4636' RA= 09:45:42.092678 DEC= +46:36:50.59674 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.398, 0.259, 5.0, 0.320, 0.112, 8.4, 0.228, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '0942+581', 'J0945+5757' RA= 09:45:42.235843 DEC= +57:57:47.69538 RAER= 0.28 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.034, 8.4, 0.037, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1181 observations" / source= '0943-210', 'J0945-2115' RA= 09:45:42.610482 DEC= -21:15:44.32263 RAER= 3.37 DECER= 5.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0943-016', 'J0945-0153' RA= 09:45:44.037321 DEC= -01:53:03.95572 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.205, 8.4, 0.274, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '0943+048', 'J0945+0435' RA= 09:45:45.931150 DEC= +04:35:26.15188 RAER= 0.81 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.028, 8.4, 0.046, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0943+123', 'J0945+1205' RA= 09:45:49.901739 DEC= +12:05:31.81224 RAER= 0.52 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.096, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '0942+604', 'J0945+6012' RA= 09:45:56.051530 DEC= +60:12:32.90444 RAER= 0.95 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.024, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0943+281', 'J0945+2755' RA= 09:45:56.636454 DEC= +27:55:55.08108 RAER= 2.29 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0942+465', 'J0945+4619' RA= 09:45:57.183494 DEC= +46:19:19.64140 RAER= 1.04 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.063, 8.4, 0.054, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0942+478', 'J0946+4735' RA= 09:46:04.475870 DEC= +47:35:10.18403 RAER= 1.40 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0943+333', 'J0946+3309' RA= 09:46:11.004838 DEC= +33:09:05.83088 RAER= 1.15 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0944-351', 'J0946-3520' RA= 09:46:11.841990 DEC= -35:20:36.66132 RAER= 46.16 DECER= 54.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0942+505', 'J0946+5020' RA= 09:46:16.045026 DEC= +50:20:09.34910 RAER= 0.24 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.049, 5.0, 0.096, 0.092, 8.4, 0.045, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 921 observations" / source= '0944-366', 'J0946-3654' RA= 09:46:18.503215 DEC= -36:54:39.25023 RAER= 27.43 DECER= 41.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0943+013', 'J0946+0104' RA= 09:46:20.216958 DEC= +01:04:52.09061 RAER= 0.66 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0944-274', 'J0946-2742' RA= 09:46:21.991506 DEC= -27:42:46.85632 RAER= 0.55 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.031, 8.4, 0.057, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '0944-422', 'J0946-4226' RA= 09:46:22.201361 DEC= -42:26:00.68709 RAER= 1.24 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0943+01A', 'J0946+0105' RA= 09:46:24.461290 DEC= +01:05:59.92545 RAER= 0.30 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '0944-277', 'J0946-2757' RA= 09:46:26.070133 DEC= -27:57:03.92634 RAER= 4.73 DECER= 13.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '0944-186', 'J0946-1852' RA= 09:46:31.873238 DEC= -18:52:59.05903 RAER= 0.61 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.024, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0944-232', 'J0946-2326' RA= 09:46:34.607249 DEC= -23:26:03.16984 RAER= 0.70 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0943+105', 'J0946+1017' RA= 09:46:35.069960 DEC= +10:17:06.13440 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.174, 8.4, 0.224, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6577 observations" / source= '0944+045', 'J0946+0419' RA= 09:46:42.377866 DEC= +04:19:00.20756 RAER= 4.18 DECER= 8.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0944-014', 'J0946-0140' RA= 09:46:45.740199 DEC= -01:40:49.50979 RAER= 0.56 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.028, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0943+435', 'J0946+4317' RA= 09:46:48.560188 DEC= +43:17:52.20455 RAER= 1.94 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0944-201', 'J0946-2020' RA= 09:46:50.211458 DEC= -20:20:44.45264 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.051, 8.4, 0.101, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '0944-469', 'J0946-4707' RA= 09:46:51.336040 DEC= -47:07:59.23485 RAER= 0.31 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.361, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '0944-283', 'J0947-2836' RA= 09:47:00.733233 DEC= -28:36:27.69178 RAER= 2.07 DECER= 4.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.033, 8.4, 0.057, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0943+593', 'J0947+5907' RA= 09:47:04.864920 DEC= +59:07:41.47542 RAER= 0.27 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.147, 5.0, 0.208, n/a, 8.4, 0.162, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '0944-254', 'J0947-2541' RA= 09:47:09.524688 DEC= -25:41:00.02967 RAER= 0.48 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '0944+587', 'J0947+5830' RA= 09:47:35.086893 DEC= +58:30:46.35959 RAER= 1.54 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0944+224', 'J0947+2215' RA= 09:47:38.583302 DEC= +22:15:33.35587 RAER= 0.62 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.055, 8.4, 0.077, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0943+639', 'J0947+6343' RA= 09:47:40.538748 DEC= +63:43:00.30515 RAER= 45.34 DECER= 22.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0945+076', 'J0947+0725' RA= 09:47:45.143393 DEC= +07:25:20.59700 RAER= 0.63 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.011, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0945+114', 'J0947+1113' RA= 09:47:45.857984 DEC= +11:13:54.00479 RAER= 0.68 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.169, 0.056, 8.4, 0.087, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0945-370', 'J0947-3715' RA= 09:47:50.938033 DEC= -37:15:26.99652 RAER= 8.58 DECER= 38.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0948-772', 'J0947-7731' RA= 09:47:51.474075 DEC= -77:31:35.21784 RAER= 1.96 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.160, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '0946-344', 'J0948-3440' RA= 09:48:08.540890 DEC= -34:40:10.59011 RAER= 0.91 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.055, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0945-321', 'J0948-3223' RA= 09:48:09.512451 DEC= -32:23:47.43987 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.358, 0.057, 8.4, 0.193, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '0945-287', 'J0948-2901' RA= 09:48:11.543390 DEC= -29:01:44.14719 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.044, 8.4, 0.079, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '0946-396', 'J0948-3952' RA= 09:48:12.318213 DEC= -39:52:51.94176 RAER= 1.38 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.050, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0946-266', 'J0948-2650' RA= 09:48:17.059872 DEC= -26:50:40.79007 RAER= 0.79 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.028, 8.4, 0.055, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '0945+508', 'J0948+5034' RA= 09:48:19.857764 DEC= +50:34:23.65372 RAER= 7.96 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0944+690', 'J0948+6848' RA= 09:48:22.459664 DEC= +68:48:35.23310 RAER= 2.52 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.050, 8.4, 0.039, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0944+645', 'J0948+6416' RA= 09:48:24.252489 DEC= +64:16:49.55900 RAER= 3.48 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.022, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '0946-290', 'J0948-2916' RA= 09:48:30.663015 DEC= -29:16:45.48244 RAER= 1.42 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.032, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0945+558', 'J0948+5535' RA= 09:48:32.014542 DEC= +55:35:35.25046 RAER= 2.52 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0945+222', 'J0948+2200' RA= 09:48:36.890832 DEC= +22:00:53.13601 RAER= 0.65 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.021, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0946-053', 'J0948-0534' RA= 09:48:38.583083 DEC= -05:34:55.52400 RAER= 1.13 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.007, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0945+346', 'J0948+3423' RA= 09:48:38.633297 DEC= +34:23:17.67577 RAER= 3.12 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '0946-355', 'J0948-3544' RA= 09:48:41.592962 DEC= -35:44:29.11471 RAER= 1.25 DECER= 4.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0945+163', 'J0948+1608' RA= 09:48:42.849590 DEC= +16:08:53.29163 RAER= 0.26 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.027, 8.4, 0.038, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '0946-034', 'J0948-0338' RA= 09:48:44.059705 DEC= -03:38:25.35195 RAER= 0.34 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.055, 8.4, 0.060, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0946+091', 'J0948+0855' RA= 09:48:53.604695 DEC= +08:55:14.43608 RAER= 2.31 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0945+408', 'J0948+4039' RA= 09:48:55.338148 DEC= +40:39:44.58695 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.968, 1.077, 5.0, 1.797, 1.184, 8.4, 1.417, 0.484, 15.2, 0.945, 0.327 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5704 observations" / source= '0946+006', 'J0948+0022' RA= 09:48:57.320068 DEC= +00:22:25.55948 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.158, 8.4, 0.288, 0.261, 15.2, 0.386, 0.381 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 930 observations" / source= '0946-096', 'J0949-0955' RA= 09:49:01.729808 DEC= -09:55:34.39017 RAER= 0.72 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.038, 5.0, 0.022, 0.010, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '0946-197', 'J0949-1957' RA= 09:49:05.836327 DEC= -19:57:11.34692 RAER= 0.59 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.026, 8.4, 0.050, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0945+664', 'J0949+6614' RA= 09:49:12.160346 DEC= +66:14:59.56322 RAER= 9.15 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0945+608', 'J0949+6039' RA= 09:49:20.226893 DEC= +60:39:22.90282 RAER= 0.56 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.097, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0947-138', 'J0949-1406' RA= 09:49:32.360077 DEC= -14:06:47.39608 RAER= 0.50 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.029, 8.4, 0.046, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '0947-217', 'J0949-2156' RA= 09:49:35.421860 DEC= -21:56:23.55663 RAER= 0.93 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.032, 8.4, 0.050, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0946+181', 'J0949+1752' RA= 09:49:39.762665 DEC= +17:52:49.40940 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.133, 5.0, 0.152, 0.135, 8.4, 0.153, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1352 observations" / source= '0946+585', 'J0949+5819' RA= 09:49:39.816676 DEC= +58:19:12.93841 RAER= 1.11 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '0947+051', 'J0949+0454' RA= 09:49:41.828803 DEC= +04:54:45.46478 RAER= 0.80 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.016, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0947-006', 'J0949-0050' RA= 09:49:42.778709 DEC= -00:50:24.28678 RAER= 0.26 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 187 observations" / source= '0945+734', 'J0949+7314' RA= 09:49:45.942422 DEC= +73:14:23.08503 RAER= 18.74 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0946+295', 'J0949+2920' RA= 09:49:48.148735 DEC= +29:20:52.95040 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '0947+156', 'J0949+1522' RA= 09:49:48.423758 DEC= +15:22:08.01140 RAER= 1.16 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0947+075', 'J0949+0719' RA= 09:49:53.449640 DEC= +07:19:00.55616 RAER= 0.71 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '0947-249', 'J0949-2511' RA= 09:49:58.052445 DEC= -25:11:01.52791 RAER= 0.46 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.024, 8.4, 0.038, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '0947-108', 'J0949-1106' RA= 09:49:59.026390 DEC= -11:06:58.92750 RAER= 4.71 DECER= 11.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0947+183', 'J0950+1804' RA= 09:50:00.303056 DEC= +18:04:18.73353 RAER= 0.36 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.019, 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 294 observations" / source= '0947-382', 'J0950-3830' RA= 09:50:01.119237 DEC= -38:30:34.62073 RAER= 1.83 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.183, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0947+064', 'J0950+0615' RA= 09:50:03.467487 DEC= +06:15:03.81620 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.075, 8.4, 0.093, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '0947-159', 'J0950-1612' RA= 09:50:06.291131 DEC= -16:12:39.70836 RAER= 0.72 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.036, 8.4, 0.034, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0947+248', 'J0950+2434' RA= 09:50:10.516723 DEC= +24:34:00.60310 RAER= 0.54 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.005, 8.4, 0.058, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '0947+145', 'J0950+1420' RA= 09:50:10.792061 DEC= +14:20:00.61370 RAER= 0.65 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '0947+461', 'J0950+4553' RA= 09:50:11.817107 DEC= +45:53:20.05106 RAER= 0.72 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '0947+424', 'J0950+4215' RA= 09:50:26.515302 DEC= +42:15:15.75451 RAER= 0.71 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.019, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0948-208', 'J0950-2102' RA= 09:50:31.369779 DEC= -21:02:44.88004 RAER= 10.98 DECER= 9.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0948-285', 'J0950-2844' RA= 09:50:33.304415 DEC= -28:44:52.72634 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.049, 8.4, 0.058, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0947+279', 'J0950+2743' RA= 09:50:33.624360 DEC= +27:43:29.94805 RAER= 0.54 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.032, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0948+139', 'J0950+1343' RA= 09:50:43.550109 DEC= +13:43:46.68574 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.074, 8.4, 0.063, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0948+100', 'J0950+0946' RA= 09:50:46.049835 DEC= +09:46:06.09735 RAER= 27.10 DECER= 6.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '0948-277', 'J0950-2800' RA= 09:50:48.948841 DEC= -28:00:41.45304 RAER= 6.08 DECER= 13.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0947+532', 'J0950+5301' RA= 09:50:49.553473 DEC= +53:01:11.81443 RAER= 15.96 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0949-466', 'J0950-4650' RA= 09:50:55.776108 DEC= -46:50:12.13933 RAER= 5.04 DECER= 18.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0947+382', 'J0950+3757' RA= 09:50:58.726921 DEC= +37:57:58.37792 RAER= 0.99 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.007, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '0948+053', 'J0951+0506' RA= 09:51:02.079824 DEC= +05:06:44.21366 RAER= 0.71 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '0948+350', 'J0951+3451' RA= 09:51:11.520055 DEC= +34:51:31.91427 RAER= 0.84 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.043, 8.4, 0.045, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0949-302', 'J0951-3031' RA= 09:51:15.145479 DEC= -30:31:54.51927 RAER= 10.72 DECER= 30.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '0948-027', 'J0951-0301' RA= 09:51:15.158110 DEC= -03:01:56.21859 RAER= 0.72 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.032, 8.4, 0.048, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0947+641', 'J0951+6356' RA= 09:51:21.610215 DEC= +63:56:26.29644 RAER= 4.90 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0949-490', 'J0951-4915' RA= 09:51:40.449456 DEC= -49:15:36.98988 RAER= 3.72 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0949-211', 'J0951-2123' RA= 09:51:43.601725 DEC= -21:23:58.62718 RAER= 0.59 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0949+178', 'J0951+1736' RA= 09:51:45.693710 DEC= +17:36:22.77140 RAER= 0.88 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0949-183', 'J0951-1837' RA= 09:51:59.572928 DEC= -18:37:03.60779 RAER= 0.43 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.037, 8.4, 0.061, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0949+246', 'J0952+2422' RA= 09:52:00.134547 DEC= +24:22:29.08524 RAER= 0.45 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0948+499', 'J0952+4941' RA= 09:52:00.665601 DEC= +49:41:25.95673 RAER= 0.53 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '0949+287', 'J0952+2828' RA= 09:52:06.078532 DEC= +28:28:32.41885 RAER= 0.32 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.013, 8.4, 0.042, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '0949+28A', 'J0952+282A' RA= 09:52:06.102449 DEC= +28:28:32.39528 RAER= 0.45 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.007, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '0949+241', 'J0952+2352' RA= 09:52:06.390187 DEC= +23:52:45.24835 RAER= 0.78 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.016, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '0950-271', 'J0952-2720' RA= 09:52:16.293691 DEC= -27:20:51.44135 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.356, 0.284, 5.0, 0.312, 0.152, 8.4, 0.233, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 623 observations" / source= '0949-143', 'J0952-1433' RA= 09:52:21.656883 DEC= -14:33:37.44736 RAER= 4.01 DECER= 8.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0950-434', 'J0952-4342' RA= 09:52:26.105048 DEC= -43:42:56.33582 RAER= 0.90 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.041, 8.4, 0.043, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0949+363', 'J0952+3606' RA= 09:52:26.583832 DEC= +36:06:05.76300 RAER= 1.04 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0949+229', 'J0952+2240' RA= 09:52:27.185763 DEC= +22:40:06.11443 RAER= 0.57 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0949+510', 'J0952+5048' RA= 09:52:27.308276 DEC= +50:48:50.65028 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.058, 5.0, 0.073, 0.027, 8.4, 0.085, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 936 observations" / source= '0950-505', 'J0952-5049' RA= 09:52:30.978491 DEC= -50:49:24.21221 RAER= 7.34 DECER= 5.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0950-246', 'J0952-2453' RA= 09:52:31.654452 DEC= -24:53:50.88693 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.105, 5.0, 0.173, 0.128, 8.4, 0.143, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '0949+354', 'J0952+3512' RA= 09:52:32.026178 DEC= +35:12:52.40292 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.183, 5.0, 0.439, 0.351, 8.4, 0.463, 0.355, 22.2, 0.178, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4992 observations" / source= '0948+658', 'J0952+6538' RA= 09:52:32.192247 DEC= +65:38:01.21714 RAER= 1.46 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.038, 8.4, 0.038, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '0949+120', 'J0952+1146' RA= 09:52:33.255311 DEC= +11:46:20.53315 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '0948+636', 'J0952+6322' RA= 09:52:34.282775 DEC= +63:22:26.57167 RAER= 0.83 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '0950-530', 'J0952-5315' RA= 09:52:38.529063 DEC= -53:15:07.74258 RAER= 14.12 DECER= 8.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0950+074', 'J0952+0713' RA= 09:52:49.576573 DEC= +07:13:30.04027 RAER= 0.79 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '0950+063', 'J0952+0603' RA= 09:52:51.649495 DEC= +06:03:58.06069 RAER= 16.80 DECER= 18.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '0950-298', 'J0952-3006' RA= 09:52:52.416660 DEC= -30:06:49.51047 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.043, 8.4, 0.156, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '0950-111', 'J0952-1121' RA= 09:52:56.497823 DEC= -11:21:54.00174 RAER= 0.88 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0950-135', 'J0952-1349' RA= 09:52:56.752866 DEC= -13:49:35.23759 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.029, 8.4, 0.046, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0950-397', 'J0952-3959' RA= 09:52:57.033198 DEC= -39:59:11.78940 RAER= 13.93 DECER= 33.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0950-092', 'J0953-0929' RA= 09:53:00.057484 DEC= -09:29:55.30702 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '0950+174', 'J0953+1713' RA= 09:53:00.774306 DEC= +17:13:13.03453 RAER= 5.54 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0950-084', 'J0953-0840' RA= 09:53:02.709503 DEC= -08:40:18.35777 RAER= 0.18 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.049, 8.4, 0.044, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '0950+288', 'J0953+2836' RA= 09:53:17.101642 DEC= +28:36:01.57102 RAER= 1.44 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '0952-691', 'J0953-6924' RA= 09:53:20.501538 DEC= -69:24:24.62700 RAER= 0.69 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '0950+326', 'J0953+3225' RA= 09:53:27.956588 DEC= +32:25:51.52061 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.126, 5.0, 0.154, 0.095, 8.4, 0.229, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2618 observations" / source= '0951-198', 'J0953-2002' RA= 09:53:29.516933 DEC= -20:02:12.52004 RAER= 0.39 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.074, 8.4, 0.133, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0951-270', 'J0953-2717' RA= 09:53:58.625314 DEC= -27:17:11.02008 RAER= 1.59 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0951+175', 'J0953+1720' RA= 09:53:59.231353 DEC= +17:20:56.65482 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.061, 5.0, 0.095, 0.091, 8.4, 0.109, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 898 observations" / source= '0951+351', 'J0954+3456' RA= 09:54:06.950852 DEC= +34:56:55.62075 RAER= 1.41 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '0951+216', 'J0954+2122' RA= 09:54:07.025808 DEC= +21:22:35.95136 RAER= 0.86 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.037, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0951+422', 'J0954+4201' RA= 09:54:12.574076 DEC= +42:01:09.18602 RAER= 2.25 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '0952-408', 'J0954-4108' RA= 09:54:19.060569 DEC= -41:08:12.83972 RAER= 0.60 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.196, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '0952-250', 'J0954-2519' RA= 09:54:19.644556 DEC= -25:19:58.41759 RAER= 1.72 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.014, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0952-509', 'J0954-5113' RA= 09:54:21.223341 DEC= -51:13:33.35611 RAER= 3.39 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0951+338', 'J0954+3335' RA= 09:54:27.068802 DEC= +33:35:24.25885 RAER= 0.79 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0951+305', 'J0954+3019' RA= 09:54:27.823048 DEC= +30:19:12.97540 RAER= 0.63 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0951+377', 'J0954+3733' RA= 09:54:33.939689 DEC= +37:33:36.30918 RAER= 17.35 DECER= 18.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0952-005', 'J0954-0047' RA= 09:54:34.599312 DEC= -00:47:27.49396 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0951+460', 'J0954+4546' RA= 09:54:39.518565 DEC= +45:46:01.24312 RAER= 1.29 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.060, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0951+268', 'J0954+2639' RA= 09:54:39.796531 DEC= +26:39:24.54324 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.137, 5.0, 0.189, 0.147, 8.4, 0.204, 0.157, 15.2, 0.170, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6694 observations" / source= '0952-473', 'J0954-4736' RA= 09:54:43.760106 DEC= -47:36:29.06799 RAER= 5.12 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0950+748', 'J0954+7435' RA= 09:54:47.443070 DEC= +74:35:57.14494 RAER= 0.53 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.006, 0.291, 8.4, 0.321, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '0951+575', 'J0954+5719' RA= 09:54:55.550535 DEC= +57:19:52.80637 RAER= 1.92 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0952+179', 'J0954+1743' RA= 09:54:56.823619 DEC= +17:43:31.22210 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.886, 0.290, 5.0, 0.798, 0.412, 8.4, 0.584, 0.253, 15.2, 0.554, 0.241 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3031 observations" / source= '0952+038', 'J0954+0337' RA= 09:54:58.330964 DEC= +03:37:21.36945 RAER= 0.67 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.053, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0952-136', 'J0954-1352' RA= 09:54:59.369832 DEC= -13:52:38.71888 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.033, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0951+558', 'J0955+5538' RA= 09:55:01.424006 DEC= +55:38:00.35393 RAER= 3.92 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '0951+488', 'J0955+4838' RA= 09:55:05.001344 DEC= +48:38:19.04129 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.151, 5.0, 0.163, 0.039, 8.4, 0.179, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 899 observations" / source= '0952+360', 'J0955+3551' RA= 09:55:07.882696 DEC= +35:51:00.86873 RAER= 4.35 DECER= 5.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0952-021', 'J0955-0220' RA= 09:55:08.426900 DEC= -02:20:20.35819 RAER= 0.64 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '0952+018', 'J0955+0136' RA= 09:55:13.266139 DEC= +01:36:25.66799 RAER= 0.96 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0952-211', 'J0955-2123' RA= 09:55:13.588276 DEC= -21:23:02.83261 RAER= 0.89 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '0953-302', 'J0955-3031' RA= 09:55:14.299462 DEC= -30:31:10.61341 RAER= 0.76 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.038, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '0952-185', 'J0955-1845' RA= 09:55:14.680747 DEC= -18:45:31.86515 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.080, 8.4, 0.065, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '0951+692', 'J0955+6901' RA= 09:55:24.774796 DEC= +69:01:13.70240 RAER= 1.04 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.042, 8.4, 0.044, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '0951+577', 'J0955+5728' RA= 09:55:28.763584 DEC= +57:28:37.29256 RAER= 2.29 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '0951+693', 'J0955+6903' RA= 09:55:33.173064 DEC= +69:03:55.06080 RAER= 0.30 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.069, 8.4, 0.098, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4257 observations" / source= '0952+338', 'J0955+3335' RA= 09:55:37.939036 DEC= +33:35:03.94255 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.067, 5.0, 0.101, 0.093, 8.4, 0.052, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '0953-295', 'J0955-2944' RA= 09:55:43.575500 DEC= -29:44:59.12122 RAER= 0.79 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.037, 8.4, 0.057, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '0952+357', 'J0955+3533' RA= 09:55:48.043546 DEC= +35:33:23.09262 RAER= 10.52 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0951+699', 'J0955+6940' RA= 09:55:51.552335 DEC= +69:40:45.78593 RAER= 6.88 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.048, 8.4, 0.034, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '0952+502', 'J0955+5001' RA= 09:55:52.252408 DEC= +50:01:31.63141 RAER= 0.53 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '0951+713', 'J0955+7105' RA= 09:55:53.288925 DEC= +71:05:02.01455 RAER= 7.01 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0953+086', 'J0955+0823' RA= 09:55:57.135669 DEC= +08:23:38.37002 RAER= 0.99 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0950+794', 'J0956+7911' RA= 09:56:00.180559 DEC= +79:11:33.89343 RAER= 194.51 DECER= 62.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0953+080', 'J0956+0748' RA= 09:56:07.201660 DEC= +07:48:58.11344 RAER= 1.18 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0953+398', 'J0956+3935' RA= 09:56:08.558205 DEC= +39:35:16.20529 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '0951+725', 'J0956+7219' RA= 09:56:12.383884 DEC= +72:19:29.83656 RAER= 4.49 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0953+377', 'J0956+3732' RA= 09:56:17.138159 DEC= +37:32:24.81054 RAER= 1.05 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.064, 8.4, 0.039, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0952+581', 'J0956+5753' RA= 09:56:22.634502 DEC= +57:53:55.90374 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.086, 5.0, 0.131, 0.045, 8.4, 0.180, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1251 observations" / source= '0954-097', 'J0956-0957' RA= 09:56:28.214623 DEC= -09:57:19.20425 RAER= 1.22 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0954+101', 'J0956+0954' RA= 09:56:46.950569 DEC= +09:54:29.80421 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.074, 5.0, 0.080, 0.057, 8.4, 0.062, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 383 observations" / source= '0953+254', 'J0956+2515' RA= 09:56:49.875384 DEC= +25:15:16.04984 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.306, 1.224, 5.0, 0.713, 0.337, 8.4, 1.109, 0.516, 15.2, 0.852, 0.423, 22.2, 0.948, 0.493 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34720 observations" / source= '0954-337', 'J0956-3400' RA= 09:56:53.187861 DEC= -34:00:33.23657 RAER= 2.10 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '0954-135', 'J0957-1350' RA= 09:57:18.183069 DEC= -13:50:01.17642 RAER= 0.13 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.171, 5.0, 0.181, 0.108, 8.4, 0.253, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 532 observations" / source= '0954-017', 'J0957-0156' RA= 09:57:27.207852 DEC= -01:56:54.54377 RAER= 0.39 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.105, 8.4, 0.096, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0954+259', 'J0957+2541' RA= 09:57:33.246748 DEC= +25:41:30.92305 RAER= 0.98 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.046, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0954+556', 'J0957+5522' RA= 09:57:38.184565 DEC= +55:22:57.76750 RAER= 0.32 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.936, 0.067, 5.0, 0.563, 0.050, 8.4, 0.255, 0.051, 15.2, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1157 observations" / source= '0955+079', 'J0957+0740' RA= 09:57:39.923725 DEC= +07:40:47.96452 RAER= 0.81 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.031, 8.4, 0.034, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0954+115', 'J0957+1116' RA= 09:57:40.377379 DEC= +11:16:20.46967 RAER= 0.79 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0955-153', 'J0957-1532' RA= 09:57:44.565623 DEC= -15:32:46.46242 RAER= 0.47 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.036, 8.4, 0.054, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0954+346', 'J0957+3422' RA= 09:57:46.491459 DEC= +34:22:15.29114 RAER= 0.46 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339 observations" / source= '0954+480', 'J0957+4745' RA= 09:57:46.560054 DEC= +47:45:49.33109 RAER= 0.80 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.024, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0955+195', 'J0957+1916' RA= 09:57:59.553527 DEC= +19:16:09.71110 RAER= 1.21 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '0955+269', 'J0958+2640' RA= 09:58:00.710353 DEC= +26:40:11.50140 RAER= 0.61 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.014, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0955+323', 'J0958+3208' RA= 09:58:01.285014 DEC= +32:08:31.48975 RAER= 1.45 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0955-021', 'J0958-0224' RA= 09:58:02.812242 DEC= -02:24:14.46832 RAER= 0.62 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.006, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0957-676', 'J0958-6752' RA= 09:58:13.058880 DEC= -67:52:42.51640 RAER= 47.26 DECER= 18.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.011, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '0955-286', 'J0958-2853' RA= 09:58:14.395539 DEC= -28:53:00.86665 RAER= 7.08 DECER= 10.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '0955+476', 'J0958+4725' RA= 09:58:19.671648 DEC= +47:25:07.84235 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.955, 0.810, 5.0, 0.874, 0.757, 8.4, 1.082, 0.868, 15.2, 1.111, 0.584 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335798 observations" / source= '0956-244', 'J0958-2443' RA= 09:58:20.467618 DEC= -24:43:59.64480 RAER= 0.87 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '0955+326', 'J0958+3224' RA= 09:58:20.949639 DEC= +32:24:02.20944 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.832, 0.342, 5.0, 0.683, 0.254, 8.4, 0.676, 0.391 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9666 observations" / source= '0956-256', 'J0958-2556' RA= 09:58:23.274040 DEC= -25:56:15.35448 RAER= 2.60 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '0956-266', 'J0958-2655' RA= 09:58:24.594985 DEC= -26:55:35.95478 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.070, 8.4, 0.149, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '0955+036', 'J0958+0324' RA= 09:58:24.952222 DEC= +03:24:14.00351 RAER= 1.24 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0955-014', 'J0958-0139' RA= 09:58:28.805876 DEC= -01:39:58.86181 RAER= 18.05 DECER= 14.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0956-141', 'J0958-1421' RA= 09:58:30.684670 DEC= -14:21:15.40062 RAER= 1.33 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '0956-359', 'J0958-3612' RA= 09:58:30.893374 DEC= -36:12:40.80427 RAER= 0.18 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.090, 5.0, 0.181, n/a, 8.4, 0.148, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 720 observations" / source= '0956-386', 'J0958-3851' RA= 09:58:34.710467 DEC= -38:51:25.32289 RAER= 2.06 DECER= 13.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0955+509', 'J0958+5039' RA= 09:58:37.809420 DEC= +50:39:57.48335 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.110, 5.0, 0.134, 0.086, 8.4, 0.186, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 944 observations" / source= '0956-409', 'J0958-4110' RA= 09:58:38.295912 DEC= -41:10:33.17536 RAER= 0.24 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.387, 0.074, 8.4, 0.276, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '0955+435', 'J0958+4316' RA= 09:58:38.626741 DEC= +43:16:19.68007 RAER= 31.93 DECER= 15.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '0954+703', 'J0958+7004' RA= 09:58:42.174483 DEC= +70:04:58.25719 RAER= 2.15 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.036, 8.4, 0.048, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0954+658', 'J0958+6533' RA= 09:58:47.245108 DEC= +65:33:54.81798 RAER= 0.24 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.746, 0.569, 5.0, 0.711, 0.568, 8.4, 0.736, 0.396, 15.2, 1.076, 0.671, 22.2, 1.057, 0.748 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31357 observations" / source= '0955+428', 'J0958+4237' RA= 09:58:55.097380 DEC= +42:37:04.09211 RAER= 2.17 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '0956+300', 'J0958+2948' RA= 09:58:58.948176 DEC= +29:48:04.18236 RAER= 0.41 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '0956-227', 'J0959-2259' RA= 09:59:06.574474 DEC= -22:59:11.16785 RAER= 0.62 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.034, 8.4, 0.050, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0956+054', 'J0959+0509' RA= 09:59:06.964179 DEC= +05:09:58.94070 RAER= 0.67 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0955+674', 'J0959+6712' RA= 09:59:09.789363 DEC= +67:12:27.01988 RAER= 0.88 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.063, 8.4, 0.078, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0955+697', 'J0959+6932' RA= 09:59:10.639622 DEC= +69:32:17.73006 RAER= 0.89 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.061, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0956+015', 'J0959+0117' RA= 09:59:20.770776 DEC= +01:17:54.93380 RAER= 0.26 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.027, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0956+124', 'J0959+1210' RA= 09:59:25.367848 DEC= +12:10:51.74247 RAER= 0.39 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.107, 8.4, 0.102, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '0957-260', 'J0959-2619' RA= 09:59:26.167503 DEC= -26:19:08.17025 RAER= 0.89 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.021, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0956+216', 'J0959+2123' RA= 09:59:29.888895 DEC= +21:23:21.09469 RAER= 1.08 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, n/a, 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '0956+270', 'J0959+2645' RA= 09:59:30.703509 DEC= +26:45:50.08927 RAER= 0.41 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.066, 8.4, 0.041, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0956+123', 'J0959+1209' RA= 09:59:36.036537 DEC= +12:09:19.09709 RAER= 0.78 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '0957-130', 'J0959-1316' RA= 09:59:37.187028 DEC= -13:16:58.74166 RAER= 2.21 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '0957-256', 'J0959-2555' RA= 09:59:45.131914 DEC= -25:55:39.96217 RAER= 5.50 DECER= 12.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0957-103', 'J0959-1034' RA= 09:59:47.524135 DEC= -10:34:37.50501 RAER= 0.64 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.023, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0957+250', 'J0959+2449' RA= 09:59:56.047666 DEC= +24:49:52.45916 RAER= 0.39 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '0957-082', 'J0959-0828' RA= 09:59:57.647722 DEC= -08:28:26.04934 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.146, 8.4, 0.149, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '0953+816', 'J1000+8127' RA= 10:00:05.863647 DEC= +81:27:02.42917 RAER= 49.10 DECER= 10.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0957+281', 'J1000+2752' RA= 10:00:07.492277 DEC= +27:52:47.68553 RAER= 0.61 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.012, 8.4, 0.040, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0957+426', 'J1000+4224' RA= 10:00:15.197621 DEC= +42:24:04.85670 RAER= 1.07 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.057, 8.4, 0.052, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0957+003', 'J1000+0005' RA= 10:00:17.672978 DEC= +00:05:23.69753 RAER= 0.40 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.098, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '0958-339', 'J1000-3408' RA= 10:00:26.722603 DEC= -34:08:28.92416 RAER= 2.03 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.017, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0957+28A', 'J1000+275A' RA= 10:00:29.147560 DEC= +27:52:12.16843 RAER= 0.81 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.060, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0957+136', 'J1000+1324' RA= 10:00:33.850542 DEC= +13:24:10.89564 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.062, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '0957+142', 'J1000+1400' RA= 10:00:36.478754 DEC= +14:00:44.18970 RAER= 2.20 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0958-314', 'J1000-3139' RA= 10:00:40.836555 DEC= -31:39:52.37037 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.068, 8.4, 0.164, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '0958-227', 'J1000-2259' RA= 10:00:45.709345 DEC= -22:59:46.85772 RAER= 2.36 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '0957+580', 'J1000+5746' RA= 10:00:50.215138 DEC= +57:46:09.14829 RAER= 2.94 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0958+238', 'J1000+2337' RA= 10:00:50.594755 DEC= +23:37:59.94078 RAER= 1.57 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '0957+583', 'J1000+5805' RA= 10:00:54.663586 DEC= +58:05:26.09913 RAER= 0.87 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.033, 8.4, 0.046, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0957+537', 'J1000+5332' RA= 10:00:54.690340 DEC= +53:32:05.97249 RAER= 1.79 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '0958-304', 'J1001-3040' RA= 10:01:07.422334 DEC= -30:40:00.95784 RAER= 7.51 DECER= 14.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '0958+294', 'J1001+2911' RA= 10:01:10.205637 DEC= +29:11:37.53620 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.256, 0.261, 5.0, 0.166, 0.135, 8.4, 0.323, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 882 observations" / source= '0958+346', 'J1001+3424' RA= 10:01:11.949221 DEC= +34:24:50.45921 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.302, 0.243, 5.0, 0.304, 0.124, 8.4, 0.266, 0.169, 22.2, 0.185, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4205 observations" / source= '0959-645', 'J1001-6446' RA= 10:01:19.036514 DEC= -64:46:32.22949 RAER= 3.68 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '0957+56A', 'J1001+555A' RA= 10:01:20.691798 DEC= +55:53:55.59325 RAER= 0.50 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0957+56B', 'J1001+555B' RA= 10:01:20.816194 DEC= +55:53:49.56986 RAER= 9.53 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '0958+473', 'J1001+4706' RA= 10:01:22.416448 DEC= +47:06:41.64083 RAER= 1.24 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.091, 8.4, 0.054, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0959-307', 'J1001-3058' RA= 10:01:38.957250 DEC= -30:58:36.67768 RAER= 0.47 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.064, 8.4, 0.114, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0959-105', 'J1001-1045' RA= 10:01:39.683858 DEC= -10:45:35.17710 RAER= 1.12 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '0958+226', 'J1001+2224' RA= 10:01:41.104614 DEC= +22:24:06.29347 RAER= 1.33 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '0959-135', 'J1001-1347' RA= 10:01:43.712412 DEC= -13:47:40.62320 RAER= 0.97 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '0958+290', 'J1001+2847' RA= 10:01:49.522143 DEC= +28:47:08.91323 RAER= 0.53 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.017, 8.4, 0.030, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '0959-214', 'J1001-2141' RA= 10:01:57.132051 DEC= -21:41:31.14792 RAER= 0.88 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0959-225', 'J1001-2246' RA= 10:01:57.263680 DEC= -22:46:50.52492 RAER= 0.89 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.024, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '0959+105', 'J1001+1015' RA= 10:01:57.734997 DEC= +10:15:49.70472 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.127, 8.4, 0.178, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '0958+559', 'J1001+5540' RA= 10:01:57.803155 DEC= +55:40:47.24352 RAER= 0.51 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.032, 5.0, 0.064, 0.025, 8.4, 0.098, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '0959+291', 'J1001+2853' RA= 10:01:58.841423 DEC= +28:53:37.20703 RAER= 0.88 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.013, 8.4, 0.027, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '0959-443', 'J1001-4438' RA= 10:01:59.908094 DEC= -44:38:00.60217 RAER= 0.28 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.031, 5.0, 0.297, 0.078, 8.4, 0.344, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '0959+367', 'J1002+3632' RA= 10:02:05.662529 DEC= +36:32:23.38066 RAER= 0.47 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '0959-266', 'J1002-2656' RA= 10:02:06.736859 DEC= -26:56:13.99581 RAER= 7.25 DECER= 19.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '0959-117', 'J1002-1200' RA= 10:02:08.050752 DEC= -12:00:55.02135 RAER= 0.41 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.058, 8.4, 0.074, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '0959+194', 'J1002+1914' RA= 10:02:08.155366 DEC= +19:14:02.26033 RAER= 0.77 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.077, 8.4, 0.080, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '0959-311', 'J1002-3121' RA= 10:02:10.796649 DEC= -31:21:09.96806 RAER= 1.38 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1001-698', 'J1002-7008' RA= 10:02:21.760594 DEC= -70:08:16.24677 RAER= 3.47 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1000-272', 'J1002-2730' RA= 10:02:22.935248 DEC= -27:30:30.30807 RAER= 0.65 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '0959+127', 'J1002+1232' RA= 10:02:30.536625 DEC= +12:32:09.54705 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.051, 8.4, 0.106, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 605 observations" / source= '0959+225', 'J1002+2216' RA= 10:02:34.416952 DEC= +22:16:14.89118 RAER= 0.88 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '0959+572', 'J1002+5701' RA= 10:02:41.666236 DEC= +57:01:11.48315 RAER= 0.63 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1001-613', 'J1002-6138' RA= 10:02:42.357473 DEC= -61:38:30.15970 RAER= 1.30 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1000-283', 'J1002-2837' RA= 10:02:45.963529 DEC= -28:37:16.52648 RAER= 1.35 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1000-076', 'J1002-0752' RA= 10:02:45.974816 DEC= -07:52:52.15539 RAER= 9.12 DECER= 6.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1000+219', 'J1002+2142' RA= 10:02:50.612284 DEC= +21:42:26.04334 RAER= 0.87 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1000+125', 'J1002+1216' RA= 10:02:52.845246 DEC= +12:16:14.58461 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.108, 8.4, 0.192, 0.111, 22.2, 0.197, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2776 observations" / source= '1000-354', 'J1002-3541' RA= 10:02:57.160815 DEC= -35:41:54.38357 RAER= 20.36 DECER= 15.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '0959+517', 'J1003+5132' RA= 10:03:03.144623 DEC= +51:32:32.05755 RAER= 12.23 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '0959+684', 'J1003+6813' RA= 10:03:06.766036 DEC= +68:13:16.81186 RAER= 0.42 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.045, 5.0, 0.048, 0.036, 8.4, 0.046, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 777 observations" / source= '1000-172', 'J1003-1730' RA= 10:03:09.675378 DEC= -17:30:54.14625 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.047, 8.4, 0.048, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1000+015', 'J1003+0121' RA= 10:03:14.845776 DEC= +01:21:22.64431 RAER= 4.77 DECER= 4.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1000+631', 'J1003+6255' RA= 10:03:39.109891 DEC= +62:55:06.32397 RAER= 21.34 DECER= 4.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1000+105', 'J1003+1019' RA= 10:03:39.441182 DEC= +10:19:36.76703 RAER= 5.90 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1001-057', 'J1003-0559' RA= 10:03:40.590961 DEC= -05:59:00.58738 RAER= 0.54 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.025, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1000+263', 'J1003+2605' RA= 10:03:42.228011 DEC= +26:05:12.90508 RAER= 0.57 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.043, 8.4, 0.064, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1001-213', 'J1003-2138' RA= 10:03:42.883565 DEC= -21:38:09.38770 RAER= 3.44 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1001+111', 'J1003+1056' RA= 10:03:52.184679 DEC= +10:56:58.45299 RAER= 7.88 DECER= 4.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1001+329', 'J1003+3244' RA= 10:03:57.564627 DEC= +32:44:03.54167 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.057, 5.0, 0.184, 0.088, 8.4, 0.082, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 928 observations" / source= '1001-184', 'J1003-1844' RA= 10:03:59.146900 DEC= -18:44:13.37253 RAER= 0.61 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1002-451', 'J1004-4520' RA= 10:04:03.192573 DEC= -45:20:46.86872 RAER= 3.53 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1000+491', 'J1004+4856' RA= 10:04:06.008933 DEC= +48:56:38.48892 RAER= 9.84 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1001+466', 'J1004+4626' RA= 10:04:12.863598 DEC= +46:26:22.58748 RAER= 1.92 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1001-075', 'J1004-0746' RA= 10:04:16.569366 DEC= -07:46:34.71586 RAER= 0.52 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.037, 8.4, 0.043, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1002-307', 'J1004-3058' RA= 10:04:18.314948 DEC= -30:58:35.56315 RAER= 2.26 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.063, 8.4, 0.102, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1001+123', 'J1004+1207' RA= 10:04:18.882457 DEC= +12:07:01.59499 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.061, 8.4, 0.096, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '1001-050', 'J1004-0520' RA= 10:04:29.905056 DEC= -05:20:21.07469 RAER= 0.57 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.025, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1002-223', 'J1004-2234' RA= 10:04:38.501375 DEC= -22:34:41.87057 RAER= 1.76 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.009, 8.4, 0.047, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1001+381', 'J1004+3752' RA= 10:04:44.764802 DEC= +37:52:12.03111 RAER= 1.69 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1002-010', 'J1004-0119' RA= 10:04:45.531015 DEC= -01:19:17.01124 RAER= 0.48 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.044, 8.4, 0.059, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1001+226', 'J1004+2225' RA= 10:04:45.742669 DEC= +22:25:19.26059 RAER= 0.84 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1002+085', 'J1004+0815' RA= 10:04:48.493103 DEC= +08:15:26.06578 RAER= 0.57 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.028, 8.4, 0.052, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1002+073', 'J1004+0708' RA= 10:04:48.818646 DEC= +07:08:37.73633 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.056, 5.0, 0.127, 0.060, 8.4, 0.105, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1002-376', 'J1004-3752' RA= 10:04:50.781615 DEC= -37:52:30.41736 RAER= 5.31 DECER= 19.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1001+505', 'J1005+5019' RA= 10:05:07.077679 DEC= +50:19:29.50604 RAER= 0.98 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.040, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1002+243', 'J1005+2403' RA= 10:05:07.867489 DEC= +24:03:38.00031 RAER= 0.34 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '1002-216', 'J1005-2152' RA= 10:05:08.193322 DEC= -21:52:23.92211 RAER= 1.59 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1002+483', 'J1005+4805' RA= 10:05:15.987321 DEC= +48:05:33.32479 RAER= 0.50 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.038, 8.4, 0.039, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1001+621', 'J1005+6154' RA= 10:05:17.608366 DEC= +61:54:17.27867 RAER= 0.75 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.036, 8.4, 0.029, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1003-371', 'J1005-3722' RA= 10:05:23.227637 DEC= -37:22:12.66915 RAER= 2.51 DECER= 10.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1003-137', 'J1005-1359' RA= 10:05:25.804461 DEC= -13:59:24.65385 RAER= 1.77 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1002+042', 'J1005+0400' RA= 10:05:29.480045 DEC= +04:00:36.70084 RAER= 0.62 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, n/a, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1003-302', 'J1005-3028' RA= 10:05:35.912958 DEC= -30:28:08.29913 RAER= 1.86 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1003-013', 'J1005-0138' RA= 10:05:36.479209 DEC= -01:38:01.39896 RAER= 3.42 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1000+779', 'J1005+7739' RA= 10:05:41.051626 DEC= +77:39:52.40685 RAER= 7.18 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1003-298', 'J1005-3003' RA= 10:05:50.604333 DEC= -30:03:33.92127 RAER= 5.63 DECER= 13.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1002+437', 'J1005+4332' RA= 10:05:56.024192 DEC= +43:32:38.59186 RAER= 0.65 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.051, 8.4, 0.056, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1003+079', 'J1005+0739' RA= 10:05:56.764892 DEC= +07:39:38.09476 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.077, 8.4, 0.123, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '1003-415', 'J1005-4148' RA= 10:05:57.348400 DEC= -41:48:51.86144 RAER= 2.97 DECER= 11.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1003+351', 'J1006+3454' RA= 10:06:01.750237 DEC= +34:54:10.40151 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.103, 5.0, 0.218, 0.024, 8.4, 0.228, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 857 observations" / source= '1005-739', 'J1006-7409' RA= 10:06:04.145305 DEC= -74:09:44.08793 RAER= 0.49 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.397, 0.386 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '1003+328', 'J1006+3236' RA= 10:06:07.713379 DEC= +32:36:26.10954 RAER= 0.94 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.028, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1002+649', 'J1006+6440' RA= 10:06:12.227356 DEC= +64:40:11.57473 RAER= 1.02 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1004-500', 'J1006-5018' RA= 10:06:14.009327 DEC= -50:18:13.47079 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.750, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1464 observations" / source= '1002+656', 'J1006+6523' RA= 10:06:16.045850 DEC= +65:23:53.48168 RAER= 5.83 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1003+130', 'J1006+1245' RA= 10:06:21.689919 DEC= +12:45:33.03870 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1002+664', 'J1006+6611' RA= 10:06:28.854404 DEC= +66:11:37.78938 RAER= 0.77 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.090, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1003+174', 'J1006+1713' RA= 10:06:31.765908 DEC= +17:13:17.11051 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.050, 5.0, 0.127, 0.035, 8.4, 0.090, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '1004-387', 'J1006-3858' RA= 10:06:36.908925 DEC= -38:58:07.89539 RAER= 16.68 DECER= 54.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1004+054', 'J1006+0509' RA= 10:06:37.610736 DEC= +05:09:53.97847 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.067, 8.4, 0.100, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '1003+488', 'J1006+4836' RA= 10:06:39.577922 DEC= +48:36:31.20085 RAER= 0.57 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1003+484', 'J1006+4813' RA= 10:06:40.539486 DEC= +48:13:09.11995 RAER= 1.46 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004-077', 'J1006-0800' RA= 10:06:42.386775 DEC= -08:00:51.41540 RAER= 0.60 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004-199', 'J1006-2014' RA= 10:06:44.785307 DEC= -20:14:13.26365 RAER= 0.45 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.038, 8.4, 0.062, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004-217', 'J1006-2159' RA= 10:06:46.413677 DEC= -21:59:20.41021 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.158, 5.0, 0.251, 0.182, 8.4, 0.229, 0.168, 15.2, 0.218, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3500 observations" / source= '1003+310', 'J1006+3050' RA= 10:06:46.537449 DEC= +30:50:28.38202 RAER= 0.68 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1004+146', 'J1006+1422' RA= 10:06:51.871451 DEC= +14:22:24.75639 RAER= 0.36 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1004+351', 'J1006+345A' RA= 10:06:56.472151 DEC= +34:54:45.18874 RAER= 0.95 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1003+504', 'J1006+5011' RA= 10:06:56.599674 DEC= +50:11:35.24288 RAER= 0.54 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1003+451', 'J1006+4455' RA= 10:06:57.523157 DEC= +44:55:36.86786 RAER= 0.81 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1004+165', 'J1007+1616' RA= 10:07:00.286368 DEC= +16:16:53.33413 RAER= 19.71 DECER= 10.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1004-018', 'J1007-0207' RA= 10:07:04.349928 DEC= -02:07:10.91899 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.522, 0.222, 8.4, 0.560, 0.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '1004-352', 'J1007-3528' RA= 10:07:07.098720 DEC= -35:28:36.59525 RAER= 1.14 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1004-097', 'J1007-0957' RA= 10:07:10.929097 DEC= -09:57:03.71221 RAER= 0.63 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004+303', 'J1007+3003' RA= 10:07:14.880553 DEC= +30:03:52.40728 RAER= 0.28 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 142 observations" / source= '1004-125', 'J1007-1247' RA= 10:07:15.227725 DEC= -12:47:45.99475 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.163, 8.4, 0.185, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '1004+231', 'J1007+2251' RA= 10:07:18.072395 DEC= +22:51:26.94033 RAER= 1.39 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '1003+658', 'J1007+6536' RA= 10:07:18.932246 DEC= +65:36:53.55814 RAER= 2.65 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1005-536', 'J1007-5356' RA= 10:07:21.287385 DEC= -53:56:41.67193 RAER= 0.39 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1003+582', 'J1007+5802' RA= 10:07:24.880800 DEC= +58:02:03.45583 RAER= 0.71 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1004+349', 'J1007+3444' RA= 10:07:24.897285 DEC= +34:44:36.49113 RAER= 0.42 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.060, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004+130', 'J1007+1248' RA= 10:07:26.096503 DEC= +12:48:56.18596 RAER= 0.81 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1005-333', 'J1007-3333' RA= 10:07:31.387435 DEC= -33:33:06.71623 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.426, 0.328, 5.0, 0.252, n/a, 8.4, 0.390, 0.269 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1781 observations" / source= '1004+069', 'J1007+0644' RA= 10:07:33.646956 DEC= +06:44:00.64001 RAER= 0.25 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.027, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '1004+141', 'J1007+1356' RA= 10:07:41.498090 DEC= +13:56:29.60072 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.720, 0.323, 5.0, 0.500, 0.116, 8.4, 0.551, 0.186, 15.2, 0.524, 0.244, 22.2, 0.395, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6552 observations" / source= '1004+593', 'J1007+5908' RA= 10:07:42.270617 DEC= +59:08:09.28132 RAER= 1.29 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1004+586', 'J1007+5822' RA= 10:07:43.466414 DEC= +58:22:12.99524 RAER= 1.19 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.024, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1005+073', 'J1007+0708' RA= 10:07:49.815752 DEC= +07:08:35.93816 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.205, 5.0, 0.216, 0.190, 8.4, 0.155, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 930 observations" / source= '1005+077', 'J1007+0730' RA= 10:07:59.993257 DEC= +07:30:16.60509 RAER= 3.25 DECER= 5.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1005+066', 'J1008+0621' RA= 10:08:00.816164 DEC= +06:21:21.21583 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.328, 0.238, 8.4, 0.354, 0.253 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2302 observations" / source= '1005-097', 'J1008-0959' RA= 10:08:02.341708 DEC= -09:59:19.75145 RAER= 2.71 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1005-073', 'J1008-0736' RA= 10:08:03.407578 DEC= -07:36:48.76381 RAER= 0.38 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.073, 8.4, 0.093, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1005+007', 'J1008+0029' RA= 10:08:11.436783 DEC= +00:29:59.95583 RAER= 0.35 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.050, 8.4, 0.080, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1004+572', 'J1008+5657' RA= 10:08:12.452981 DEC= +56:57:37.41447 RAER= 3.11 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.029, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1005-019', 'J1008-0210' RA= 10:08:13.139373 DEC= -02:10:19.78977 RAER= 0.85 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1005-162', 'J1008-1629' RA= 10:08:15.205801 DEC= -16:29:31.03472 RAER= 0.34 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.065, 8.4, 0.056, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1005+258', 'J1008+2533' RA= 10:08:20.753827 DEC= +25:33:39.56022 RAER= 0.40 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '1005+442', 'J1008+4400' RA= 10:08:21.577401 DEC= +44:00:16.40737 RAER= 1.83 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1005+337', 'J1008+3332' RA= 10:08:22.707458 DEC= +33:32:02.66448 RAER= 0.87 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1006-042', 'J1008-0428' RA= 10:08:33.677959 DEC= -04:28:39.74041 RAER= 0.64 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1006-214', 'J1008-2139' RA= 10:08:34.303773 DEC= -21:39:13.80201 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.031, 8.4, 0.093, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1006-134', 'J1008-1344' RA= 10:08:34.467361 DEC= -13:44:31.10339 RAER= 1.01 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1005+254', 'J1008+2514' RA= 10:08:36.850818 DEC= +25:14:21.74061 RAER= 0.62 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1005+625', 'J1008+6219' RA= 10:08:42.719837 DEC= +62:19:55.86253 RAER= 1.73 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1006+010', 'J1008+0048' RA= 10:08:43.317159 DEC= +00:48:04.57258 RAER= 2.97 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1005+232', 'J1008+2303' RA= 10:08:43.833896 DEC= +23:03:12.42636 RAER= 0.51 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.024, 8.4, 0.038, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1006-093', 'J1008-0933' RA= 10:08:43.865358 DEC= -09:33:23.36222 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.145, 5.0, 0.041, n/a, 8.4, 0.148, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '1006-289', 'J1008-2912' RA= 10:08:45.108671 DEC= -29:12:43.77436 RAER= 0.50 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.035, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1005+316', 'J1008+3123' RA= 10:08:49.419960 DEC= +31:23:30.85779 RAER= 1.13 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.024, 8.4, 0.047, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1006-287', 'J1008-2901' RA= 10:08:49.688362 DEC= -29:01:24.79009 RAER= 0.28 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.068, 8.4, 0.080, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '1006-314', 'J1008-3139' RA= 10:08:50.550430 DEC= -31:39:05.46623 RAER= 2.98 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1006-299', 'J1008-3011' RA= 10:08:55.245643 DEC= -30:11:12.32168 RAER= 2.85 DECER= 6.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1006+136', 'J1009+1322' RA= 10:09:00.095612 DEC= +13:22:54.44691 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.039, 5.0, 0.086, 0.073, 8.4, 0.099, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1006-229', 'J1009-2309' RA= 10:09:03.066677 DEC= -23:09:31.86270 RAER= 5.79 DECER= 12.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1006-09A', 'J1009-0933' RA= 10:09:07.611567 DEC= -09:33:50.74934 RAER= 0.45 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.054, 8.4, 0.063, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1007-485', 'J1009-4847' RA= 10:09:10.783083 DEC= -48:47:30.74114 RAER= 7.21 DECER= 9.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1006-119', 'J1009-1209' RA= 10:09:14.100554 DEC= -12:09:26.37114 RAER= 12.51 DECER= 11.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1006-284', 'J1009-2840' RA= 10:09:16.568250 DEC= -28:40:06.92993 RAER= 1.87 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.016, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1006+147', 'J1009+1429' RA= 10:09:27.053750 DEC= +14:29:55.84134 RAER= 6.03 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1006+186', 'J1009+1826' RA= 10:09:35.697526 DEC= +18:26:01.46147 RAER= 0.85 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1007+057', 'J1009+0529' RA= 10:09:43.554908 DEC= +05:29:53.84887 RAER= 1.70 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1007+066', 'J1009+0622' RA= 10:09:49.808029 DEC= +06:22:00.98844 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.147, 8.4, 0.119, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1007+162', 'J1009+1602' RA= 10:09:54.563295 DEC= +16:02:03.31758 RAER= 1.26 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '1007+142', 'J1009+1401' RA= 10:09:55.513502 DEC= +14:01:54.31800 RAER= 0.72 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1007+135', 'J1009+1317' RA= 10:09:56.792901 DEC= +13:17:23.03220 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '1007+020', 'J1009+0145' RA= 10:09:59.644303 DEC= +01:45:33.75772 RAER= 0.86 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.026, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1006+456', 'J1010+4522' RA= 10:10:04.960687 DEC= +45:22:22.68029 RAER= 1.89 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.007, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1007-038', 'J1010-0404' RA= 10:10:10.140359 DEC= -04:04:00.88523 RAER= 1.24 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1003+830', 'J1010+8250' RA= 10:10:15.783137 DEC= +82:50:14.38409 RAER= 0.92 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.465, 0.314, 5.0, 0.493, 0.274, 8.4, 0.489, 0.241 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 841 observations" / source= '1008-310', 'J1010-3119' RA= 10:10:15.979273 DEC= -31:19:08.40869 RAER= 0.66 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1007+422', 'J1010+4159' RA= 10:10:24.787548 DEC= +41:59:33.16963 RAER= 10.59 DECER= 6.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1007+417', 'J1010+4132' RA= 10:10:27.527595 DEC= +41:32:39.05343 RAER= 0.58 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 367 observations" / source= '1007-044', 'J1010-0440' RA= 10:10:30.770728 DEC= -04:40:06.81866 RAER= 0.60 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, n/a, 8.4, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '1008+082', 'J1010+0803' RA= 10:10:46.490527 DEC= +08:03:05.59759 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.072, 8.4, 0.118, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '1008-233', 'J1010-2337' RA= 10:10:48.944212 DEC= -23:37:26.39191 RAER= 0.60 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.044, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1008-01A', 'J1010-0202' RA= 10:10:51.642761 DEC= -02:02:25.78494 RAER= 6.84 DECER= 15.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '1008-017', 'J1010-0200' RA= 10:10:51.666702 DEC= -02:00:19.57501 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.254, 5.0, 0.379, 0.207, 8.4, 0.374, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 834 observations" / source= '1007+337', 'J1010+3330' RA= 10:10:51.828991 DEC= +33:30:17.76118 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.189, 5.0, 0.224, 0.153, 8.4, 0.204, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1192 observations" / source= '1008+128', 'J1010+1234' RA= 10:10:52.157360 DEC= +12:34:52.01778 RAER= 6.12 DECER= 19.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1008-285', 'J1011-2847' RA= 10:11:05.517362 DEC= -28:47:40.41754 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.204, 8.4, 0.217, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1008+361', 'J1011+3552' RA= 10:11:05.986128 DEC= +35:52:11.63331 RAER= 0.61 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.030, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1007+559', 'J1011+5544' RA= 10:11:12.239694 DEC= +55:44:47.49797 RAER= 2.61 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1008-220', 'J1011-2216' RA= 10:11:12.839372 DEC= -22:16:42.68696 RAER= 0.84 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.057, 8.4, 0.045, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1008+013', 'J1011+0106' RA= 10:11:15.639191 DEC= +01:06:42.51216 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.186, 8.4, 0.162, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '1008-227', 'J1011-2301' RA= 10:11:20.482655 DEC= -23:01:19.47257 RAER= 0.61 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1008+472', 'J1011+4700' RA= 10:11:22.596225 DEC= +47:00:42.17698 RAER= 3.08 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1009-041', 'J1011-0423' RA= 10:11:30.239904 DEC= -04:23:27.70768 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.058, 8.4, 0.129, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '1007+716', 'J1011+7124' RA= 10:11:32.618099 DEC= +71:24:41.59273 RAER= 0.61 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.947, 0.112, 8.4, 0.109, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '1007+657', 'J1011+6529' RA= 10:11:38.189172 DEC= +65:29:21.34947 RAER= 0.32 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.088, 5.0, 0.113, 0.076, 8.4, 0.084, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '1009-333', 'J1011-3338' RA= 10:11:45.559215 DEC= -33:38:27.97758 RAER= 0.76 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.030, 5.0, 0.035, n/a, 8.4, 0.048, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1008+362', 'J1011+3600' RA= 10:11:47.502133 DEC= +36:00:18.80853 RAER= 1.18 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1008+441', 'J1011+4353' RA= 10:11:49.392320 DEC= +43:53:19.13438 RAER= 1.45 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1008+423', 'J1011+4204' RA= 10:11:54.175600 DEC= +42:04:33.37538 RAER= 1.29 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.221, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1009-231', 'J1011-2324' RA= 10:11:54.914102 DEC= -23:24:54.61137 RAER= 0.61 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.049, 8.4, 0.042, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1009-321', 'J1011-3223' RA= 10:11:56.205793 DEC= -32:23:36.08438 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.107, 8.4, 0.062, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '1009+254', 'J1011+2514' RA= 10:11:58.937856 DEC= +25:14:58.55460 RAER= 14.87 DECER= 11.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1009-188', 'J1012-1908' RA= 10:12:03.617681 DEC= -19:08:31.36626 RAER= 1.49 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1009-328', 'J1012-3304' RA= 10:12:05.847523 DEC= -33:04:16.86801 RAER= 1.81 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1009+292', 'J1012+2859' RA= 10:12:07.502833 DEC= +28:59:52.07262 RAER= 0.86 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.007, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1009-367', 'J1012-3701' RA= 10:12:09.314191 DEC= -37:01:29.86269 RAER= 1.40 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.055, 8.4, 0.063, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1009+334', 'J1012+3309' RA= 10:12:11.453590 DEC= +33:09:26.45302 RAER= 0.29 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.046, 5.0, 0.122, 0.061, 8.4, 0.097, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '1009+108', 'J1012+1038' RA= 10:12:11.889931 DEC= +10:38:22.67962 RAER= 0.52 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1009+067', 'J1012+0630' RA= 10:12:13.348053 DEC= +06:30:57.19982 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.072, 8.4, 0.136, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '1009-123', 'J1012-1233' RA= 10:12:15.044367 DEC= -12:33:39.87737 RAER= 0.41 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1009+234', 'J1012+2312' RA= 10:12:16.389748 DEC= +23:12:14.60941 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.172, 5.0, 0.219, 0.185, 8.4, 0.269, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 954 observations" / source= '1009-177', 'J1012-1802' RA= 10:12:17.948449 DEC= -18:02:40.50394 RAER= 0.70 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1010-366', 'J1012-3651' RA= 10:12:20.725976 DEC= -36:51:44.15116 RAER= 2.56 DECER= 10.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1010-374', 'J1012-3740' RA= 10:12:24.074833 DEC= -37:40:05.90830 RAER= 0.28 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.084, 5.0, 0.074, 0.052, 8.4, 0.071, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '1009+352', 'J1012+3501' RA= 10:12:24.384720 DEC= +35:01:49.99948 RAER= 0.69 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.070, 8.4, 0.042, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1009+231', 'J1012+2256' RA= 10:12:30.824237 DEC= +22:56:24.39213 RAER= 2.49 DECER= 6.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1010-427', 'J1012-4259' RA= 10:12:36.961503 DEC= -42:59:05.64242 RAER= 0.37 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.096, 5.0, 0.269, 0.169, 8.4, 0.126, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '1009+249', 'J1012+2439' RA= 10:12:41.378371 DEC= +24:39:23.37765 RAER= 0.28 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.042, 15.2, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '1009+427', 'J1012+4229' RA= 10:12:44.305189 DEC= +42:29:57.09384 RAER= 0.60 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1010+110', 'J1012+1046' RA= 10:12:48.374711 DEC= +10:46:35.61241 RAER= 0.44 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.012, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1009+618', 'J1012+6136' RA= 10:12:54.251474 DEC= +61:36:34.62316 RAER= 3.37 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1010-254', 'J1012-2541' RA= 10:12:57.355813 DEC= -25:41:37.87214 RAER= 0.71 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.050, 8.4, 0.059, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1010+250', 'J1013+2448' RA= 10:13:01.610304 DEC= +24:48:37.06746 RAER= 1.83 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.010, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1010+356', 'J1013+3526' RA= 10:13:02.301378 DEC= +35:26:05.70726 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.073, 5.0, 0.165, 0.088, 8.4, 0.120, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 700 observations" / source= '1010+287', 'J1013+2829' RA= 10:13:02.999083 DEC= +28:29:10.97270 RAER= 0.53 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1010+309', 'J1013+3043' RA= 10:13:07.038743 DEC= +30:43:33.82332 RAER= 0.47 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1010-255', 'J1013-2546' RA= 10:13:13.105070 DEC= -25:46:54.69319 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.116, 8.4, 0.172, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '1010-027', 'J1013-0302' RA= 10:13:17.953923 DEC= -03:02:39.84938 RAER= 0.77 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.046, 8.4, 0.061, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1011-398', 'J1013-4005' RA= 10:13:19.559852 DEC= -40:05:47.75674 RAER= 2.89 DECER= 7.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1009+697', 'J1013+6927' RA= 10:13:27.334070 DEC= +69:27:16.37118 RAER= 8.63 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1011-282', 'J1013-2831' RA= 10:13:29.711538 DEC= -28:31:25.62237 RAER= 1.06 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.074, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1010+495', 'J1013+4918' RA= 10:13:29.932859 DEC= +49:18:40.96314 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.080, 5.0, 0.117, 0.029, 8.4, 0.116, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 900 observations" / source= '1009+747', 'J1013+7427' RA= 10:13:30.664612 DEC= +74:27:26.86128 RAER= 0.54 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, 0.029, 5.0, 0.126, 0.107, 8.4, 0.113, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '1010+346', 'J1013+3423' RA= 10:13:36.224348 DEC= +34:23:17.70850 RAER= 1.29 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.007, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1010+350', 'J1013+3445' RA= 10:13:49.614047 DEC= +34:45:50.78335 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.426, 0.166, 5.0, 0.520, 0.442, 8.4, 0.367, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '1009+698', 'J1013+6933' RA= 10:13:51.881110 DEC= +69:33:57.48755 RAER= 3.84 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1011+250', 'J1013+2449' RA= 10:13:53.428769 DEC= +24:49:16.44060 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.591, 0.333, 5.0, 0.952, 0.363, 8.4, 0.913, 0.355, 15.2, 0.777, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2657 observations" / source= '1003+861', 'J1013+8553' RA= 10:13:57.434741 DEC= +85:53:59.39403 RAER= 24.62 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1012-610', 'J1013-6115' RA= 10:13:58.158705 DEC= -61:15:02.71450 RAER= 24.72 DECER= 7.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1011+200', 'J1014+1946' RA= 10:14:00.478028 DEC= +19:46:14.39035 RAER= 4.86 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1011-370', 'J1014-3715' RA= 10:14:00.840683 DEC= -37:15:38.00572 RAER= 0.35 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.059, 5.0, 0.101, 0.079, 8.4, 0.102, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1011+027', 'J1014+0228' RA= 10:14:06.685798 DEC= +02:28:20.45732 RAER= 1.36 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1011+401', 'J1014+3953' RA= 10:14:12.925721 DEC= +39:53:13.65077 RAER= 0.51 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.079, 8.4, 0.049, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1010+553', 'J1014+5503' RA= 10:14:14.645154 DEC= +55:03:24.00334 RAER= 0.29 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.090, 5.0, 0.160, 0.102, 8.4, 0.098, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '1011+037', 'J1014+0327' RA= 10:14:15.050329 DEC= +03:27:57.87429 RAER= 0.97 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1011+414', 'J1014+4112' RA= 10:14:17.875155 DEC= +41:12:17.69651 RAER= 0.71 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1011+043', 'J1014+0408' RA= 10:14:35.250365 DEC= +04:08:52.36235 RAER= 0.73 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1011+280', 'J1014+2749' RA= 10:14:35.690062 DEC= +27:49:03.43857 RAER= 0.43 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.034, 8.4, 0.065, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1011+145', 'J1014+1415' RA= 10:14:37.874533 DEC= +14:15:04.66180 RAER= 0.88 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.033, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1012-274', 'J1014-2742' RA= 10:14:38.825883 DEC= -27:42:51.60228 RAER= 2.25 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1012+058', 'J1014+0537' RA= 10:14:40.356187 DEC= +05:37:12.68568 RAER= 1.67 DECER= 5.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1011+323', 'J1014+3207' RA= 10:14:45.553933 DEC= +32:07:25.20913 RAER= 0.80 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1012-054', 'J1014-0540' RA= 10:14:46.044861 DEC= -05:40:46.93416 RAER= 0.58 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1012+232', 'J1014+2301' RA= 10:14:47.065465 DEC= +23:01:16.57068 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.575, 0.375, 5.0, 0.384, 0.301, 8.4, 0.584, 0.221, 15.2, 0.945, 0.589 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9461 observations" / source= '1012+091', 'J1014+0852' RA= 10:14:48.910552 DEC= +08:52:58.18340 RAER= 0.19 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.494, 0.065, 5.0, 0.199, 0.019, 8.4, 0.113, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1012-448', 'J1014-4508' RA= 10:14:50.354962 DEC= -45:08:41.15432 RAER= 0.17 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.654, 0.528, 8.4, 1.801, 0.291 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 327 observations" / source= '1012-006', 'J1014-0054' RA= 10:14:55.398358 DEC= -00:54:38.07778 RAER= 0.79 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.035, 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1011+496', 'J1015+4926' RA= 10:15:04.139795 DEC= +49:26:00.70459 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.107, 5.0, 0.143, 0.086, 8.4, 0.152, 0.080, 15.2, 0.167, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1323 observations" / source= '1011+505', 'J1015+5017' RA= 10:15:05.001306 DEC= +50:17:35.12746 RAER= 1.73 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.039, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1012+168', 'J1015+1637' RA= 10:15:14.639747 DEC= +16:37:40.37059 RAER= 0.93 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.030, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1012+022', 'J1015+0158' RA= 10:15:15.639892 DEC= +01:58:53.22718 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.034, 8.4, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1013-061', 'J1015-0626' RA= 10:15:35.558758 DEC= -06:26:49.15291 RAER= 0.52 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '1011+677', 'J1015+6728' RA= 10:15:38.011462 DEC= +67:28:44.45472 RAER= 0.38 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.056, 5.0, 0.112, 0.079, 8.4, 0.139, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305 observations" / source= '1013-046', 'J1015-0454' RA= 10:15:38.025699 DEC= -04:54:38.52156 RAER= 0.47 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.033, 8.4, 0.045, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1013-106', 'J1015-1052' RA= 10:15:38.061816 DEC= -10:52:24.31413 RAER= 1.51 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.010, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1012+347', 'J1015+3428' RA= 10:15:42.474513 DEC= +34:28:03.27320 RAER= 0.87 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.041, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1013+127', 'J1015+1227' RA= 10:15:44.023392 DEC= +12:27:07.07024 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.094, 8.4, 0.177, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5640 observations" / source= '1012+560', 'J1015+5551' RA= 10:15:44.416616 DEC= +55:51:00.60528 RAER= 1.15 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.030, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1013+029', 'J1015+0243' RA= 10:15:49.163273 DEC= +02:43:36.74527 RAER= 4.85 DECER= 9.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1013-196', 'J1015-1952' RA= 10:15:52.252623 DEC= -19:52:26.56651 RAER= 0.27 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.046, 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '1013+014', 'J1015+0109' RA= 10:15:57.055018 DEC= +01:09:13.74627 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.115, 8.4, 0.196, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1013+238', 'J1015+2336' RA= 10:15:59.864215 DEC= +23:36:34.76247 RAER= 0.86 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.014, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1013+054', 'J1016+0513' RA= 10:16:03.136478 DEC= +05:13:02.34125 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.126, 8.4, 0.233, 0.201, 15.2, 0.311, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8226 observations" / source= '1014-549', 'J1016-5514' RA= 10:16:04.163728 DEC= -55:14:36.11210 RAER= 3.87 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1011+765', 'J1016+7617' RA= 10:16:08.407181 DEC= +76:17:16.82096 RAER= 1.40 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.077, 8.4, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '1013-271', 'J1016-2724' RA= 10:16:13.186761 DEC= -27:24:44.89322 RAER= 21.26 DECER= 31.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1013+182', 'J1016+1802' RA= 10:16:16.345445 DEC= +18:02:54.67536 RAER= 0.36 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1014-267', 'J1016-2657' RA= 10:16:20.899391 DEC= -26:57:04.49400 RAER= 4.07 DECER= 15.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1013-041', 'J1016-0422' RA= 10:16:27.042505 DEC= -04:22:09.11870 RAER= 0.80 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.039, 8.4, 0.039, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1014-266', 'J1016-2650' RA= 10:16:34.699533 DEC= -26:50:59.79217 RAER= 0.88 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1014-353', 'J1016-3533' RA= 10:16:35.498021 DEC= -35:33:58.40595 RAER= 0.83 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.249, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1014-093', 'J1016-0933' RA= 10:16:37.780842 DEC= -09:33:55.60149 RAER= 0.79 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1013+208', 'J1016+2037' RA= 10:16:44.322101 DEC= +20:37:47.30533 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.683, 0.444, 5.0, 0.677, 0.425, 8.4, 0.430, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1305 observations" / source= '1014+045', 'J1016+0419' RA= 10:16:48.996424 DEC= +04:19:28.21600 RAER= 0.89 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1013+548', 'J1016+5435' RA= 10:16:50.837381 DEC= +54:35:47.80046 RAER= 16.15 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1013+596', 'J1017+5924' RA= 10:17:03.486937 DEC= +59:24:28.70659 RAER= 0.28 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.079, 8.4, 0.113, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '1013+522', 'J1017+5202' RA= 10:17:06.670326 DEC= +52:02:47.18340 RAER= 2.12 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1014-007', 'J1017-0100' RA= 10:17:09.439086 DEC= -01:00:55.55959 RAER= 0.64 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.025, 8.4, 0.109, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1014-200', 'J1017-2016' RA= 10:17:09.942877 DEC= -20:16:45.45279 RAER= 0.60 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.045, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1014+392', 'J1017+3901' RA= 10:17:14.177737 DEC= +39:01:21.89089 RAER= 24.45 DECER= 6.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1014-162', 'J1017-1628' RA= 10:17:16.172102 DEC= -16:28:08.36673 RAER= 1.61 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1015-521', 'J1017-5224' RA= 10:17:17.338838 DEC= -52:24:47.36338 RAER= 0.36 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.148, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1014+259', 'J1017+2539' RA= 10:17:24.388059 DEC= +25:39:56.00243 RAER= 0.60 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1014+615', 'J1017+6116' RA= 10:17:25.887576 DEC= +61:16:27.49649 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.605, 0.485, 5.0, 0.730, 0.331, 8.4, 0.544, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5393 observations" / source= '1014+437', 'J1017+4329' RA= 10:17:27.529609 DEC= +43:29:04.81072 RAER= 0.35 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1015+187', 'J1017+1832' RA= 10:17:46.370259 DEC= +18:32:32.06420 RAER= 263.07 DECER= 435.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1015+277', 'J1017+2732' RA= 10:17:49.378350 DEC= +27:32:04.11013 RAER= 0.57 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1015+270', 'J1018+2650' RA= 10:18:03.265217 DEC= +26:50:09.03705 RAER= 0.39 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '1015+491', 'J1018+4853' RA= 10:18:08.377813 DEC= +48:53:32.63934 RAER= 0.86 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1015-314', 'J1018-3144' RA= 10:18:09.267492 DEC= -31:44:14.09578 RAER= 0.88 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.608, 0.159, 8.4, 0.106, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '1015+359', 'J1018+3542' RA= 10:18:10.988105 DEC= +35:42:39.44086 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.694, 0.550, 5.0, 0.625, 0.319, 8.4, 0.514, 0.326, 15.2, 0.482, 0.314, 22.2, 0.607, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12032 observations" / source= '1015+193', 'J1018+1903' RA= 10:18:13.164110 DEC= +19:03:04.16844 RAER= 0.73 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.091, 8.4, 0.082, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1015-321', 'J1018-3226' RA= 10:18:13.974149 DEC= -32:26:33.67896 RAER= 1.07 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.104, 8.4, 0.092, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1015-272', 'J1018-2729' RA= 10:18:17.050348 DEC= -27:29:25.61668 RAER= 1.63 DECER= 5.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, n/a, 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1016-625', 'J1018-6250' RA= 10:18:17.545750 DEC= -62:50:58.79973 RAER= 9.00 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.010, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1015+075', 'J1018+0715' RA= 10:18:21.289247 DEC= +07:15:07.61902 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.043, 8.4, 0.068, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '1015-214', 'J1018-2140' RA= 10:18:21.748896 DEC= -21:40:07.82217 RAER= 0.25 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.092, 8.4, 0.069, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '1015+057', 'J1018+0530' RA= 10:18:27.848291 DEC= +05:30:29.96196 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.168, 5.0, 0.271, 0.159, 8.4, 0.306, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10350 observations" / source= '1016-311', 'J1018-3123' RA= 10:18:28.753494 DEC= -31:23:53.84975 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.732, 0.189, 8.4, 0.360, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1421 observations" / source= '1016+108', 'J1018+1036' RA= 10:18:57.982510 DEC= +10:36:25.64302 RAER= 2.21 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1015+594', 'J1018+5911' RA= 10:18:58.539755 DEC= +59:11:27.85162 RAER= 0.33 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.042, 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 794 observations" / source= '1016-132', 'J1019-1332' RA= 10:19:01.193489 DEC= -13:32:35.92531 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.035, 8.4, 0.053, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1017-627', 'J1019-6258' RA= 10:19:04.246259 DEC= -62:58:24.94877 RAER= 38.57 DECER= 19.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1015+618', 'J1019+6138' RA= 10:19:07.890549 DEC= +61:38:16.78414 RAER= 15.32 DECER= 11.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1016-268', 'J1019-2708' RA= 10:19:08.483006 DEC= -27:08:55.66605 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.109, 8.4, 0.140, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1016-243', 'J1019-2436' RA= 10:19:14.976518 DEC= -24:36:06.36162 RAER= 0.60 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.022, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1016+308', 'J1019+3037' RA= 10:19:20.093384 DEC= +30:37:41.01439 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1016-106', 'J1019-1053' RA= 10:19:25.943529 DEC= -10:53:18.86823 RAER= 1.80 DECER= 4.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1016+107', 'J1019+1031' RA= 10:19:27.542954 DEC= +10:31:31.79394 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.053, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1016+443', 'J1019+4408' RA= 10:19:48.180139 DEC= +44:08:24.93637 RAER= 7.03 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1017+054', 'J1019+0513' RA= 10:19:48.246341 DEC= +05:13:28.83802 RAER= 0.34 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1017-220', 'J1019-2219' RA= 10:19:49.024719 DEC= -22:19:59.80183 RAER= 0.59 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.248, 0.033, 8.4, 0.165, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1016+635', 'J1019+6320' RA= 10:19:50.876848 DEC= +63:20:01.62699 RAER= 0.26 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.160, 5.0, 0.242, 0.228, 8.4, 0.222, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1262 observations" / source= '1018-605', 'J1019-6047' RA= 10:19:53.502672 DEC= -60:47:48.33903 RAER= 0.48 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '1017-001', 'J1019-0024' RA= 10:19:56.759775 DEC= -00:24:09.87980 RAER= 0.64 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1017+334', 'J1019+3309' RA= 10:19:57.641793 DEC= +33:09:42.55605 RAER= 0.66 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1016+573', 'J1020+5705' RA= 10:20:03.244548 DEC= +57:05:07.72766 RAER= 13.03 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1017-426', 'J1020-4251' RA= 10:20:03.920282 DEC= -42:51:30.04313 RAER= 12.60 DECER= 9.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1016+640', 'J1020+6350' RA= 10:20:08.009102 DEC= +63:50:23.03584 RAER= 3.66 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.042, 8.4, 0.022, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1016+630', 'J1020+6250' RA= 10:20:13.777969 DEC= +62:50:10.11566 RAER= 6.30 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1017+224', 'J1020+2209' RA= 10:20:16.491883 DEC= +22:09:38.03359 RAER= 0.84 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1017-204', 'J1020-2042' RA= 10:20:20.104754 DEC= -20:42:46.99365 RAER= 0.81 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.025, 8.4, 0.024, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1017+436', 'J1020+4320' RA= 10:20:27.202965 DEC= +43:20:56.33901 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.239, 0.213, 5.0, 0.253, 0.080, 8.4, 0.220, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1191 observations" / source= '1017+040', 'J1020+0350' RA= 10:20:34.040685 DEC= +03:50:51.32987 RAER= 0.79 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.030, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1018-390', 'J1020-3920' RA= 10:20:38.945632 DEC= -39:20:56.34813 RAER= 6.75 DECER= 16.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1017+495', 'J1020+4920' RA= 10:20:44.333561 DEC= +49:20:46.29068 RAER= 0.66 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1018-295', 'J1020-2950' RA= 10:20:51.900321 DEC= -29:50:17.19061 RAER= 11.22 DECER= 40.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1017+488', 'J1020+4831' RA= 10:20:53.681738 DEC= +48:31:24.25684 RAER= 1.39 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1018-347', 'J1020-3457' RA= 10:20:55.566579 DEC= -34:57:20.56128 RAER= 0.98 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.070, 8.4, 0.075, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1018-319', 'J1020-3211' RA= 10:20:56.647143 DEC= -32:11:04.10680 RAER= 1.62 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1018+456', 'J1021+4523' RA= 10:21:06.046267 DEC= +45:23:31.82129 RAER= 0.77 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1018+224', 'J1021+2209' RA= 10:21:07.577494 DEC= +22:09:21.55562 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.033, 8.4, 0.084, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1018+314', 'J1021+3112' RA= 10:21:09.517853 DEC= +31:12:15.45806 RAER= 13.11 DECER= 8.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1018+348', 'J1021+3437' RA= 10:21:17.474721 DEC= +34:37:21.66510 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.304, 5.0, 0.436, 0.160, 8.4, 0.362, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1039 observations" / source= '1018+390', 'J1021+3847' RA= 10:21:21.645784 DEC= +38:47:58.98641 RAER= 0.62 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '1018+125', 'J1021+1217' RA= 10:21:24.222589 DEC= +12:17:05.50497 RAER= 1.65 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1016+771', 'J1021+7655' RA= 10:21:27.515185 DEC= +76:55:54.45489 RAER= 10.31 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.045, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1019-227', 'J1021-2301' RA= 10:21:27.586495 DEC= -23:01:54.49640 RAER= 7.45 DECER= 19.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1018+514', 'J1021+5114' RA= 10:21:32.235621 DEC= +51:14:33.71041 RAER= 0.58 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '1017+673', 'J1021+6706' RA= 10:21:34.807795 DEC= +67:06:07.61845 RAER= 7.25 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.016, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1019-334', 'J1021-3343' RA= 10:21:35.204116 DEC= -33:43:36.94907 RAER= 8.29 DECER= 33.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1018+327', 'J1021+3227' RA= 10:21:39.521601 DEC= +32:27:38.06455 RAER= 1.10 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1018+414', 'J1021+4114' RA= 10:21:42.207880 DEC= +41:14:41.50447 RAER= 0.77 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.117, 8.4, 0.099, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1019+222', 'J1021+2159' RA= 10:21:54.517241 DEC= +21:59:30.46368 RAER= 5.06 DECER= 7.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1019-009', 'J1021-0110' RA= 10:21:59.786756 DEC= -01:10:02.52507 RAER= 15.05 DECER= 15.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1019+117', 'J1022+1131' RA= 10:22:00.216042 DEC= +11:31:48.10353 RAER= 0.68 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1019+416', 'J1022+4126' RA= 10:22:02.023524 DEC= +41:26:05.37239 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.072, 5.0, 0.093, 0.054, 8.4, 0.082, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2539 observations" / source= '1016+806', 'J1022+8023' RA= 10:22:02.103168 DEC= +80:23:49.99580 RAER= 3.48 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1019-276', 'J1022-2751' RA= 10:22:05.226566 DEC= -27:51:17.47724 RAER= 8.00 DECER= 17.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1019-353', 'J1022-3536' RA= 10:22:05.452121 DEC= -35:36:54.69890 RAER= 2.21 DECER= 9.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1020-628', 'J1022-6305' RA= 10:22:05.813658 DEC= -63:05:18.51579 RAER= 2.01 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations. No flux information" / source= '1019+266', 'J1022+2623' RA= 10:22:09.161876 DEC= +26:23:13.57445 RAER= 5.78 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1019-241', 'J1022-2424' RA= 10:22:12.142607 DEC= -24:24:23.48930 RAER= 1.39 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1019+403', 'J1022+4004' RA= 10:22:12.908292 DEC= +40:04:13.56023 RAER= 0.60 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1019+429', 'J1022+4239' RA= 10:22:13.132332 DEC= +42:39:25.61209 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.178, 5.0, 0.310, 0.144, 8.4, 0.163, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 882 observations" / source= '1020-422', 'J1022-4232' RA= 10:22:18.382559 DEC= -42:32:07.03274 RAER= 1.17 DECER= 5.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1019+309', 'J1022+3041' RA= 10:22:30.298384 DEC= +30:41:05.11709 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.726, 0.247, 5.0, 0.458, 0.082, 8.4, 0.251, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1111 observations" / source= '1019+015', 'J1022+0114' RA= 10:22:31.898059 DEC= +01:14:50.52630 RAER= 10.49 DECER= 13.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1020-103', 'J1022-1037' RA= 10:22:32.819488 DEC= -10:37:44.31232 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.064, 8.4, 0.076, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '1020-071', 'J1022-0726' RA= 10:22:33.744287 DEC= -07:26:23.57802 RAER= 0.72 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.020, 8.4, 0.027, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1020-066', 'J1022-0654' RA= 10:22:37.218251 DEC= -06:54:33.16504 RAER= 0.89 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.059, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1019+388', 'J1022+3834' RA= 10:22:37.412433 DEC= +38:34:44.88376 RAER= 0.93 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1019+397', 'J1022+3931' RA= 10:22:37.446717 DEC= +39:31:50.12887 RAER= 1.37 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1020-009', 'J1022-0113' RA= 10:22:43.726134 DEC= -01:13:02.40212 RAER= 0.38 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, 0.023, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '1020-045', 'J1022-0443' RA= 10:22:44.112567 DEC= -04:43:36.44883 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.066, 8.4, 0.075, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '1018+718', 'J1022+7136' RA= 10:22:47.214176 DEC= +71:36:27.83633 RAER= 111.75 DECER= 19.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1019+398', 'J1022+3933' RA= 10:22:49.501700 DEC= +39:33:03.96818 RAER= 9.05 DECER= 6.52 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1020+125', 'J1022+1216' RA= 10:22:52.265415 DEC= +12:16:28.82939 RAER= 0.69 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.014, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1020+191', 'J1022+1853' RA= 10:22:55.156758 DEC= +18:53:34.26210 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.222, 5.0, 0.262, 0.061, 8.4, 0.203, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1052 observations" / source= '1020-097', 'J1022-0958' RA= 10:22:57.517586 DEC= -09:58:22.59691 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.096, 8.4, 0.116, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '1020+270', 'J1023+2649' RA= 10:23:11.102855 DEC= +26:49:41.72458 RAER= 0.22 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.043, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1020+400', 'J1023+3948' RA= 10:23:11.565674 DEC= +39:48:15.38522 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.676, 0.393, 5.0, 0.727, 0.395, 8.4, 0.581, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3977 observations" / source= '1020+537', 'J1023+5328' RA= 10:23:12.752444 DEC= +53:28:13.76396 RAER= 1.14 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1019+642', 'J1023+6357' RA= 10:23:13.618397 DEC= +63:57:09.26541 RAER= 1.81 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1020-114', 'J1023-1140' RA= 10:23:15.028680 DEC= -11:40:49.34182 RAER= 0.41 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.065, 8.4, 0.066, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 312 observations" / source= '1020+091', 'J1023+0852' RA= 10:23:22.622543 DEC= +08:52:01.12526 RAER= 0.51 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1020-10A', 'J1023-1034' RA= 10:23:23.298827 DEC= -10:34:17.05002 RAER= 0.13 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.059, 8.4, 0.131, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 302 observations" / source= '1020+292', 'J1023+2856' RA= 10:23:24.046143 DEC= +28:56:50.98822 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.056, 5.0, 0.163, 0.157, 8.4, 0.086, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2480 observations" / source= '1021-421', 'J1023-4224' RA= 10:23:25.398040 DEC= -42:24:05.82613 RAER= 1.33 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1018+808', 'J1023+8032' RA= 10:23:27.059792 DEC= +80:32:52.13245 RAER= 4.58 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1021-265', 'J1023-2650' RA= 10:23:27.112271 DEC= -26:50:09.89508 RAER= 14.20 DECER= 19.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1020+401', 'J1023+3953' RA= 10:23:33.504497 DEC= +39:53:12.68755 RAER= 0.45 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '1020+104', 'J1023+1012' RA= 10:23:34.069153 DEC= +10:12:00.08588 RAER= 1.62 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.008, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1020+302', 'J1023+3000' RA= 10:23:39.736728 DEC= +30:00:57.75417 RAER= 0.52 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1022-665', 'J1023-6646' RA= 10:23:43.533202 DEC= -66:46:48.71766 RAER= 0.27 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.434, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1471 observations" / source= '1021-323', 'J1024-3234' RA= 10:24:00.423881 DEC= -32:34:16.05836 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.079, 8.4, 0.250, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1022-532', 'J1024-5328' RA= 10:24:29.280948 DEC= -53:28:00.54299 RAER= 7.26 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '1021-006', 'J1024-0052' RA= 10:24:29.586746 DEC= -00:52:55.49629 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.829, 0.401, 8.4, 0.407, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1826 observations" / source= '1021+182', 'J1024+1801' RA= 10:24:32.565836 DEC= +18:01:28.03131 RAER= 0.58 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.034, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1022+011', 'J1024+0056' RA= 10:24:37.760825 DEC= +00:56:13.82941 RAER= 0.79 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.035, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1022-152', 'J1024-1530' RA= 10:24:41.278184 DEC= -15:30:26.85700 RAER= 20.31 DECER= 28.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1022-000', 'J1024-0016' RA= 10:24:41.328297 DEC= -00:16:46.07708 RAER= 0.35 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.056, 8.4, 0.085, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1022+194', 'J1024+1912' RA= 10:24:44.809597 DEC= +19:12:20.41547 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.191, 5.0, 0.403, 0.233, 8.4, 0.532, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9128 observations" / source= '1023-648', 'J1024-6505' RA= 10:24:53.175913 DEC= -65:05:10.38139 RAER= 14.38 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.016, n/a, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1022+237', 'J1024+2332' RA= 10:24:53.637286 DEC= +23:32:33.96368 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.107, 5.0, 0.108, 0.064, 8.4, 0.215, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2744 observations" / source= '1022-102', 'J1024-1031' RA= 10:24:56.344906 DEC= -10:31:42.99997 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.052, 8.4, 0.159, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '1022-223', 'J1025-2237' RA= 10:25:09.064368 DEC= -22:37:45.86919 RAER= 1.06 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.035, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1022-112', 'J1025-1127' RA= 10:25:13.019973 DEC= -11:27:56.69967 RAER= 5.60 DECER= 9.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1022-095', 'J1025-0948' RA= 10:25:13.645365 DEC= -09:48:28.07207 RAER= 0.23 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.163, 8.4, 0.141, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1022-006', 'J1025-0051' RA= 10:25:21.117444 DEC= -00:51:37.43631 RAER= 0.87 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.029, 8.4, 0.039, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1022+042', 'J1025+0402' RA= 10:25:23.043573 DEC= +04:02:28.98464 RAER= 0.98 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1022+377', 'J1025+3726' RA= 10:25:23.298506 DEC= +37:26:48.92498 RAER= 1.83 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1023+106', 'J1025+1022' RA= 10:25:44.212398 DEC= +10:22:30.47695 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1023-049', 'J1025-0509' RA= 10:25:45.422965 DEC= -05:09:54.13249 RAER= 0.13 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.101, 8.4, 0.122, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '1023-042', 'J1025-0429' RA= 10:25:48.774923 DEC= -04:29:32.70811 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.318, 0.058, 8.4, 0.215, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '1023+014', 'J1025+0110' RA= 10:25:49.664117 DEC= +01:10:18.17970 RAER= 3.66 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1023+131', 'J1025+1253' RA= 10:25:56.285380 DEC= +12:53:49.02185 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.848, 0.697, 5.0, 0.427, 0.248, 8.4, 0.544, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4106 observations" / source= '1020+820', 'J1025+8144' RA= 10:25:57.107705 DEC= +81:44:51.86364 RAER= 24.60 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, n/a, 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1023+017', 'J1026+0131' RA= 10:26:07.016270 DEC= +01:31:45.53088 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.042, 8.4, 0.035, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '1023+459', 'J1026+4542' RA= 10:26:18.262458 DEC= +45:42:29.38394 RAER= 1.65 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.034, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1023-104', 'J1026-1039' RA= 10:26:23.183539 DEC= -10:39:59.98884 RAER= 0.62 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.067, 8.4, 0.031, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1023+259', 'J1026+2542' RA= 10:26:23.621164 DEC= +25:42:59.42942 RAER= 0.93 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '1024-336', 'J1026-3353' RA= 10:26:24.504307 DEC= -33:53:32.53683 RAER= 1.59 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1023+067', 'J1026+0627' RA= 10:26:31.961775 DEC= +06:27:33.03012 RAER= 0.37 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '1022+680', 'J1026+6746' RA= 10:26:33.841743 DEC= +67:46:12.11373 RAER= 1.32 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1029-854', 'J1026-8543' RA= 10:26:34.372847 DEC= -85:43:14.29653 RAER= 8.08 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '1022+707', 'J1026+7032' RA= 10:26:36.682913 DEC= +70:32:43.06277 RAER= 0.50 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.088, 5.0, 0.170, 0.105, 8.4, 0.158, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 310 observations" / source= '1024-350', 'J1026-3519' RA= 10:26:40.012019 DEC= -35:19:03.68423 RAER= 2.55 DECER= 5.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.079, 8.4, 0.098, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1024-319', 'J1026-3213' RA= 10:26:42.670276 DEC= -32:13:14.66359 RAER= 1.13 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1024+091', 'J1026+0852' RA= 10:26:43.808195 DEC= +08:52:35.45250 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.110, 5.0, 0.106, 0.045, 8.4, 0.084, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 349 observations" / source= '1023+650', 'J1026+6448' RA= 10:26:44.622314 DEC= +64:48:09.55760 RAER= 1.41 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1023+478', 'J1026+4734' RA= 10:26:45.139813 DEC= +47:34:51.67680 RAER= 1.03 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.064, 8.4, 0.039, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1023+372', 'J1026+3658' RA= 10:26:45.348092 DEC= +36:58:25.58727 RAER= 0.56 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.105, 8.4, 0.119, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1023+593', 'J1026+5906' RA= 10:26:51.457006 DEC= +59:06:28.11568 RAER= 0.74 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.050, 8.4, 0.077, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1024-175', 'J1026-1748' RA= 10:26:58.579083 DEC= -17:48:58.86509 RAER= 0.39 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1023+520', 'J1026+5147' RA= 10:26:59.572000 DEC= +51:47:03.82076 RAER= 2.15 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.025, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1024-224', 'J1027-2244' RA= 10:27:06.697212 DEC= -22:44:30.73576 RAER= 3.88 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1024-222', 'J1027-2230' RA= 10:27:08.457070 DEC= -22:30:09.85053 RAER= 0.98 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.074, 8.4, 0.081, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1024+483', 'J1027+4803' RA= 10:27:13.079923 DEC= +48:03:13.53516 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.122, 5.0, 0.149, 0.043, 8.4, 0.162, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 875 observations" / source= '1024-065', 'J1027-0649' RA= 10:27:13.342683 DEC= -06:49:38.94787 RAER= 241.00 DECER= 362.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1024+217', 'J1027+2131' RA= 10:27:18.950918 DEC= +21:31:36.84558 RAER= 0.39 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '1025-321', 'J1027-3221' RA= 10:27:19.182800 DEC= -32:21:21.45352 RAER= 19.13 DECER= 41.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1024+322', 'J1027+3158' RA= 10:27:21.754328 DEC= +31:58:06.13981 RAER= 0.64 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.032, 8.4, 0.042, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1023+747', 'J1027+7428' RA= 10:27:24.146800 DEC= +74:28:26.09752 RAER= 0.50 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.096, 8.4, 0.122, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 792 observations" / source= '1023+635', 'J1027+6317' RA= 10:27:24.963679 DEC= +63:17:53.06965 RAER= 0.90 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1024+485', 'J1027+4817' RA= 10:27:33.588813 DEC= +48:17:18.34116 RAER= 1.04 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1023+749', 'J1027+7440' RA= 10:27:39.102924 DEC= +74:40:06.06534 RAER= 6.73 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1025-082', 'J1027-0828' RA= 10:27:44.387934 DEC= -08:28:46.28433 RAER= 12.40 DECER= 13.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1025+187', 'J1027+1831' RA= 10:27:45.034536 DEC= +18:31:38.73307 RAER= 0.27 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.025, 5.0, 0.095, 0.079, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '1025-189', 'J1027-1912' RA= 10:27:51.338712 DEC= -19:12:28.06733 RAER= 1.19 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '1026-644', 'J1028-6441' RA= 10:28:03.549696 DEC= -64:41:16.21895 RAER= 1.60 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.114, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1025-264', 'J1028-2644' RA= 10:28:09.671600 DEC= -26:44:17.86428 RAER= 0.22 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.373, 0.126, 5.0, 0.366, 0.092, 8.4, 0.210, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '1025+313', 'J1028+3107' RA= 10:28:17.612413 DEC= +31:07:34.24530 RAER= 0.48 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1025+031', 'J1028+0255' RA= 10:28:20.401288 DEC= +02:55:22.47177 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.130, 8.4, 0.208, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '1025+242', 'J1028+2401' RA= 10:28:21.259938 DEC= +24:01:21.77307 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.142, 5.0, 0.152, 0.105, 8.4, 0.127, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 919 observations" / source= '1025+464', 'J1028+4609' RA= 10:28:21.658190 DEC= +46:09:06.93408 RAER= 1.29 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.035, 8.4, 0.030, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1025+040', 'J1028+0345' RA= 10:28:23.477774 DEC= +03:45:31.51797 RAER= 1.48 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1026-525', 'J1028-5248' RA= 10:28:23.920849 DEC= -52:48:07.40113 RAER= 76.27 DECER= 26.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1025+361', 'J1028+3553' RA= 10:28:28.877634 DEC= +35:53:07.36023 RAER= 0.52 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '1025+472', 'J1028+4657' RA= 10:28:32.683360 DEC= +46:57:49.96021 RAER= 2.09 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1026-023', 'J1028-0236' RA= 10:28:34.042328 DEC= -02:36:59.72705 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.214, 0.067, 8.4, 0.180, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1026-007', 'J1028-0100' RA= 10:28:37.017784 DEC= -01:00:27.52476 RAER= 0.95 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.006, 8.4, 0.044, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1026-307', 'J1028-3101' RA= 10:28:38.042963 DEC= -31:01:51.37753 RAER= 1.06 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1026-084', 'J1028-0844' RA= 10:28:38.796469 DEC= -08:44:38.53625 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.096, 8.4, 0.094, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1951 observations" / source= '1025+172', 'J1028+1702' RA= 10:28:39.323524 DEC= +17:02:10.86873 RAER= 0.95 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1026-180', 'J1028-1818' RA= 10:28:39.754752 DEC= -18:18:04.32072 RAER= 2.21 DECER= 4.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1022+831', 'J1028+8253' RA= 10:28:41.994346 DEC= +82:53:40.54965 RAER= 10.23 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1025+389', 'J1028+3844' RA= 10:28:44.273426 DEC= +38:44:36.86209 RAER= 0.39 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.048, 8.4, 0.096, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1025+417', 'J1028+4126' RA= 10:28:46.952484 DEC= +41:26:56.76355 RAER= 0.85 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.075, 8.4, 0.053, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1025+373', 'J1028+3706' RA= 10:28:50.686263 DEC= +37:06:46.73090 RAER= 1.37 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.005, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1026+033', 'J1028+0307' RA= 10:28:59.032194 DEC= +03:07:27.56512 RAER= 0.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1025+728', 'J1029+7233' RA= 10:29:01.418446 DEC= +72:33:32.91737 RAER= 13.53 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1025+611', 'J1029+6054' RA= 10:29:02.114731 DEC= +60:54:06.05043 RAER= 0.80 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '1025+665', 'J1029+6614' RA= 10:29:02.780106 DEC= +66:14:50.53187 RAER= 3.74 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.006, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1026-335', 'J1029-3346' RA= 10:29:03.072819 DEC= -33:46:05.20716 RAER= 1.55 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.046, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1026+294', 'J1029+2911' RA= 10:29:11.473387 DEC= +29:11:01.95998 RAER= 0.22 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1027-666', 'J1029-6656' RA= 10:29:13.357396 DEC= -66:56:13.85910 RAER= 6.77 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '1026+017', 'J1029+0131' RA= 10:29:18.493353 DEC= +01:31:52.79429 RAER= 0.75 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1026+012', 'J1029+0057' RA= 10:29:19.428671 DEC= +00:57:25.34460 RAER= 0.73 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.075, 8.4, 0.080, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1026+055', 'J1029+0519' RA= 10:29:21.830639 DEC= +05:19:38.77964 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.082, 8.4, 0.130, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1026+161', 'J1029+1552' RA= 10:29:22.871331 DEC= +15:52:44.22987 RAER= 0.54 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1026-056', 'J1029-0556' RA= 10:29:27.308346 DEC= -05:56:00.54189 RAER= 0.67 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1027-186', 'J1029-1852' RA= 10:29:33.097696 DEC= -18:52:50.28911 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.265, 5.0, 0.355, 0.050, 8.4, 0.319, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4585 observations" / source= '1026+231', 'J1029+2251' RA= 10:29:39.888316 DEC= +22:51:36.61918 RAER= 1.32 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1027+059', 'J1029+0540' RA= 10:29:40.414679 DEC= +05:40:34.33833 RAER= 0.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.068, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1027-354', 'J1029-3544' RA= 10:29:47.062071 DEC= -35:44:15.77430 RAER= 38.33 DECER= 43.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1027-561', 'J1029-5622' RA= 10:29:47.704413 DEC= -56:22:56.53742 RAER= 2.00 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1027+256', 'J1029+2522' RA= 10:29:47.781748 DEC= +25:22:39.21955 RAER= 0.56 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.018, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '1027-014', 'J1029-0143' RA= 10:29:53.085889 DEC= -01:43:19.01840 RAER= 0.41 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.050, 8.4, 0.066, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1027+326', 'J1029+3224' RA= 10:29:59.125389 DEC= +32:24:19.56014 RAER= 0.44 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1027-350', 'J1030-3519' RA= 10:30:00.651210 DEC= -35:19:31.52463 RAER= 10.53 DECER= 18.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1027-190', 'J1030-1921' RA= 10:30:03.279896 DEC= -19:21:23.76743 RAER= 1.15 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.033, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1026+586', 'J1030+5822' RA= 10:30:05.964940 DEC= +58:22:55.30141 RAER= 2.90 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1027-344', 'J1030-3444' RA= 10:30:07.536364 DEC= -34:44:31.72884 RAER= 0.29 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, n/a, 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 187 observations" / source= '1031-837', 'J1030-8403' RA= 10:30:15.287110 DEC= -84:03:08.64998 RAER= 52.82 DECER= 5.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1027+555', 'J1030+5516' RA= 10:30:24.956573 DEC= +55:16:22.56348 RAER= 3.01 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1028-320', 'J1030-3216' RA= 10:30:28.390652 DEC= -32:16:30.05213 RAER= 1.17 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.049, 8.4, 0.113, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1028-132', 'J1030-1330' RA= 10:30:28.824565 DEC= -13:30:24.62193 RAER= 21.59 DECER= 9.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1028-298', 'J1030-3003' RA= 10:30:31.018100 DEC= -30:03:40.82673 RAER= 0.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.056, 8.4, 0.070, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1027+517', 'J1030+5132' RA= 10:30:35.125661 DEC= +51:32:32.15434 RAER= 0.42 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.027, 8.4, 0.056, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1028-077', 'J1030-0803' RA= 10:30:35.742415 DEC= -08:03:09.18511 RAER= 0.88 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1028-335', 'J1030-3349' RA= 10:30:36.373213 DEC= -33:49:06.31786 RAER= 21.47 DECER= 34.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1028+091', 'J1030+0853' RA= 10:30:38.381982 DEC= +08:53:24.93011 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.037, 8.4, 0.059, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '1028+038', 'J1030+0334' RA= 10:30:38.968606 DEC= +03:34:32.84102 RAER= 0.71 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1027+583', 'J1030+5806' RA= 10:30:39.625702 DEC= +58:06:11.51496 RAER= 0.69 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1028-202', 'J1030-2030' RA= 10:30:40.407512 DEC= -20:30:36.41514 RAER= 0.91 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1029-640', 'J1030-6415' RA= 10:30:42.697003 DEC= -64:15:26.91036 RAER= 7.43 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1027+261', 'J1030+2555' RA= 10:30:45.229104 DEC= +25:55:22.10839 RAER= 15.79 DECER= 11.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1028+093', 'J1030+0904' RA= 10:30:48.274825 DEC= +09:04:40.65209 RAER= 30.19 DECER= 14.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1027+383', 'J1030+3805' RA= 10:30:49.898343 DEC= +38:05:19.87148 RAER= 1.61 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1027+414', 'J1030+4113' RA= 10:30:53.583604 DEC= +41:13:15.99236 RAER= 1.07 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.045, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1028+313', 'J1030+3102' RA= 10:30:59.093612 DEC= +31:02:55.72364 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.042, 8.4, 0.059, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1028-059', 'J1030-0613' RA= 10:30:59.905679 DEC= -06:13:00.82670 RAER= 1.99 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1028-276', 'J1031-2754' RA= 10:31:07.244174 DEC= -27:54:16.20712 RAER= 1.17 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1028-334', 'J1031-3339' RA= 10:31:11.992399 DEC= -33:39:30.75046 RAER= 1.74 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.027, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1028+511', 'J1031+5053' RA= 10:31:18.525132 DEC= +50:53:35.81866 RAER= 0.42 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, 0.018, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1027+749', 'J1031+7441' RA= 10:31:22.023995 DEC= +74:41:58.34515 RAER= 0.50 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.123, 8.4, 0.266, 0.233, 15.2, 0.304, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '1029-022', 'J1031-0233' RA= 10:31:36.896006 DEC= -02:33:15.59381 RAER= 5.35 DECER= 9.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1028+633', 'J1031+6307' RA= 10:31:41.207029 DEC= +63:07:53.90160 RAER= 6.11 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.012, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1028+526', 'J1031+5225' RA= 10:31:43.515313 DEC= +52:25:35.06526 RAER= 1.15 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1028+605', 'J1031+6020' RA= 10:31:44.756338 DEC= +60:20:30.36596 RAER= 0.23 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.248, 5.0, 0.302, 0.171, 8.4, 0.451, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1029 observations" / source= '1029-222', 'J1031-2228' RA= 10:31:52.312103 DEC= -22:28:24.97845 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.118, 5.0, 0.244, 0.061, 8.4, 0.200, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '1029-041', 'J1031-0423' RA= 10:31:55.001812 DEC= -04:23:52.86996 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.110, 8.4, 0.193, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '1028+564', 'J1032+5610' RA= 10:32:02.515785 DEC= +56:10:56.72898 RAER= 0.33 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.141, 5.0, 0.140, 0.042, 8.4, 0.084, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 643 observations" / source= '1029-137', 'J1032-1400' RA= 10:32:06.226785 DEC= -14:00:19.46847 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.054, 8.4, 0.117, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '1029+042', 'J1032+0401' RA= 10:32:08.369813 DEC= +04:01:57.01926 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.066, 8.4, 0.114, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '1029+281', 'J1032+2756' RA= 10:32:14.019783 DEC= +27:56:01.56546 RAER= 0.52 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1029+034', 'J1032+0309' RA= 10:32:20.284280 DEC= +03:09:49.25401 RAER= 0.52 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1029+199', 'J1032+1938' RA= 10:32:20.471211 DEC= +19:38:40.95710 RAER= 0.53 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.028, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1028+725', 'J1032+7218' RA= 10:32:31.893933 DEC= +72:18:18.88334 RAER= 1.26 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.026, 8.4, 0.063, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1029+306', 'J1032+3020' RA= 10:32:34.303597 DEC= +30:20:58.68779 RAER= 5.45 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1029+666', 'J1032+6623' RA= 10:32:39.079920 DEC= +66:23:23.21721 RAER= 1.61 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '1029+378', 'J1032+3738' RA= 10:32:40.721128 DEC= +37:38:26.74897 RAER= 0.33 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.054, 8.4, 0.043, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1030-590', 'J1032-5917' RA= 10:32:42.525060 DEC= -59:17:57.00182 RAER= 0.77 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.998, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1029+569', 'J1032+5641' RA= 10:32:51.351954 DEC= +56:41:25.55310 RAER= 0.66 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.032, 8.4, 0.038, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1029+611', 'J1032+6051' RA= 10:32:53.960892 DEC= +60:51:27.59714 RAER= 1.54 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.035, 8.4, 0.042, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1030-352', 'J1032-3531' RA= 10:32:55.923912 DEC= -35:31:04.58870 RAER= 12.72 DECER= 20.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1029+570', 'J1032+5644' RA= 10:32:58.898573 DEC= +56:44:53.37086 RAER= 0.48 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.036, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '1030+415', 'J1033+4116' RA= 10:33:03.707864 DEC= +41:16:06.23293 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.786, 0.665, 5.0, 0.804, 0.511, 8.4, 1.240, 0.946, 15.2, 1.436, 0.691 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48853 observations" / source= '1030-357', 'J1033-3601' RA= 10:33:07.660794 DEC= -36:01:56.81218 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.121, 8.4, 0.129, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '1030-248', 'J1033-2509' RA= 10:33:10.500133 DEC= -25:09:16.36643 RAER= 1.14 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.038, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1030+398', 'J1033+3935' RA= 10:33:22.060995 DEC= +39:35:51.08285 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.279, 5.0, 0.509, 0.210, 8.4, 0.301, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 940 observations" / source= '1031-503', 'J1033-5035' RA= 10:33:32.146437 DEC= -50:35:28.94486 RAER= 10.80 DECER= 8.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1030+074', 'J1033+071A' RA= 10:33:34.024290 DEC= +07:11:26.14752 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.168, 5.0, 0.330, 0.248, 8.4, 0.240, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4056 observations" / source= '1030+07B', 'J1033+071B' RA= 10:33:34.092666 DEC= +07:11:24.78658 RAER= 0.29 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.045, 5.0, 0.081, 0.010, 8.4, 0.220, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1031-119', 'J1033-1210' RA= 10:33:35.505047 DEC= -12:10:33.21678 RAER= 10.64 DECER= 9.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1031-344', 'J1033-3442' RA= 10:33:36.682440 DEC= -34:42:51.59481 RAER= 7.94 DECER= 27.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1030+456', 'J1033+4522' RA= 10:33:36.741841 DEC= +45:22:36.66182 RAER= 0.56 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.029, 8.4, 0.051, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1031-193', 'J1033-1934' RA= 10:33:38.301057 DEC= -19:34:10.26590 RAER= 5.85 DECER= 11.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1031+115', 'J1033+1119' RA= 10:33:46.110698 DEC= +11:19:27.46243 RAER= 3.18 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1031+168', 'J1033+1633' RA= 10:33:49.245171 DEC= +16:33:20.82415 RAER= 0.39 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.038, 8.4, 0.063, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1031-254', 'J1033-2545' RA= 10:33:51.046717 DEC= -25:45:08.08801 RAER= 0.47 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1030+611', 'J1033+6051' RA= 10:33:51.428977 DEC= +60:51:07.33516 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.467, 0.356, 5.0, 0.264, 0.130, 8.4, 0.554, 0.404, 15.2, 0.513, 0.403 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 977 observations" / source= '1031-253', 'J1033-2536' RA= 10:33:51.458208 DEC= -25:36:16.88145 RAER= 0.29 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.049, 8.4, 0.043, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 319 observations" / source= '1031+400', 'J1033+3948' RA= 10:33:58.618742 DEC= +39:48:43.00226 RAER= 1.45 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.017, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1030+687', 'J1034+6832' RA= 10:34:01.109598 DEC= +68:32:27.14690 RAER= 0.83 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.077, 8.4, 0.060, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '1031-358', 'J1034-3606' RA= 10:34:14.607967 DEC= -36:06:41.66929 RAER= 63.13 DECER= 64.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1031+088', 'J1034+0836' RA= 10:34:18.009947 DEC= +08:36:26.72720 RAER= 1.13 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1031-213', 'J1034-2133' RA= 10:34:21.142468 DEC= -21:33:49.48529 RAER= 5.73 DECER= 8.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1031-019', 'J1034-0211' RA= 10:34:24.394816 DEC= -02:11:02.68352 RAER= 0.27 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.081, 8.4, 0.049, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '1031+625', 'J1034+6220' RA= 10:34:32.993342 DEC= +62:20:10.20771 RAER= 3.94 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1031+290', 'J1034+2849' RA= 10:34:33.215744 DEC= +28:49:45.93486 RAER= 0.77 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.073, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1031+596', 'J1034+5924' RA= 10:34:34.238576 DEC= +59:24:45.86859 RAER= 1.23 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1031+147', 'J1034+1429' RA= 10:34:37.327668 DEC= +14:29:46.18986 RAER= 0.46 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.026, 8.4, 0.028, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '1031+568', 'J1034+5635' RA= 10:34:41.491084 DEC= +56:35:27.67668 RAER= 0.80 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1032+292', 'J1034+2857' RA= 10:34:56.890360 DEC= +28:57:30.49865 RAER= 0.63 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1032+088', 'J1034+0833' RA= 10:34:58.599917 DEC= +08:33:17.38231 RAER= 0.65 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.022, 8.4, 0.041, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1032-199', 'J1035-2011' RA= 10:35:02.155330 DEC= -20:11:34.35963 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.724, 0.251, 5.0, 0.855, 0.371, 8.4, 1.055, 0.386, 15.2, 1.105, 0.376 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4795 observations" / source= '1032-059', 'J1035-0612' RA= 10:35:03.665619 DEC= -06:12:05.76489 RAER= 0.77 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1032-172', 'J1035-1730' RA= 10:35:04.425326 DEC= -17:30:06.54243 RAER= 1.08 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.037, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1032+509', 'J1035+5040' RA= 10:35:06.019468 DEC= +50:40:06.10115 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.162, 5.0, 0.216, 0.116, 8.4, 0.170, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 920 observations" / source= '1031+571', 'J1035+5652' RA= 10:35:06.023825 DEC= +56:52:57.99131 RAER= 0.30 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1031+567', 'J1035+5628' RA= 10:35:07.039949 DEC= +56:28:46.79561 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.759, 0.325, 5.0, 1.169, 0.187, 8.4, 0.685, 0.061, 15.2, 0.253, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1029 observations" / source= '1032+354', 'J1035+3510' RA= 10:35:10.991070 DEC= +35:10:19.64777 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.036, 8.4, 0.053, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 727 observations" / source= '1032+343', 'J1035+3406' RA= 10:35:11.658671 DEC= +34:06:25.23791 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.050, 8.4, 0.145, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '1032-205', 'J1035-2050' RA= 10:35:15.292139 DEC= -20:50:26.27504 RAER= 0.94 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1032+265', 'J1035+2615' RA= 10:35:16.517765 DEC= +26:15:17.37596 RAER= 1.08 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1032+278', 'J1035+2735' RA= 10:35:22.262519 DEC= +27:35:05.96480 RAER= 0.79 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.031, 8.4, 0.061, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1032+444', 'J1035+4409' RA= 10:35:32.125229 DEC= +44:09:31.41494 RAER= 0.50 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1032+427', 'J1035+4230' RA= 10:35:32.577684 DEC= +42:30:18.95928 RAER= 0.59 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '1033-063', 'J1035-0639' RA= 10:35:35.530067 DEC= -06:39:04.08032 RAER= 0.84 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.021, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1032+621', 'J1035+6150' RA= 10:35:40.962996 DEC= +61:50:38.33953 RAER= 4.78 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.017, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1033-020', 'J1035-0220' RA= 10:35:41.009869 DEC= -02:20:30.55806 RAER= 1.28 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1033-180', 'J1035-1816' RA= 10:35:42.904588 DEC= -18:16:05.85269 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.030, 8.4, 0.066, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1033-281', 'J1035-2826' RA= 10:35:44.821286 DEC= -28:26:12.76206 RAER= 2.97 DECER= 13.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1032+559', 'J1035+5542' RA= 10:35:45.546329 DEC= +55:42:54.47789 RAER= 0.67 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '1032+382', 'J1035+3756' RA= 10:35:51.167068 DEC= +37:56:41.71214 RAER= 0.20 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.036, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 716 observations" / source= '1033+152', 'J1035+1500' RA= 10:35:52.376040 DEC= +15:00:07.48594 RAER= 3.35 DECER= 5.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1032+657', 'J1035+6529' RA= 10:35:56.663815 DEC= +65:29:45.64005 RAER= 2.29 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1032+588', 'J1035+5834' RA= 10:35:59.566340 DEC= +58:34:07.32386 RAER= 1.47 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.009, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1033-309', 'J1036-3109' RA= 10:36:03.548536 DEC= -31:09:53.38755 RAER= 0.75 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.034, 8.4, 0.099, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1033+149', 'J1036+1440' RA= 10:36:03.709345 DEC= +14:40:45.03741 RAER= 0.64 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.045, 8.4, 0.092, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1033+147', 'J1036+1428' RA= 10:36:04.990284 DEC= +14:28:53.11509 RAER= 0.91 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.029, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1033+003', 'J1036+0006' RA= 10:36:05.767887 DEC= +00:06:06.78432 RAER= 0.37 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1033+111', 'J1036+1051' RA= 10:36:12.873169 DEC= +10:51:40.26011 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.070, 8.4, 0.120, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 348 observations" / source= '1033+159', 'J1036+1538' RA= 10:36:14.663944 DEC= +15:38:55.11628 RAER= 0.85 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.052, 8.4, 0.042, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1033-259', 'J1036-2612' RA= 10:36:18.146365 DEC= -26:12:47.31221 RAER= 2.04 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.014, 8.4, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1033+137', 'J1036+1326' RA= 10:36:26.885443 DEC= +13:26:51.75504 RAER= 0.70 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.013, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1034-256', 'J1036-2553' RA= 10:36:31.827159 DEC= -25:53:19.54209 RAER= 3.57 DECER= 9.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1034-597', 'J1036-6001' RA= 10:36:32.483041 DEC= -60:01:55.99198 RAER= 13.98 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1033+223', 'J1036+2203' RA= 10:36:32.980696 DEC= +22:03:12.20486 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.110, 5.0, 0.199, 0.100, 8.4, 0.222, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 916 observations" / source= '1033+488', 'J1036+4834' RA= 10:36:35.512119 DEC= +48:34:24.65319 RAER= 14.47 DECER= 25.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1033+243', 'J1036+2405' RA= 10:36:36.216964 DEC= +24:05:51.78388 RAER= 0.93 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1034+128', 'J1036+1233' RA= 10:36:40.355627 DEC= +12:33:38.68975 RAER= 0.58 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1034-505', 'J1036-5047' RA= 10:36:43.972846 DEC= -50:47:43.32508 RAER= 2.30 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1034-058', 'J1036-0605' RA= 10:36:47.573044 DEC= -06:05:41.18491 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.163, 5.0, 0.487, 0.289, 8.4, 0.338, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1033+450', 'J1036+4448' RA= 10:36:53.020828 DEC= +44:48:18.20406 RAER= 1.18 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.059, 8.4, 0.067, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1034-374', 'J1036-3744' RA= 10:36:53.439604 DEC= -37:44:15.06581 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.338, 5.0, 0.319, 0.318, 8.4, 0.336, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3615 observations" / source= '1034-181', 'J1036-1826' RA= 10:36:55.442843 DEC= -18:26:13.73985 RAER= 0.97 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1034-334', 'J1037-3343' RA= 10:37:04.042841 DEC= -33:43:25.82750 RAER= 0.73 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1034+160', 'J1037+1545' RA= 10:37:04.636474 DEC= +15:45:46.96975 RAER= 3.68 DECER= 4.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1034-265', 'J1037-2647' RA= 10:37:10.246091 DEC= -26:47:40.89793 RAER= 5.23 DECER= 15.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1034+470', 'J1037+4650' RA= 10:37:15.391192 DEC= +46:50:14.48697 RAER= 0.94 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1034-293', 'J1037-2934' RA= 10:37:16.079745 DEC= -29:34:02.81352 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.142, 0.363, 5.0, 1.167, 1.479, 8.4, 1.117, 0.619, 15.2, 1.865, 0.838 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50673 observations" / source= '1034+438', 'J1037+4335' RA= 10:37:19.342142 DEC= +43:35:15.30432 RAER= 0.53 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1035-288', 'J1037-2907' RA= 10:37:24.037365 DEC= -29:07:56.75628 RAER= 16.17 DECER= 27.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1034+102', 'J1037+1000' RA= 10:37:36.740554 DEC= +10:00:09.44257 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.042, 8.4, 0.058, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 316 observations" / source= '1035+046', 'J1037+0424' RA= 10:37:39.339563 DEC= +04:24:01.74617 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.129, 8.4, 0.171, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 732 observations" / source= '1035-268', 'J1037-2705' RA= 10:37:39.727620 DEC= -27:05:26.48110 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.105, 5.0, 0.145, 0.092, 8.4, 0.144, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 891 observations" / source= '1035+152', 'J1037+1458' RA= 10:37:41.555637 DEC= +14:58:22.60476 RAER= 0.82 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.031, 8.4, 0.043, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1034+332', 'J1037+3258' RA= 10:37:41.834774 DEC= +32:58:48.37528 RAER= 1.31 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1035-281', 'J1037-2823' RA= 10:37:42.457425 DEC= -28:23:04.10773 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.131, 5.0, 0.287, 0.093, 8.4, 0.214, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '1034+288', 'J1037+2834' RA= 10:37:43.835256 DEC= +28:34:59.45946 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.135, 5.0, 0.165, 0.111, 8.4, 0.191, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 875 observations" / source= '1034+574', 'J1037+5711' RA= 10:37:44.307782 DEC= +57:11:55.62890 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.089, 5.0, 0.078, 0.066, 8.4, 0.087, 0.084, 15.2, 0.113, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1162 observations" / source= '1034+674', 'J1037+6711' RA= 10:37:51.005123 DEC= +67:11:33.34693 RAER= 3.59 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.041, 8.4, 0.046, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1035+370', 'J1037+3646' RA= 10:37:57.308802 DEC= +36:46:56.16092 RAER= 0.52 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '1035-073', 'J1037-0736' RA= 10:37:57.984780 DEC= -07:36:26.80872 RAER= 0.93 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1035-114', 'J1038-1140' RA= 10:38:05.623663 DEC= -11:40:13.32729 RAER= 0.60 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1036-431', 'J1038-4325' RA= 10:38:14.696542 DEC= -43:25:45.88761 RAER= 0.24 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.239, 8.4, 0.212, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '1035-177', 'J1038-1800' RA= 10:38:17.337354 DEC= -18:00:57.12096 RAER= 6.13 DECER= 11.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1035+430', 'J1038+4244' RA= 10:38:18.190544 DEC= +42:44:42.75983 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.138, 5.0, 0.166, 0.097, 8.4, 0.205, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 966 observations" / source= '1035+140', 'J1038+1346' RA= 10:38:22.469569 DEC= +13:46:57.41747 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.043, 8.4, 0.040, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 661 observations" / source= '1036-241', 'J1038-2423' RA= 10:38:24.072073 DEC= -24:23:54.99345 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.079, 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '1036-697', 'J1038-7003' RA= 10:38:28.547125 DEC= -70:03:08.69979 RAER= 23.30 DECER= 7.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1036-394', 'J1038-3941' RA= 10:38:36.591849 DEC= -39:41:39.38684 RAER= 4.28 DECER= 30.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1036-330', 'J1038-3317' RA= 10:38:37.624589 DEC= -33:17:27.30994 RAER= 1.58 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.074, 8.4, 0.084, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1036-529', 'J1038-5311' RA= 10:38:40.657151 DEC= -53:11:43.27079 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.753, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '1036-215', 'J1038-2151' RA= 10:38:41.829902 DEC= -21:51:07.10383 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.040, 8.4, 0.067, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1036-314', 'J1038-3143' RA= 10:38:44.455821 DEC= -31:43:58.63850 RAER= 1.56 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.027, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1036+054', 'J1038+0512' RA= 10:38:46.779874 DEC= +05:12:29.08635 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.791, 0.754, 5.0, 0.844, 0.647, 8.4, 1.063, 0.688, 15.2, 1.468, 0.921 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3582 observations" / source= '1036+365', 'J1039+3619' RA= 10:39:03.916167 DEC= +36:19:41.21244 RAER= 0.67 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.085, 8.4, 0.048, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1036-154', 'J1039-1541' RA= 10:39:06.705134 DEC= -15:41:06.69202 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.212, 8.4, 0.329, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1036-248', 'J1039-2509' RA= 10:39:13.759781 DEC= -25:09:30.26565 RAER= 1.06 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.037, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1037-285', 'J1039-2850' RA= 10:39:21.740420 DEC= -28:50:08.81519 RAER= 0.49 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1037-369', 'J1039-3714' RA= 10:39:28.183515 DEC= -37:14:58.33487 RAER= 1.56 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.032, 8.4, 0.047, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1037+054', 'J1039+0510' RA= 10:39:38.722101 DEC= +05:10:32.62699 RAER= 1.74 DECER= 3.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1035+736', 'J1039+7325' RA= 10:39:39.493784 DEC= +73:25:56.96894 RAER= 0.66 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.048, 8.4, 0.098, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1036+246', 'J1039+2422' RA= 10:39:41.953907 DEC= +24:22:40.75814 RAER= 0.87 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.019, 8.4, 0.036, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1037-120', 'J1039-1219' RA= 10:39:44.699769 DEC= -12:19:41.37575 RAER= 1.78 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1037+112', 'J1040+1058' RA= 10:40:06.275562 DEC= +10:58:41.27981 RAER= 0.94 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.014, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1037+067', 'J1040+0627' RA= 10:40:15.592095 DEC= +06:27:46.60546 RAER= 11.44 DECER= 16.94 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1037+065', 'J1040+0617' RA= 10:40:31.625917 DEC= +06:17:21.76516 RAER= 0.42 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1036+745', 'J1040+7418' RA= 10:40:32.678544 DEC= +74:18:24.88320 RAER= 3.28 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1037+559', 'J1040+5540' RA= 10:40:37.776645 DEC= +55:40:52.95242 RAER= 0.54 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.049, 8.4, 0.088, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1038-354', 'J1040-3543' RA= 10:40:42.038371 DEC= -35:43:04.24850 RAER= 2.78 DECER= 8.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.023, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1038-220', 'J1040-2215' RA= 10:40:44.836741 DEC= -22:15:43.75885 RAER= 1.35 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1038-145', 'J1040-1449' RA= 10:40:51.018983 DEC= -14:49:18.75018 RAER= 7.80 DECER= 10.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1038-233', 'J1040-2335' RA= 10:40:55.866712 DEC= -23:35:51.10502 RAER= 1.16 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.035, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1038-117', 'J1041-1203' RA= 10:41:08.565345 DEC= -12:03:31.03252 RAER= 0.59 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1038+355', 'J1041+3519' RA= 10:41:10.699249 DEC= +35:19:16.80981 RAER= 1.27 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.009, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1038+419', 'J1041+4138' RA= 10:41:16.619923 DEC= +41:38:59.06521 RAER= 0.60 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 379 observations" / source= '1038+064', 'J1041+0610' RA= 10:41:17.162502 DEC= +06:10:16.92367 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 1.687, 1.113, 8.4, 1.277, 0.951, 15.2, 1.267, 0.843 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6147 observations" / source= '1039-642', 'J1041-6431' RA= 10:41:17.245504 DEC= -64:31:02.04097 RAER= 1.00 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1038-121', 'J1041-1224' RA= 10:41:18.084769 DEC= -12:24:45.90464 RAER= 0.75 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.020, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1038+136', 'J1041+1324' RA= 10:41:25.626961 DEC= +13:24:58.48061 RAER= 0.91 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1038+315', 'J1041+3115' RA= 10:41:27.068720 DEC= +31:15:30.49491 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1038+212', 'J1041+2101' RA= 10:41:27.103301 DEC= +21:01:41.46995 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.091, 5.0, 0.149, 0.054, 8.4, 0.143, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 902 observations" / source= '1038+492', 'J1041+4900' RA= 10:41:29.908560 DEC= +49:00:01.64728 RAER= 0.65 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '1038+297', 'J1041+2929' RA= 10:41:36.802773 DEC= +29:29:51.75372 RAER= 0.71 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.049, 8.4, 0.048, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1039-441', 'J1041-4422' RA= 10:41:37.686751 DEC= -44:22:52.88757 RAER= 1.89 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.041, 8.4, 0.071, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1039-259', 'J1041-2610' RA= 10:41:39.293503 DEC= -26:10:52.26899 RAER= 7.94 DECER= 13.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1039+153', 'J1041+1505' RA= 10:41:43.123057 DEC= +15:05:20.74164 RAER= 0.60 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1039-474', 'J1041-4740' RA= 10:41:44.649911 DEC= -47:40:00.06605 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.060, 0.370, 8.4, 1.402, 0.679 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '1038+52A', 'J1041+523A' RA= 10:41:46.781657 DEC= +52:33:28.23196 RAER= 0.17 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.529, 0.424, 5.0, 0.635, 0.247, 8.4, 0.617, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10915 observations" / source= '1038+52B', 'J1041+523B' RA= 10:41:48.897564 DEC= +52:33:55.60864 RAER= 0.24 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.126, 5.0, 0.120, 0.035, 8.4, 0.070, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2807 observations" / source= '1038+392', 'J1041+3901' RA= 10:41:49.151363 DEC= +39:01:19.50071 RAER= 1.96 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1039-159', 'J1041-1614' RA= 10:41:56.507394 DEC= -16:14:04.62584 RAER= 1.35 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.013, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1039-412', 'J1042-4129' RA= 10:42:03.018283 DEC= -41:29:29.74417 RAER= 1.74 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1039-057', 'J1042-0558' RA= 10:42:04.304066 DEC= -05:58:16.63198 RAER= 0.44 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1039+299', 'J1042+2938' RA= 10:42:06.727164 DEC= +29:38:27.01914 RAER= 0.48 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1039+046', 'J1042+0421' RA= 10:42:10.037905 DEC= +04:21:09.07274 RAER= 0.27 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '1039+008', 'J1042+0036' RA= 10:42:17.965572 DEC= +00:36:24.30258 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.033, 8.4, 0.060, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1039+049', 'J1042+0443' RA= 10:42:18.372205 DEC= +04:43:04.06864 RAER= 1.46 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1039+175', 'J1042+1718' RA= 10:42:31.721743 DEC= +17:18:22.83319 RAER= 1.56 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1039+365', 'J1042+3615' RA= 10:42:32.250406 DEC= +36:15:20.83790 RAER= 0.54 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '1039+036', 'J1042+0321' RA= 10:42:34.886103 DEC= +03:21:47.84719 RAER= 0.16 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.035, 8.4, 0.050, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '1039+300', 'J1042+2949' RA= 10:42:36.511747 DEC= +29:49:45.14781 RAER= 0.29 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.271, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '1039+293', 'J1042+2902' RA= 10:42:36.663469 DEC= +29:02:22.80726 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.033, 8.4, 0.044, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1040-414', 'J1042-4143' RA= 10:42:44.400040 DEC= -41:43:25.74879 RAER= 0.22 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.110, 8.4, 0.350, 0.225 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '1040+123', 'J1042+1203' RA= 10:42:44.605252 DEC= +12:03:31.26369 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.629, 0.243, 5.0, 0.792, 0.229, 8.4, 0.348, 0.082, 15.2, 0.365, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 992 observations" / source= '1039+348', 'J1042+3435' RA= 10:42:46.418642 DEC= +34:35:18.65722 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.035, 8.4, 0.056, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1040+080', 'J1042+0748' RA= 10:42:57.587922 DEC= +07:48:50.54391 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.214, 5.0, 0.216, 0.079, 8.4, 0.121, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '1040+011', 'J1043+0054' RA= 10:43:03.842054 DEC= +00:54:20.42093 RAER= 1.22 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1040+244', 'J1043+2408' RA= 10:43:09.035784 DEC= +24:08:35.40941 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.534, 0.420, 5.0, 0.575, 0.519, 8.4, 0.889, 0.601, 15.2, 1.040, 0.751, 22.2, 0.722, 0.506 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45931 observations" / source= '1040-143', 'J1043-1434' RA= 10:43:09.759361 DEC= -14:34:56.38258 RAER= 0.84 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.030, 8.4, 0.032, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1040-13A', 'J1043-135A' RA= 10:43:15.580100 DEC= -13:53:31.08423 RAER= 4.80 DECER= 6.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1040-136', 'J1043-1353' RA= 10:43:15.590068 DEC= -13:53:31.24809 RAER= 3.71 DECER= 9.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1040-184', 'J1043-1841' RA= 10:43:18.048301 DEC= -18:41:24.16305 RAER= 1.13 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1040+317', 'J1043+3131' RA= 10:43:18.639396 DEC= +31:31:06.20205 RAER= 0.46 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 253 observations" / source= '1040-056', 'J1043-0553' RA= 10:43:18.943651 DEC= -05:53:52.53629 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.059, 5.0, 0.083, 0.052, 8.4, 0.100, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '1040+112', 'J1043+1057' RA= 10:43:24.446284 DEC= +10:57:43.82200 RAER= 0.24 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.045, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1041-337', 'J1043-3400' RA= 10:43:34.945083 DEC= -34:00:26.40332 RAER= 1.85 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1040+331', 'J1043+3253' RA= 10:43:40.508936 DEC= +32:53:03.73413 RAER= 49.69 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1041+196', 'J1043+1923' RA= 10:43:41.910794 DEC= +19:23:18.94803 RAER= 1.02 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.016, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1041-014', 'J1043-0144' RA= 10:43:41.929879 DEC= -01:44:05.56596 RAER= 0.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1041-154', 'J1043-1541' RA= 10:43:42.836443 DEC= -15:41:18.56028 RAER= 0.91 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.011, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1041-062', 'J1043-0628' RA= 10:43:44.869211 DEC= -06:28:55.42005 RAER= 0.50 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.022, 8.4, 0.049, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1041-452', 'J1043-4530' RA= 10:43:51.422295 DEC= -45:30:09.56098 RAER= 0.29 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.166, 8.4, 0.222, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '1041-33A', 'J1043-3401' RA= 10:43:55.641605 DEC= -34:01:44.49182 RAER= 0.65 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.076, 8.4, 0.084, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1042-517', 'J1044-5201' RA= 10:44:05.649179 DEC= -52:01:05.74842 RAER= 0.65 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.183, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1041+302', 'J1044+2959' RA= 10:44:06.342827 DEC= +29:59:01.00407 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '1041-219', 'J1044-2214' RA= 10:44:09.632460 DEC= -22:14:14.27973 RAER= 8.27 DECER= 11.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1041+536', 'J1044+5322' RA= 10:44:10.672985 DEC= +53:22:20.54076 RAER= 0.22 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.265, 5.0, 0.301, 0.195, 8.4, 0.227, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1041-169', 'J1044-1710' RA= 10:44:13.006392 DEC= -17:10:41.57769 RAER= 0.48 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1041+111', 'J1044+1055' RA= 10:44:17.150396 DEC= +10:55:04.11621 RAER= 1.89 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1041-009', 'J1044-0111' RA= 10:44:20.284717 DEC= -01:11:46.34968 RAER= 14.11 DECER= 13.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1039+811', 'J1044+8054' RA= 10:44:23.062575 DEC= +80:54:39.44301 RAER= 0.63 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.853, 0.484, 5.0, 1.208, 0.865, 8.4, 0.980, 0.609 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57456 observations" / source= '1042-544', 'J1044-5440' RA= 10:44:24.273925 DEC= -54:40:37.32888 RAER= 0.44 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.200, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1041-105', 'J1044-1051' RA= 10:44:25.894550 DEC= -10:51:16.72613 RAER= 0.87 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.015, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1042-269', 'J1044-2712' RA= 10:44:37.642472 DEC= -27:12:18.85113 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.263, 0.092, 8.4, 0.098, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1042+246', 'J1044+2422' RA= 10:44:48.783672 DEC= +24:22:48.25872 RAER= 5.67 DECER= 5.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1043-643', 'J1044-6435' RA= 10:44:53.983611 DEC= -64:35:26.32051 RAER= 67.31 DECER= 29.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.095, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1042+081', 'J1044+0750' RA= 10:44:54.097284 DEC= +07:50:22.75740 RAER= 0.54 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1042+071', 'J1044+0655' RA= 10:44:55.911251 DEC= +06:55:38.26237 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.150, 5.0, 0.175, 0.101, 8.4, 0.244, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4485 observations" / source= '1042-395', 'J1045-3951' RA= 10:45:09.529494 DEC= -39:51:45.28480 RAER= 2.59 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1042+178', 'J1045+1735' RA= 10:45:14.359783 DEC= +17:35:48.08372 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.115, 5.0, 0.287, 0.220, 8.4, 0.379, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1100 observations" / source= '1042+439', 'J1045+4341' RA= 10:45:17.110389 DEC= +43:41:56.10323 RAER= 1.57 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.047, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1042+319', 'J1045+3142' RA= 10:45:23.448528 DEC= +31:42:31.63368 RAER= 0.79 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.074, 8.4, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043-363', 'J1045-3635' RA= 10:45:32.776358 DEC= -36:35:31.27167 RAER= 1.51 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.039, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1042+495', 'J1045+4920' RA= 10:45:35.250008 DEC= +49:20:10.29864 RAER= 1.48 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1043-176', 'J1045-1751' RA= 10:45:38.898945 DEC= -17:51:54.44896 RAER= 0.64 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.028, 8.4, 0.078, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043-291', 'J1045-2927' RA= 10:45:40.625709 DEC= -29:27:26.33406 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.503, 0.151, 8.4, 0.321, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1042+531', 'J1045+5251' RA= 10:45:42.180683 DEC= +52:51:12.61671 RAER= 1.36 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.014, 8.4, 0.042, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043+066', 'J1045+0624' RA= 10:45:52.733305 DEC= +06:24:36.45104 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.302, 0.294, 8.4, 0.298, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 811 observations" / source= '1043+433', 'J1045+4302' RA= 10:45:56.955955 DEC= +43:02:23.74815 RAER= 2.65 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '1042+662', 'J1046+6559' RA= 10:46:02.343144 DEC= +65:59:28.62238 RAER= 1.29 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.028, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1043-232', 'J1046-2328' RA= 10:46:03.703135 DEC= -23:28:55.31046 RAER= 0.87 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1043+518', 'J1046+5132' RA= 10:46:06.102266 DEC= +51:32:17.91119 RAER= 1.70 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.033, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043+171', 'J1046+1655' RA= 10:46:09.613691 DEC= +16:55:11.56224 RAER= 0.79 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.056, 8.4, 0.056, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043-290', 'J1046-2921' RA= 10:46:09.929596 DEC= -29:21:09.82844 RAER= 0.27 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.044, 5.0, 0.057, 0.029, 8.4, 0.044, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 203 observations" / source= '1042+736', 'J1046+7321' RA= 10:46:10.450325 DEC= +73:21:11.28533 RAER= 1.60 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1043+347', 'J1046+3427' RA= 10:46:20.188920 DEC= +34:27:08.43288 RAER= 0.96 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.032, 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1043+541', 'J1046+5354' RA= 10:46:24.038384 DEC= +53:54:26.23518 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.186, 5.0, 0.142, 0.123, 8.4, 0.208, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1001 observations" / source= '1043+550', 'J1046+5449' RA= 10:46:28.802550 DEC= +54:49:44.40790 RAER= 0.67 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1043+159', 'J1046+1543' RA= 10:46:34.944240 DEC= +15:43:45.02649 RAER= 5.67 DECER= 10.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1044-126', 'J1046-1257' RA= 10:46:38.087742 DEC= -12:57:33.47966 RAER= 6.32 DECER= 8.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1044-512', 'J1046-5130' RA= 10:46:38.902850 DEC= -51:30:11.06559 RAER= 0.48 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.167, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1044+040', 'J1046+0349' RA= 10:46:45.617422 DEC= +03:49:36.08196 RAER= 0.98 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.029, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1044-366', 'J1046-3655' RA= 10:46:57.079198 DEC= -36:55:52.69228 RAER= 0.26 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, n/a, 8.4, 0.131, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '1044-128', 'J1047-1308' RA= 10:47:03.930909 DEC= -13:08:32.41782 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.084, 8.4, 0.316, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '1044+007', 'J1047+0029' RA= 10:47:06.864005 DEC= +00:29:37.08350 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.075, 5.0, 0.062, 0.041, 8.4, 0.080, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1044-191', 'J1047-1922' RA= 10:47:08.350305 DEC= -19:22:58.27510 RAER= 1.34 DECER= 6.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1044+025', 'J1047+0216' RA= 10:47:11.314774 DEC= +02:16:28.32847 RAER= 1.15 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1044-002', 'J1047-0028' RA= 10:47:14.100103 DEC= -00:28:03.18702 RAER= 0.53 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.033, 8.4, 0.055, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1044-363', 'J1047-3635' RA= 10:47:17.336444 DEC= -36:35:54.17228 RAER= 3.02 DECER= 21.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1044+586', 'J1047+5821' RA= 10:47:19.200719 DEC= +58:21:17.51821 RAER= 0.85 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.022, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1044-008', 'J1047-0105' RA= 10:47:21.835652 DEC= -01:05:47.91565 RAER= 5.18 DECER= 11.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1044-062', 'J1047-0630' RA= 10:47:22.515823 DEC= -06:30:29.58293 RAER= 0.65 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.006, 8.4, 0.059, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1044+353', 'J1047+3502' RA= 10:47:23.786422 DEC= +35:02:48.12003 RAER= 0.78 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.061, 8.4, 0.036, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1045-549', 'J1047-5513' RA= 10:47:26.193643 DEC= -55:13:35.96349 RAER= 0.45 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.143, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1044+488', 'J1047+4835' RA= 10:47:32.270355 DEC= +48:35:30.99215 RAER= 1.38 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.040, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1044+476', 'J1047+4725' RA= 10:47:32.688900 DEC= +47:25:32.02181 RAER= 0.95 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.011, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1044+454', 'J1047+4508' RA= 10:47:33.734643 DEC= +45:08:52.61090 RAER= 4.73 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1044+268', 'J1047+2635' RA= 10:47:36.687864 DEC= +26:35:27.48246 RAER= 0.28 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 412 observations" / source= '1045-021', 'J1047-0222' RA= 10:47:38.656030 DEC= -02:22:59.32695 RAER= 0.71 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.040, 8.4, 0.049, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1045-620', 'J1047-6217' RA= 10:47:42.952326 DEC= -62:17:14.63418 RAER= 0.25 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.423, 1.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1044+729', 'J1047+7238' RA= 10:47:47.522657 DEC= +72:38:12.96066 RAER= 0.62 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.051, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '1045-400', 'J1047-4019' RA= 10:47:50.532397 DEC= -40:19:24.06401 RAER= 1.47 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.132, 8.4, 0.112, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1045-199', 'J1047-2014' RA= 10:47:52.372779 DEC= -20:14:22.31295 RAER= 0.80 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.055, 8.4, 0.089, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1045+155', 'J1048+1514' RA= 10:48:01.206468 DEC= +15:14:38.43458 RAER= 0.54 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.028, 5.0, 0.021, 0.009, 8.4, 0.026, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '1045-188', 'J1048-1909' RA= 10:48:06.620626 DEC= -19:09:35.72731 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.889, 0.693, 5.0, 1.331, 1.124, 8.4, 1.040, 0.740, 15.2, 1.251, 0.907 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12207 observations" / source= '1046-529', 'J1048-5313' RA= 10:48:07.643888 DEC= -53:13:21.50468 RAER= 0.45 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.194, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1045+011', 'J1048+0055' RA= 10:48:07.744604 DEC= +00:55:43.48135 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.164, 8.4, 0.249, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1046-463', 'J1048-4639' RA= 10:48:18.008323 DEC= -46:39:17.45834 RAER= 1.76 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1045+019', 'J1048+0141' RA= 10:48:22.867920 DEC= +01:41:48.11365 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.194, 8.4, 0.218, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '1046-502', 'J1048-5029' RA= 10:48:24.347822 DEC= -50:29:39.98161 RAER= 1.54 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '1044+719', 'J1048+7143' RA= 10:48:27.619922 DEC= +71:43:35.93837 RAER= 0.32 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.352, 1.159, 5.0, 1.488, 1.029, 8.4, 1.131, 0.566, 15.2, 1.329, 0.863 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160491 observations" / source= '1045+063', 'J1048+0604' RA= 10:48:29.686636 DEC= +06:04:37.90043 RAER= 0.25 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.026, 8.4, 0.046, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '1045+272', 'J1048+2658' RA= 10:48:30.207278 DEC= +26:58:08.31021 RAER= 1.01 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1046-471', 'J1048-4727' RA= 10:48:30.288074 DEC= -47:27:29.29527 RAER= 5.77 DECER= 17.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1045+358', 'J1048+3538' RA= 10:48:30.370387 DEC= +35:38:00.70016 RAER= 0.68 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1045+215', 'J1048+2115' RA= 10:48:31.291486 DEC= +21:15:52.25166 RAER= 0.33 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '1045+604', 'J1048+6008' RA= 10:48:33.699072 DEC= +60:08:45.64156 RAER= 0.42 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.660, 0.053, 5.0, 0.333, 0.017, 8.4, 0.132, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1045+352', 'J1048+3457' RA= 10:48:34.247901 DEC= +34:57:25.04734 RAER= 1.74 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.207, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1046-409', 'J1048-4114' RA= 10:48:38.271130 DEC= -41:14:00.11583 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.078, 5.0, 0.244, 0.132, 8.4, 0.147, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1524 observations" / source= '1046+175', 'J1048+1717' RA= 10:48:50.827160 DEC= +17:17:42.07055 RAER= 15.15 DECER= 15.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1046+239', 'J1049+2338' RA= 10:49:00.250906 DEC= +23:38:19.87652 RAER= 0.51 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '1046+199', 'J1049+1941' RA= 10:49:05.120789 DEC= +19:41:47.08305 RAER= 2.42 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.016, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1046+378', 'J1049+3737' RA= 10:49:09.825650 DEC= +37:37:59.13560 RAER= 1.41 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1046+157', 'J1049+1526' RA= 10:49:15.405232 DEC= +15:26:54.79872 RAER= 0.72 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1046-049', 'J1049-0513' RA= 10:49:18.727382 DEC= -05:13:10.91640 RAER= 0.68 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.030, 8.4, 0.060, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1046-004', 'J1049-0040' RA= 10:49:21.134181 DEC= -00:40:04.99811 RAER= 0.37 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1046-222', 'J1049-2231' RA= 10:49:21.869062 DEC= -22:31:07.50314 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.076, 5.0, 0.156, 0.066, 8.4, 0.116, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '1046-109', 'J1049-1110' RA= 10:49:23.946763 DEC= -11:10:14.86503 RAER= 0.65 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1047-597', 'J1049-6003' RA= 10:49:34.560126 DEC= -60:03:17.69467 RAER= 19.56 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.377, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1047+038', 'J1049+0336' RA= 10:49:37.500851 DEC= +03:36:15.91397 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.056, 8.4, 0.097, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '1046+416', 'J1049+4125' RA= 10:49:37.738608 DEC= +41:25:52.69076 RAER= 12.00 DECER= 6.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1047-169', 'J1049-1713' RA= 10:49:39.145564 DEC= -17:13:40.64055 RAER= 0.51 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1046+160', 'J1049+1548' RA= 10:49:39.356758 DEC= +15:48:37.57755 RAER= 0.43 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '1047-094', 'J1049-0941' RA= 10:49:45.868581 DEC= -09:41:16.61206 RAER= 0.57 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1047+209', 'J1049+2039' RA= 10:49:45.978527 DEC= +20:39:07.78173 RAER= 1.16 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1047+147', 'J1049+1429' RA= 10:49:46.327577 DEC= +14:29:38.57389 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.152, 8.4, 0.151, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '1046+450', 'J1049+4446' RA= 10:49:53.741054 DEC= +44:46:30.17158 RAER= 6.93 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1047+048', 'J1050+0432' RA= 10:50:10.060775 DEC= +04:32:49.11649 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.172, 8.4, 0.367, 0.331, 15.2, 0.417, 0.382 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 724 observations" / source= '1047+287', 'J1050+2830' RA= 10:50:19.660166 DEC= +28:30:48.03111 RAER= 13.74 DECER= 8.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1047-118', 'J1050-1207' RA= 10:50:19.683695 DEC= -12:07:47.28655 RAER= 0.74 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.031, 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1047-030', 'J1050-0318' RA= 10:50:24.495451 DEC= -03:18:08.38556 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.043, 5.0, 0.141, 0.024, 8.4, 0.167, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 331 observations" / source= '1047+096', 'J1050+0925' RA= 10:50:26.109141 DEC= +09:25:52.61015 RAER= 3.33 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1048-238', 'J1050-2405' RA= 10:50:34.560343 DEC= -24:05:56.79859 RAER= 1.42 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.031, 8.4, 0.026, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1048-025', 'J1050-0251' RA= 10:50:34.885188 DEC= -02:51:49.09291 RAER= 0.62 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1048-005', 'J1050-0047' RA= 10:50:37.450741 DEC= -00:47:23.83231 RAER= 0.74 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.020, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1048-525', 'J1050-5249' RA= 10:50:38.028419 DEC= -52:49:48.32798 RAER= 0.20 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.282, 0.265 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '1048-112', 'J1050-1129' RA= 10:50:41.991207 DEC= -11:29:27.67919 RAER= 0.88 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.046, 8.4, 0.049, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1048-272', 'J1050-2733' RA= 10:50:42.348822 DEC= -27:33:08.54026 RAER= 8.41 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1049-726', 'J1050-7254' RA= 10:50:45.249723 DEC= -72:54:32.31001 RAER= 0.78 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.098, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1048-319', 'J1050-3212' RA= 10:50:45.891654 DEC= -32:12:49.48317 RAER= 0.71 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.060, 8.4, 0.054, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1047+387', 'J1050+3831' RA= 10:50:46.030236 DEC= +38:31:48.63519 RAER= 7.52 DECER= 8.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1048+082', 'J1050+0756' RA= 10:50:51.159456 DEC= +07:56:51.83179 RAER= 1.16 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1048-470', 'J1050-4719' RA= 10:50:53.403767 DEC= -47:19:04.55571 RAER= 0.22 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.511, 0.442 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '1048-350', 'J1050-3517' RA= 10:50:53.415217 DEC= -35:17:44.95975 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.138, 5.0, 0.228, 0.173, 8.4, 0.141, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1048-610', 'J1050-6119' RA= 10:50:55.449232 DEC= -61:19:08.29515 RAER= 40.48 DECER= 21.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1048+347', 'J1050+3430' RA= 10:50:58.123077 DEC= +34:30:10.93765 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.424, 0.198, 5.0, 0.285, 0.077, 8.4, 0.162, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1469 observations" / source= '1048+207', 'J1051+2027' RA= 10:51:01.374293 DEC= +20:27:19.96981 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.117, 5.0, 0.135, 0.106, 8.4, 0.127, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 940 observations" / source= '1048-313', 'J1051-3138' RA= 10:51:04.777519 DEC= -31:38:14.30759 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.706, 0.459, 5.0, 0.812, 0.436, 8.4, 0.460, 0.226 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1647 observations" / source= '1048+540', 'J1051+5347' RA= 10:51:06.698753 DEC= +53:47:54.93075 RAER= 0.64 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '1049-534', 'J1051-5344' RA= 10:51:09.099851 DEC= -53:44:46.54302 RAER= 0.22 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.790, 0.694 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '1048+470', 'J1051+4644' RA= 10:51:15.895850 DEC= +46:44:17.36803 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.049, 5.0, 0.150, 0.064, 8.4, 0.195, 0.085, 15.2, 0.138, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 933 observations" / source= '1048-091', 'J1051-0923' RA= 10:51:16.589099 DEC= -09:23:34.40168 RAER= 3.23 DECER= 8.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1049-650', 'J1051-6518' RA= 10:51:23.520888 DEC= -65:18:08.62477 RAER= 0.82 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.194, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1048+399', 'J1051+3943' RA= 10:51:25.359148 DEC= +39:43:25.68935 RAER= 0.62 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1048+240', 'J1051+2348' RA= 10:51:29.352977 DEC= +23:48:01.23957 RAER= 0.88 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1048-090', 'J1051-0918' RA= 10:51:29.916172 DEC= -09:18:10.19300 RAER= 0.45 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.025, 8.4, 0.060, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1048+331', 'J1051+3254' RA= 10:51:46.280245 DEC= +32:54:05.25996 RAER= 2.86 DECER= 6.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1048+556', 'J1051+5523' RA= 10:51:47.398362 DEC= +55:23:08.39885 RAER= 0.78 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1049+215', 'J1051+2119' RA= 10:51:48.789078 DEC= +21:19:52.31371 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.147, 5.0, 0.353, 0.129, 8.4, 0.392, 0.238, 15.2, 0.940, 0.513 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5465 observations" / source= '1049-332', 'J1051-3332' RA= 10:51:49.215199 DEC= -33:32:52.55148 RAER= 6.22 DECER= 11.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1049-233', 'J1051-2339' RA= 10:51:49.471394 DEC= -23:39:48.89165 RAER= 2.13 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1049+013', 'J1051+0103' RA= 10:51:51.833733 DEC= +01:03:10.87196 RAER= 0.29 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1049+429', 'J1052+4241' RA= 10:52:04.130637 DEC= +42:41:53.22091 RAER= 1.60 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.016, 8.4, 0.029, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1049+384', 'J1052+3811' RA= 10:52:11.789259 DEC= +38:11:44.01700 RAER= 1.81 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.007, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1046+835', 'J1052+8317' RA= 10:52:18.207416 DEC= +83:17:26.63212 RAER= 2.31 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.068, 8.4, 0.046, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '1049+085', 'J1052+0814' RA= 10:52:24.533868 DEC= +08:14:09.50541 RAER= 0.68 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1049+581', 'J1052+5755' RA= 10:52:25.415425 DEC= +57:55:05.73676 RAER= 0.96 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.047, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1049+207', 'J1052+2029' RA= 10:52:26.100382 DEC= +20:29:48.12158 RAER= 1.04 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1049+083', 'J1052+0806' RA= 10:52:31.819659 DEC= +08:06:08.91202 RAER= 3.08 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1049+616', 'J1052+6125' RA= 10:52:32.747607 DEC= +61:25:20.96208 RAER= 2.10 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, 0.017, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1049+018', 'J1052+0135' RA= 10:52:33.146717 DEC= +01:35:59.13343 RAER= 0.79 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.052, 8.4, 0.042, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1050-184', 'J1052-1845' RA= 10:52:34.572422 DEC= -18:45:18.27772 RAER= 0.84 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.052, 8.4, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1050+056', 'J1052+0524' RA= 10:52:39.171929 DEC= +05:24:56.42763 RAER= 0.58 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '1050-146', 'J1052-1453' RA= 10:52:41.291566 DEC= -14:53:01.49422 RAER= 0.38 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.009, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '1050+341', 'J1052+3355' RA= 10:52:50.060331 DEC= +33:55:05.02772 RAER= 0.57 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.040, 8.4, 0.034, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 755 observations" / source= '1050+024', 'J1052+0209' RA= 10:52:50.378300 DEC= +02:09:25.43478 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.066, 8.4, 0.119, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '1050-307', 'J1052-3100' RA= 10:52:51.132816 DEC= -31:00:16.60759 RAER= 1.62 DECER= 5.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.058, 8.4, 0.056, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1050+052', 'J1052+0457' RA= 10:52:53.099654 DEC= +04:57:34.67416 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.043, 8.4, 0.065, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '1050+061', 'J1052+0551' RA= 10:52:55.659872 DEC= +05:51:12.92947 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.017, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1050-374', 'J1052-3743' RA= 10:52:58.097910 DEC= -37:43:18.61431 RAER= 3.06 DECER= 10.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1050-113', 'J1052-1135' RA= 10:52:59.822576 DEC= -11:35:23.98303 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.046, 8.4, 0.055, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1050+100', 'J1053+0949' RA= 10:53:03.205677 DEC= +09:49:14.66082 RAER= 0.73 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.031, 8.4, 0.048, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1050+513', 'J1053+5106' RA= 10:53:12.851373 DEC= +51:06:07.33214 RAER= 1.56 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.017, 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1050-134', 'J1053-1343' RA= 10:53:15.190296 DEC= -13:43:08.87930 RAER= 2.56 DECER= 5.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1050+189', 'J1053+1842' RA= 10:53:26.045270 DEC= +18:42:03.30663 RAER= 0.38 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.046, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1051-312', 'J1053-3130' RA= 10:53:26.079105 DEC= -31:30:28.24701 RAER= 1.89 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1050+212', 'J1053+2058' RA= 10:53:27.247911 DEC= +20:58:36.07713 RAER= 1.34 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1051-099', 'J1053-1010' RA= 10:53:30.521904 DEC= -10:10:50.99607 RAER= 0.43 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.029, 8.4, 0.079, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1050+205', 'J1053+2017' RA= 10:53:31.059499 DEC= +20:17:10.17588 RAER= 0.82 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.048, 8.4, 0.069, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1051-058', 'J1053-0609' RA= 10:53:32.931588 DEC= -06:09:46.08255 RAER= 1.15 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1051-344', 'J1053-3445' RA= 10:53:35.641039 DEC= -34:45:37.69779 RAER= 0.36 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.167, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '1051+000', 'J1053-0014' RA= 10:53:42.213950 DEC= -00:14:20.19366 RAER= 0.69 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1051+087', 'J1053+0831' RA= 10:53:43.816478 DEC= +08:31:49.38775 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.034, 8.4, 0.033, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307 observations" / source= '1050+497', 'J1053+4929' RA= 10:53:44.125275 DEC= +49:29:56.00054 RAER= 0.41 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, 0.024, 8.4, 0.034, 0.020, 15.2, 0.029, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '1051-555', 'J1053-5546' RA= 10:53:51.618154 DEC= -55:46:50.17703 RAER= 2.19 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1050+464', 'J1053+4610' RA= 10:53:53.593486 DEC= +46:10:59.98022 RAER= 0.87 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.033, 8.4, 0.057, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1050+542', 'J1053+5401' RA= 10:53:57.059537 DEC= +54:01:49.02245 RAER= 0.65 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '1050+726', 'J1054+7225' RA= 10:54:10.954722 DEC= +72:25:11.10233 RAER= 1.69 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1051+200', 'J1054+1944' RA= 10:54:14.558535 DEC= +19:44:57.37947 RAER= 1.44 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1051+027', 'J1054+0227' RA= 10:54:21.163928 DEC= +02:27:55.11145 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.038, 8.4, 0.060, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '1051-309', 'J1054-3113' RA= 10:54:21.440940 DEC= -31:13:32.29881 RAER= 0.59 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.023, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1046+867', 'J1054+8629' RA= 10:54:22.274430 DEC= +86:29:36.13829 RAER= 2.67 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.049, 8.4, 0.089, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 913 observations" / source= '1051+534', 'J1054+5308' RA= 10:54:22.930224 DEC= +53:08:09.31164 RAER= 0.58 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.030, 8.4, 0.057, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1050+721', 'J1054+7152' RA= 10:54:26.234787 DEC= +71:52:03.30631 RAER= 5.18 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1051+273', 'J1054+2703' RA= 10:54:26.601431 DEC= +27:03:17.42620 RAER= 0.82 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.015, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1051+281', 'J1054+2753' RA= 10:54:27.202236 DEC= +27:53:29.57489 RAER= 2.76 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1051+224', 'J1054+2210' RA= 10:54:30.624996 DEC= +22:10:54.79816 RAER= 0.35 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1051+391', 'J1054+3855' RA= 10:54:31.891721 DEC= +38:55:21.64923 RAER= 0.29 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.034, 8.4, 0.023, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1051+397', 'J1054+3928' RA= 10:54:32.422226 DEC= +39:28:12.38291 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.124, 5.0, 0.131, 0.090, 8.4, 0.139, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 979 observations" / source= '1052-244', 'J1054-2442' RA= 10:54:35.733925 DEC= -24:42:00.51527 RAER= 0.68 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1051+554', 'J1054+5512' RA= 10:54:37.244660 DEC= +55:12:23.45977 RAER= 0.59 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.044, 8.4, 0.065, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1052-069', 'J1054-0713' RA= 10:54:41.008427 DEC= -07:13:26.29460 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.094, 8.4, 0.199, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '1052-148', 'J1054-1508' RA= 10:54:46.395702 DEC= -15:08:41.14471 RAER= 0.58 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1052-072', 'J1054-0731' RA= 10:54:52.302683 DEC= -07:31:24.66715 RAER= 8.89 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1052-261', 'J1054-2626' RA= 10:54:58.532670 DEC= -26:26:30.58673 RAER= 0.36 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.058, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1053-539', 'J1055-5413' RA= 10:55:17.207558 DEC= -54:13:31.64122 RAER= 0.71 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1052+023', 'J1055+0205' RA= 10:55:17.272422 DEC= +02:05:44.90220 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.046, 8.4, 0.112, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2839 observations" / source= '1052+250', 'J1055+2445' RA= 10:55:17.288729 DEC= +24:45:16.47589 RAER= 33.03 DECER= 33.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1052+052', 'J1055+0501' RA= 10:55:31.212596 DEC= +05:01:37.37114 RAER= 0.85 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1053-282', 'J1055-2831' RA= 10:55:33.403495 DEC= -28:31:33.96573 RAER= 0.36 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.068, 8.4, 0.091, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1053-011', 'J1055-0126' RA= 10:55:34.369558 DEC= -01:26:16.31172 RAER= 0.78 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1052+607', 'J1055+6028' RA= 10:55:43.459924 DEC= +60:28:09.59203 RAER= 13.46 DECER= 6.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1052+456', 'J1055+4524' RA= 10:55:44.980607 DEC= +45:24:01.47709 RAER= 0.78 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1053+167', 'J1055+1630' RA= 10:55:50.594038 DEC= +16:30:51.16430 RAER= 0.77 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1053-349', 'J1056-3510' RA= 10:56:00.243444 DEC= -35:10:21.69539 RAER= 1.58 DECER= 5.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1053-269', 'J1056-2712' RA= 10:56:08.964190 DEC= -27:12:26.05632 RAER= 4.54 DECER= 9.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1053+241', 'J1056+2355' RA= 10:56:12.160086 DEC= +23:55:47.15096 RAER= 4.49 DECER= 7.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1053+465', 'J1056+4618' RA= 10:56:13.458192 DEC= +46:18:59.60895 RAER= 1.13 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.077, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1052+742', 'J1056+7401' RA= 10:56:18.726706 DEC= +74:01:00.17886 RAER= 1.84 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.028, 8.4, 0.066, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1053+066', 'J1056+0621' RA= 10:56:21.729811 DEC= +06:21:41.64153 RAER= 1.95 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1053+505', 'J1056+5019' RA= 10:56:28.256952 DEC= +50:19:52.04058 RAER= 4.71 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1053-115', 'J1056-1147' RA= 10:56:28.826154 DEC= -11:47:06.16331 RAER= 0.53 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.052, 8.4, 0.063, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1054-132', 'J1056-1330' RA= 10:56:33.796146 DEC= -13:30:56.71429 RAER= 0.14 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.038, 8.4, 0.130, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1053+279', 'J1056+2743' RA= 10:56:37.962911 DEC= +27:43:43.73041 RAER= 0.81 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1054-315', 'J1056-3146' RA= 10:56:39.879880 DEC= -31:46:50.91955 RAER= 2.22 DECER= 13.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1053+704', 'J1056+7011' RA= 10:56:53.617500 DEC= +70:11:45.91559 RAER= 0.30 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.318, 0.274, 5.0, 0.659, 0.630, 8.4, 0.397, 0.331, 15.2, 0.540, 0.421 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116892 observations" / source= '1054+055', 'J1056+0517' RA= 10:56:54.154342 DEC= +05:17:13.27871 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '1054-235', 'J1056-2351' RA= 10:56:58.221873 DEC= -23:51:17.49332 RAER= 9.73 DECER= 26.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1054+537', 'J1057+5326' RA= 10:57:05.427500 DEC= +53:26:24.93392 RAER= 1.94 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1053+626', 'J1057+6220' RA= 10:57:06.007994 DEC= +62:20:07.38682 RAER= 0.87 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1054-370', 'J1057-3718' RA= 10:57:09.586592 DEC= -37:18:29.74700 RAER= 9.06 DECER= 23.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1054-038', 'J1057-0409' RA= 10:57:11.238477 DEC= -04:09:27.54249 RAER= 0.57 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.060, 8.4, 0.035, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1054+202', 'J1057+2001' RA= 10:57:12.077458 DEC= +20:01:32.12075 RAER= 21.52 DECER= 13.52 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1054+166', 'J1057+1622' RA= 10:57:13.030796 DEC= +16:22:19.45161 RAER= 0.47 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1054+004', 'J1057+0012' RA= 10:57:15.767457 DEC= +00:12:03.57496 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.530, 0.082, 5.0, 0.239, 0.051, 8.4, 0.171, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '1054+183', 'J1057+1804' RA= 10:57:18.403969 DEC= +18:04:47.70710 RAER= 13.15 DECER= 6.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1054-13A', 'J1057-1331' RA= 10:57:20.792766 DEC= -13:31:19.93038 RAER= 2.53 DECER= 5.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1054-234', 'J1057-2342' RA= 10:57:24.421272 DEC= -23:42:01.71249 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.215, 8.4, 0.282, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1055-403', 'J1057-4039' RA= 10:57:27.881913 DEC= -40:39:40.54283 RAER= 2.91 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1031+892', 'J1057+8858' RA= 10:57:30.883084 DEC= +88:58:44.68692 RAER= 164.48 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1054+164', 'J1057+1609' RA= 10:57:34.669729 DEC= +16:09:58.57840 RAER= 0.91 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.036, 8.4, 0.049, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1055-276', 'J1057-2754' RA= 10:57:50.766354 DEC= -27:54:10.96113 RAER= 1.22 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1055+374', 'J1057+3709' RA= 10:57:50.781833 DEC= +37:09:24.36942 RAER= 0.57 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '1055-248', 'J1057-2509' RA= 10:57:54.133684 DEC= -25:09:29.06292 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.221, 8.4, 0.261, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '1055-242', 'J1057-2433' RA= 10:57:55.409176 DEC= -24:33:48.86445 RAER= 0.90 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.381, 0.058, 5.0, 0.284, n/a, 8.4, 0.074, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '1055-301', 'J1058-3024' RA= 10:58:00.427428 DEC= -30:24:55.02744 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.169, 5.0, 0.209, 0.050, 8.4, 0.190, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '1055+430', 'J1058+4248' RA= 10:58:00.753097 DEC= +42:48:44.15636 RAER= 0.83 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.148, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1055+433', 'J1058+4304' RA= 10:58:02.920792 DEC= +43:04:41.50519 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.245, 5.0, 0.359, 0.233, 8.4, 0.446, 0.284 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1123 observations" / source= '1055-059', 'J1058-0615' RA= 10:58:03.852071 DEC= -06:15:37.67201 RAER= 0.41 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1055-406', 'J1058-4052' RA= 10:58:04.538676 DEC= -40:52:56.06413 RAER= 78.80 DECER= 114.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1055+341', 'J1058+3353' RA= 10:58:08.715560 DEC= +33:53:02.97913 RAER= 0.66 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '1055-028', 'J1058-0309' RA= 10:58:11.010693 DEC= -03:09:27.25466 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.418, 0.181, 5.0, 0.272, 0.133, 8.4, 0.162, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 768 observations" / source= '1053+815', 'J1058+8114' RA= 10:58:11.535380 DEC= +81:14:32.67513 RAER= 0.66 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.427, 0.356, 5.0, 0.310, 0.181, 8.4, 0.535, 0.387, 22.2, 0.891, 0.683 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61664 observations" / source= '1055+499', 'J1058+4939' RA= 10:58:13.046831 DEC= +49:39:36.04574 RAER= 4.86 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.035, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1055+516', 'J1058+5121' RA= 10:58:14.405760 DEC= +51:21:51.05411 RAER= 2.36 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1055+201', 'J1058+1951' RA= 10:58:17.900826 DEC= +19:51:50.86965 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.412, 5.0, 0.428, 0.292, 8.4, 0.347, 0.163, 15.2, 0.329, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1079 observations" / source= '1055-105', 'J1058-1050' RA= 10:58:19.100134 DEC= -10:50:29.20162 RAER= 0.47 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1055+018', 'J1058+0133' RA= 10:58:29.605210 DEC= +01:33:58.82369 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.593, 1.022, 5.0, 2.804, 1.329, 8.4, 4.013, 2.796, 15.2, 4.243, 2.989 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34594 observations" / source= '1055+285', 'J1058+2817' RA= 10:58:29.894959 DEC= +28:17:46.21233 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.078, 5.0, 0.075, 0.074, 8.4, 0.086, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '1055+567', 'J1058+5628' RA= 10:58:37.727674 DEC= +56:28:11.20699 RAER= 0.23 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.185, 5.0, 0.148, 0.084, 8.4, 0.187, 0.089, 15.2, 0.218, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1475 observations" / source= '1057-797', 'J1058-8003' RA= 10:58:43.309806 DEC= -80:03:54.15990 RAER= 0.58 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.600, 1.749 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109861 observations" / source= '1056-360', 'J1058-3619' RA= 10:58:54.762935 DEC= -36:19:21.17483 RAER= 2.88 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1056+049', 'J1058+0443' RA= 10:58:58.581939 DEC= +04:43:47.79135 RAER= 0.76 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1056+162', 'J1059+1600' RA= 10:59:04.059376 DEC= +16:00:45.73796 RAER= 1.43 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1056+026', 'J1059+0225' RA= 10:59:06.135901 DEC= +02:25:04.32593 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.066, 8.4, 0.068, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '1056-091', 'J1059-0924' RA= 10:59:07.469312 DEC= -09:24:38.63151 RAER= 2.59 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1056+512', 'J1059+5056' RA= 10:59:12.224190 DEC= +50:56:45.28662 RAER= 0.90 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.024, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1056-113', 'J1059-1134' RA= 10:59:12.426394 DEC= -11:34:22.77988 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.170, 5.0, 0.104, 0.095, 8.4, 0.138, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '1056+055', 'J1059+0517' RA= 10:59:14.640509 DEC= +05:17:31.29673 RAER= 0.40 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1057-659', 'J1059-6615' RA= 10:59:15.468792 DEC= -66:15:53.61594 RAER= 2.03 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations. No flux information" / source= '1056-325', 'J1059-3248' RA= 10:59:18.998200 DEC= -32:48:08.03840 RAER= 4.76 DECER= 14.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1056+529', 'J1059+5239' RA= 10:59:21.938226 DEC= +52:39:03.31426 RAER= 0.59 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.015, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1057-260', 'J1059-2622' RA= 10:59:25.900007 DEC= -26:22:03.79892 RAER= 1.19 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.072, 8.4, 0.062, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1056+212', 'J1059+2057' RA= 10:59:39.042683 DEC= +20:57:21.95595 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.093, 5.0, 0.175, 0.141, 8.4, 0.298, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1410 observations" / source= '1056+316', 'J1059+3124' RA= 10:59:43.235479 DEC= +31:24:20.50426 RAER= 15.26 DECER= 21.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1056+746', 'J1059+7421' RA= 10:59:49.172952 DEC= +74:21:01.80626 RAER= 7.09 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.059, 8.4, 0.043, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1057+411', 'J1059+4051' RA= 10:59:51.906064 DEC= +40:51:14.20007 RAER= 0.24 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.056, 8.4, 0.047, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '1057-110', 'J1059-1116' RA= 10:59:57.000967 DEC= -11:16:48.21715 RAER= 0.75 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1057-125', 'J1100-1251' RA= 11:00:11.067221 DEC= -12:51:11.92514 RAER= 0.41 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.041, 8.4, 0.061, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1057+050', 'J1100+0444' RA= 11:00:11.465360 DEC= +04:44:01.53290 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1057+100', 'J1100+0949' RA= 11:00:20.206423 DEC= +09:49:35.69129 RAER= 0.73 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.033, 8.4, 0.033, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1057+167', 'J1100+1629' RA= 11:00:21.032837 DEC= +16:29:14.63709 RAER= 0.31 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1057+405', 'J1100+4019' RA= 11:00:21.062017 DEC= +40:19:28.04997 RAER= 0.63 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1058-224', 'J1100-2243' RA= 11:00:28.497212 DEC= -22:43:08.11135 RAER= 0.65 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1057+528', 'J1100+5236' RA= 11:00:38.280579 DEC= +52:36:20.51539 RAER= 19.50 DECER= 21.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1057+551', 'J1100+5453' RA= 11:00:48.242277 DEC= +54:53:33.60056 RAER= 0.97 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1058-425', 'J1100-4249' RA= 11:00:50.317848 DEC= -42:49:13.30321 RAER= 0.48 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.167, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1058-602', 'J1100-6029' RA= 11:00:54.568624 DEC= -60:29:58.54473 RAER= 61.82 DECER= 47.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1058+206', 'J1101+2020' RA= 11:01:06.920178 DEC= +20:20:45.16060 RAER= 0.29 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 404 observations" / source= '1058-446', 'J1101-4454' RA= 11:01:14.030054 DEC= -44:54:32.11141 RAER= 31.39 DECER= 13.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1058+245', 'J1101+2414' RA= 11:01:23.514891 DEC= +24:14:29.54148 RAER= 5.39 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1058+414', 'J1101+4108' RA= 11:01:24.725653 DEC= +41:08:47.38091 RAER= 0.73 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1058+393', 'J1101+3904' RA= 11:01:30.069581 DEC= +39:04:32.63353 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.234, 5.0, 0.291, 0.217, 8.4, 0.249, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1037 observations" / source= '1059+025', 'J1101+0215' RA= 11:01:37.432732 DEC= +02:15:12.21465 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.109, 5.0, 0.127, 0.070, 8.4, 0.126, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '1059-138', 'J1101-1405' RA= 11:01:39.390843 DEC= -14:05:37.80125 RAER= 0.56 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.020, 0.023, 5.0, 0.013, 0.013, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1058+726', 'J1101+7225' RA= 11:01:48.805392 DEC= +72:25:37.11813 RAER= 0.37 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.671, 0.380, 5.0, 0.697, 0.219, 8.4, 0.534, 0.255 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1236 observations" / source= '1059-190', 'J1101-1918' RA= 11:01:49.682483 DEC= -19:18:05.37933 RAER= 0.54 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.032, 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1058+70A', 'J1101+7013' RA= 11:01:51.133273 DEC= +70:13:59.80554 RAER= 2.25 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1059+169', 'J1101+1640' RA= 11:01:51.893710 DEC= +16:40:38.70479 RAER= 0.67 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1058+629', 'J1101+6241' RA= 11:01:53.450804 DEC= +62:41:50.60459 RAER= 0.30 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.102, 5.0, 0.237, 0.213, 8.4, 0.113, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 674 observations" / source= '1059-631', 'J1101-6325' RA= 11:01:54.378449 DEC= -63:25:22.60042 RAER= 0.44 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.878, n/a, 8.4, 0.955, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1059-606', 'J1101-6056' RA= 11:01:58.491695 DEC= -60:56:50.29829 RAER= 4.39 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.221, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1059-309', 'J1102-3113' RA= 11:02:00.124573 DEC= -31:13:53.18873 RAER= 2.30 DECER= 10.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1058+705', 'J1102+7018' RA= 11:02:01.357323 DEC= +70:18:57.29551 RAER= 1.01 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.037, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1059+078', 'J1102+0736' RA= 11:02:01.857982 DEC= +07:36:29.20590 RAER= 11.84 DECER= 14.43 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1059+229', 'J1102+2241' RA= 11:02:03.144491 DEC= +22:41:56.12542 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.103, 5.0, 0.189, 0.102, 8.4, 0.161, 0.100, 22.2, 0.125, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1000 observations" / source= '1059-438', 'J1102-4404' RA= 11:02:04.836194 DEC= -44:04:22.83968 RAER= 0.26 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.323, 0.293, 8.4, 0.340, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '1059+195', 'J1102+1917' RA= 11:02:06.992700 DEC= +19:17:52.57165 RAER= 2.05 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1059+165', 'J1102+1614' RA= 11:02:07.441096 DEC= +16:14:31.98917 RAER= 0.28 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '1058+793', 'J1102+7905' RA= 11:02:09.284969 DEC= +79:05:52.19593 RAER= 44.72 DECER= 11.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, n/a, 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1059+289', 'J1102+2840' RA= 11:02:11.859150 DEC= +28:40:41.11068 RAER= 0.29 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.040, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '1059+649', 'J1102+6442' RA= 11:02:13.253316 DEC= +64:42:22.41747 RAER= 2.56 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1059+282', 'J1102+2757' RA= 11:02:14.288483 DEC= +27:57:08.68934 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.364, 0.297, 5.0, 0.438, 0.335, 8.4, 0.490, 0.274 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16844 observations" / source= '1059+081', 'J1102+0754' RA= 11:02:16.155417 DEC= +07:54:20.61649 RAER= 0.44 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.044, 8.4, 0.036, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1059-307', 'J1102-3102' RA= 11:02:18.789497 DEC= -31:02:45.01243 RAER= 0.83 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1059+382', 'J1102+3801' RA= 11:02:22.947694 DEC= +38:01:22.52644 RAER= 1.63 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1059+580', 'J1102+5747' RA= 11:02:24.043747 DEC= +57:47:25.16764 RAER= 10.60 DECER= 5.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1059-023', 'J1102-0235' RA= 11:02:24.981332 DEC= -02:35:33.44125 RAER= 0.92 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1059+670', 'J1102+6644' RA= 11:02:26.357023 DEC= +66:44:14.16957 RAER= 46.69 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1100-094', 'J1102-0941' RA= 11:02:31.145331 DEC= -09:41:24.01618 RAER= 11.99 DECER= 11.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1059+599', 'J1102+5941' RA= 11:02:42.762808 DEC= +59:41:19.58482 RAER= 0.27 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.135, 5.0, 0.272, 0.102, 8.4, 0.249, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 852 observations" / source= '1100-354', 'J1102-3540' RA= 11:02:44.458694 DEC= -35:40:51.48806 RAER= 1.51 DECER= 5.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1100-200', 'J1102-2017' RA= 11:02:44.855682 DEC= -20:17:53.96489 RAER= 20.31 DECER= 24.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1100-065', 'J1102-0647' RA= 11:02:45.919824 DEC= -06:47:49.56427 RAER= 13.40 DECER= 13.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1059+531', 'J1102+5250' RA= 11:02:49.845044 DEC= +52:50:12.66048 RAER= 0.75 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.029, 8.4, 0.050, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1100+122', 'J1103+1158' RA= 11:03:03.529841 DEC= +11:58:16.62450 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.315, 0.239, 8.4, 0.310, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3133 observations" / source= '1100+090', 'J1103+0844' RA= 11:03:03.901637 DEC= +08:44:39.37857 RAER= 0.48 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.046, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1100+305', 'J1103+3014' RA= 11:03:13.301902 DEC= +30:14:42.70222 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.169, 5.0, 0.229, 0.191, 8.4, 0.319, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1083 observations" / source= '1101-561', 'J1103-5626' RA= 11:03:15.384690 DEC= -56:26:35.55343 RAER= 0.46 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1100-391', 'J1103-3927' RA= 11:03:18.115585 DEC= -39:27:21.56715 RAER= 15.71 DECER= 99.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1100+223', 'J1103+2203' RA= 11:03:23.067633 DEC= +22:03:37.72050 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.681, 0.172, 5.0, 0.509, 0.129, 8.4, 0.308, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '1101-407', 'J1103-4104' RA= 11:03:29.093723 DEC= -41:04:01.91970 RAER= 1.38 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.023, 8.4, 0.047, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1101-325', 'J1103-3251' RA= 11:03:31.526434 DEC= -32:51:16.69394 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.143, 8.4, 0.290, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 605 observations" / source= '1100+115', 'J1103+1114' RA= 11:03:34.791215 DEC= +11:14:42.99176 RAER= 0.77 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.031, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1101-232', 'J1103-2329' RA= 11:03:37.615043 DEC= -23:29:31.20174 RAER= 0.57 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1101-08A', 'J1103-0859' RA= 11:03:40.818299 DEC= -08:59:15.92940 RAER= 0.70 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.032, 8.4, 0.073, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1100+414', 'J1103+4113' RA= 11:03:43.606101 DEC= +41:13:08.24313 RAER= 1.04 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.021, 8.4, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1101+028', 'J1103+0232' RA= 11:03:44.540574 DEC= +02:32:09.97956 RAER= 0.28 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '1101-299', 'J1103-3014' RA= 11:03:49.346299 DEC= -30:14:44.62111 RAER= 4.08 DECER= 12.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1101-536', 'J1103-5357' RA= 11:03:52.221693 DEC= -53:57:00.69667 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.466, 0.396 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1154 observations" / source= '1101+006', 'J1103+0022' RA= 11:03:56.149783 DEC= +00:22:36.30874 RAER= 0.77 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1101+460', 'J1104+4544' RA= 11:04:05.272971 DEC= +45:44:21.76545 RAER= 2.37 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1100+798', 'J1104+7932' RA= 11:04:05.558114 DEC= +79:32:52.95473 RAER= 0.86 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.519, 0.146, 8.4, 0.219, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '1101-301', 'J1104-3024' RA= 11:04:11.207780 DEC= -30:24:10.32441 RAER= 3.39 DECER= 6.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1101+581', 'J1104+5752' RA= 11:04:12.957818 DEC= +57:52:12.87371 RAER= 0.69 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1100+772', 'J1104+7658' RA= 11:04:13.861168 DEC= +76:58:58.19451 RAER= 0.65 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.049, 8.4, 0.086, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 619 observations" / source= '1101-082', 'J1104-0831' RA= 11:04:17.681343 DEC= -08:31:02.46523 RAER= 17.42 DECER= 18.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1101+043', 'J1104+0404' RA= 11:04:19.112406 DEC= +04:04:51.55914 RAER= 0.32 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1101-087', 'J1104-0859' RA= 11:04:21.682365 DEC= -08:59:28.07231 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.080, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1101+077', 'J1104+0730' RA= 11:04:24.071441 DEC= +07:30:53.18087 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.110, 8.4, 0.169, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 823 observations" / source= '1101+092', 'J1104+0858' RA= 11:04:26.229961 DEC= +08:58:40.49921 RAER= 0.56 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, n/a, 5.0, 0.047, 0.015, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '1101+497', 'J1104+4928' RA= 11:04:26.874063 DEC= +49:28:24.39796 RAER= 0.55 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.045, 8.4, 0.051, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1101+384', 'J1104+3812' RA= 11:04:27.313947 DEC= +38:12:31.79895 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.414, 0.262, 5.0, 0.421, 0.359, 8.4, 0.370, 0.259, 15.2, 0.367, 0.277 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27035 observations" / source= '1101+596', 'J1104+5924' RA= 11:04:40.141841 DEC= +59:24:49.36207 RAER= 8.32 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1102-242', 'J1104-2431' RA= 11:04:46.176447 DEC= -24:31:25.79956 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.629, 0.416, 8.4, 0.339, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2079 observations" / source= '1101+609', 'J1104+6038' RA= 11:04:53.694644 DEC= +60:38:55.31478 RAER= 0.26 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.103, 5.0, 0.118, 0.086, 8.4, 0.168, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 996 observations" / source= '1102-373', 'J1105-3740' RA= 11:05:02.584621 DEC= -37:40:02.29966 RAER= 1.08 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1102+471', 'J1105+4653' RA= 11:05:07.071011 DEC= +46:53:18.67852 RAER= 2.00 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.027, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1102-392', 'J1105-3928' RA= 11:05:11.081415 DEC= -39:28:42.15276 RAER= 0.21 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.154, 8.4, 0.173, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 365 observations" / source= '1102+633', 'J1105+6303' RA= 11:05:12.061677 DEC= +63:03:39.41564 RAER= 2.88 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.045, 8.4, 0.051, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1102+014', 'J1105+0109' RA= 11:05:14.279129 DEC= +01:09:08.16770 RAER= 0.54 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.101, 8.4, 0.077, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1102-218', 'J1105-2204' RA= 11:05:16.265036 DEC= -22:04:35.42677 RAER= 5.36 DECER= 8.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1102-179', 'J1105-1813' RA= 11:05:19.112770 DEC= -18:13:13.49901 RAER= 1.10 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1102+304', 'J1105+3009' RA= 11:05:22.815440 DEC= +30:09:41.58996 RAER= 0.46 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '1102+211', 'J1105+2052' RA= 11:05:26.142773 DEC= +20:52:17.42619 RAER= 0.83 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.016, 8.4, 0.142, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1102-081', 'J1105-0825' RA= 11:05:29.302493 DEC= -08:25:45.45632 RAER= 3.56 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1102+118', 'J1105+1132' RA= 11:05:34.119721 DEC= +11:32:45.13774 RAER= 0.39 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.052, 8.4, 0.055, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1102+181', 'J1105+1754' RA= 11:05:38.809698 DEC= +17:54:15.64812 RAER= 0.26 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '1103+023', 'J1105+0202' RA= 11:05:38.992806 DEC= +02:02:57.47360 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.114, 8.4, 0.206, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 791 observations" / source= '1102+447', 'J1105+4428' RA= 11:05:44.292515 DEC= +44:28:30.46578 RAER= 0.39 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '1103-281', 'J1105-2825' RA= 11:05:45.909950 DEC= -28:25:52.48623 RAER= 0.80 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.035, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1103-072', 'J1105-0732' RA= 11:05:47.786092 DEC= -07:32:34.43815 RAER= 1.05 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1103-132', 'J1105-1331' RA= 11:05:48.169513 DEC= -13:31:22.23905 RAER= 8.28 DECER= 13.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1103+323', 'J1105+3207' RA= 11:05:49.150491 DEC= +32:07:16.97058 RAER= 0.30 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1103+106', 'J1105+1020' RA= 11:05:49.610880 DEC= +10:20:59.42206 RAER= 0.71 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1103+400', 'J1105+3946' RA= 11:05:53.819434 DEC= +39:46:56.92426 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.311, 0.275, 8.4, 0.283, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '1103-216', 'J1105-2158' RA= 11:05:55.283526 DEC= -21:58:12.74816 RAER= 1.07 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1103-267', 'J1105-2659' RA= 11:05:59.018411 DEC= -26:59:33.11798 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.065, 5.0, 0.085, 0.051, 8.4, 0.096, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '1103+500', 'J1106+4948' RA= 11:06:00.707156 DEC= +49:48:13.70897 RAER= 5.54 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1103+394', 'J1106+3913' RA= 11:06:04.545599 DEC= +39:13:36.32298 RAER= 0.92 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.041, 8.4, 0.081, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1103-105', 'J1106-1048' RA= 11:06:05.612514 DEC= -10:48:53.32147 RAER= 1.06 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1103+284', 'J1106+2812' RA= 11:06:07.261745 DEC= +28:12:47.06486 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.159, 5.0, 0.277, 0.215, 8.4, 0.224, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1305 observations" / source= '1103-244', 'J1106-2444' RA= 11:06:12.125914 DEC= -24:44:43.43459 RAER= 1.06 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1103+538', 'J1106+5336' RA= 11:06:14.986534 DEC= +53:36:00.99327 RAER= 15.45 DECER= 9.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1103-317', 'J1106-3203' RA= 11:06:15.148778 DEC= -32:03:11.97437 RAER= 0.99 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1103+557', 'J1106+5527' RA= 11:06:15.895503 DEC= +55:27:08.53251 RAER= 0.83 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1103+530', 'J1106+5244' RA= 11:06:16.989099 DEC= +52:44:55.37141 RAER= 2.93 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.017, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1103+282', 'J1106+2757' RA= 11:06:19.466072 DEC= +27:57:10.64139 RAER= 0.70 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.040, 8.4, 0.050, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1104-365', 'J1106-3646' RA= 11:06:24.042376 DEC= -36:46:58.91602 RAER= 2.96 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1103+174', 'J1106+1713' RA= 11:06:26.123805 DEC= +17:13:21.58482 RAER= 0.42 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '1103-006', 'J1106-0052' RA= 11:06:31.774342 DEC= -00:52:52.38156 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.096, 5.0, 0.142, 0.054, 8.4, 0.115, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '1104-363', 'J1106-3637' RA= 11:06:49.083855 DEC= -36:37:17.05862 RAER= 3.41 DECER= 11.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.054, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1104+144', 'J1106+1412' RA= 11:06:51.152330 DEC= +14:12:12.43465 RAER= 0.56 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1104-100', 'J1106-1020' RA= 11:06:53.685929 DEC= -10:20:11.34201 RAER= 0.64 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1104+092', 'J1106+0900' RA= 11:06:54.558965 DEC= +09:00:40.49659 RAER= 0.54 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.099, 8.4, 0.083, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1104+504', 'J1107+5010' RA= 11:07:04.776077 DEC= +50:10:37.91011 RAER= 2.89 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1104-121', 'J1107-1226' RA= 11:07:06.329695 DEC= -12:26:30.81887 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.070, 8.4, 0.059, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '1104-445', 'J1107-4449' RA= 11:07:08.694125 DEC= -44:49:07.61841 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.711, 0.710, 8.4, 1.818, 0.376 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21502 observations" / source= '1105-680', 'J1107-6820' RA= 11:07:12.695150 DEC= -68:20:50.72723 RAER= 0.36 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.037, 0.654 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '1104+167', 'J1107+1628' RA= 11:07:15.047440 DEC= +16:28:02.24569 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.238, 5.0, 0.228, 0.160, 8.4, 0.222, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 944 observations" / source= '1104+058', 'J1107+0533' RA= 11:07:15.881930 DEC= +05:33:06.64948 RAER= 0.90 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1104-040', 'J1107-0418' RA= 11:07:16.598528 DEC= -04:18:51.57160 RAER= 0.92 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1104+103', 'J1107+1004' RA= 11:07:18.886308 DEC= +10:04:17.73626 RAER= 0.56 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1104+525', 'J1107+5219' RA= 11:07:25.827791 DEC= +52:19:31.63643 RAER= 0.23 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.066, 5.0, 0.129, 0.113, 8.4, 0.102, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 926 observations" / source= '1104+365', 'J1107+3616' RA= 11:07:26.926525 DEC= +36:16:12.18031 RAER= 1.19 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.012, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1104+197', 'J1107+1927' RA= 11:07:27.314268 DEC= +19:27:40.85249 RAER= 1.08 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.023, 8.4, 0.040, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1105-254', 'J1107-2540' RA= 11:07:28.673283 DEC= -25:40:23.26010 RAER= 1.93 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1104+346', 'J1107+3421' RA= 11:07:34.338264 DEC= +34:21:18.59488 RAER= 1.12 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.023, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1104+166', 'J1107+1619' RA= 11:07:35.901613 DEC= +16:19:59.36270 RAER= 2.39 DECER= 5.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1105+026', 'J1107+0222' RA= 11:07:35.915801 DEC= +02:22:24.59423 RAER= 0.51 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.005, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1105-615', 'J1107-6148' RA= 11:07:41.119186 DEC= -61:48:42.19211 RAER= 6.74 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1104+728', 'J1107+7232' RA= 11:07:41.722543 DEC= +72:32:36.00505 RAER= 0.35 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, 0.149, 8.4, 0.193, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2610 observations" / source= '1105-304', 'J1107-3043' RA= 11:07:44.144136 DEC= -30:43:35.04730 RAER= 4.15 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1105+105', 'J1107+1016' RA= 11:07:46.156959 DEC= +10:16:22.04697 RAER= 26.60 DECER= 16.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1105-070', 'J1107-0719' RA= 11:07:47.924893 DEC= -07:19:41.76234 RAER= 0.61 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.048, 8.4, 0.087, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1105+153', 'J1107+1502' RA= 11:07:48.063284 DEC= +15:02:10.56136 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, 0.018, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations" / source= '1105+379', 'J1107+3743' RA= 11:07:51.474216 DEC= +37:43:09.24616 RAER= 0.48 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '1105-030', 'J1107-0316' RA= 11:07:54.332491 DEC= -03:16:56.74987 RAER= 0.70 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.037, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1105+159', 'J1107+1540' RA= 11:07:55.292470 DEC= +15:40:30.11458 RAER= 0.40 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1104+668', 'J1107+6632' RA= 11:07:57.452332 DEC= +66:32:55.27014 RAER= 5.21 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1104+672', 'J1108+6700' RA= 11:08:00.525057 DEC= +67:00:26.34756 RAER= 110.70 DECER= 37.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1105+148', 'J1108+1435' RA= 11:08:08.273617 DEC= +14:35:35.68805 RAER= 0.32 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.057, 5.0, 0.399, 0.024, 8.4, 0.174, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '1105-355', 'J1108-3550' RA= 11:08:17.092358 DEC= -35:50:43.48369 RAER= 4.75 DECER= 14.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1105+037', 'J1108+0326' RA= 11:08:19.849711 DEC= +03:26:10.14399 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.068, 8.4, 0.165, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '1105+437', 'J1108+4330' RA= 11:08:23.476920 DEC= +43:30:53.65738 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.179, 5.0, 0.302, 0.205, 8.4, 0.290, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '1105-122', 'J1108-1231' RA= 11:08:28.502202 DEC= -12:31:21.13645 RAER= 0.42 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.046, 8.4, 0.049, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1105+651', 'J1108+6451' RA= 11:08:29.180424 DEC= +64:51:32.27369 RAER= 2.75 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1106-432', 'J1108-4329' RA= 11:08:32.211021 DEC= -43:29:40.09667 RAER= 1.48 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.184, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1105+733', 'J1108+7304' RA= 11:08:33.353618 DEC= +73:04:04.11167 RAER= 14.26 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1105+488', 'J1108+4832' RA= 11:08:33.986157 DEC= +48:32:03.02566 RAER= 1.10 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1106+084', 'J1108+0811' RA= 11:08:37.498841 DEC= +08:11:01.58443 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.098, 8.4, 0.150, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '1106-268', 'J1108-2705' RA= 11:08:37.801974 DEC= -27:05:23.97838 RAER= 1.06 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1103+837', 'J1108+8331' RA= 11:08:38.044411 DEC= +83:31:36.96292 RAER= 57.65 DECER= 41.47 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1105+262', 'J1108+2556' RA= 11:08:38.988092 DEC= +25:56:13.23949 RAER= 0.38 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.088, 8.4, 0.110, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1106+265', 'J1108+2615' RA= 11:08:44.758041 DEC= +26:15:32.75445 RAER= 1.44 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1106+023', 'J1108+0202' RA= 11:08:45.488415 DEC= +02:02:40.90354 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.094, 8.4, 0.137, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '1106-184', 'J1108-1845' RA= 11:08:45.723798 DEC= -18:45:05.31928 RAER= 2.28 DECER= 4.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1106-015', 'J1108-0149' RA= 11:08:58.423266 DEC= -01:49:31.94634 RAER= 1.54 DECER= 4.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, n/a, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1106+397', 'J1109+3925' RA= 11:09:00.730891 DEC= +39:25:54.36852 RAER= 1.40 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, n/a, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1106-050', 'J1109-0519' RA= 11:09:03.418185 DEC= -05:19:01.79813 RAER= 0.64 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1106-227', 'J1109-2301' RA= 11:09:10.739509 DEC= -23:01:44.93448 RAER= 2.95 DECER= 8.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1106+343', 'J1109+3404' RA= 11:09:12.037398 DEC= +34:04:20.21097 RAER= 0.86 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.045, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1106+150', 'J1109+1444' RA= 11:09:14.043546 DEC= +14:44:52.94638 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.042, 8.4, 0.066, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1106+244', 'J1109+2411' RA= 11:09:16.167115 DEC= +24:11:20.15729 RAER= 0.83 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1107-479', 'J1109-4815' RA= 11:09:18.864188 DEC= -48:15:19.26807 RAER= 2.12 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1106+380', 'J1109+3744' RA= 11:09:28.853847 DEC= +37:44:31.10571 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.734, 0.224, 5.0, 0.376, 0.084, 8.4, 0.337, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 849 observations" / source= '1106+338', 'J1109+3337' RA= 11:09:32.798652 DEC= +33:37:06.34616 RAER= 0.49 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1106+671', 'J1109+6652' RA= 11:09:35.482361 DEC= +66:52:41.69841 RAER= 1.50 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.022, 8.4, 0.057, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1106+255', 'J1109+2513' RA= 11:09:38.075734 DEC= +25:13:50.76677 RAER= 0.28 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1106+387', 'J1109+3831' RA= 11:09:39.033135 DEC= +38:31:22.34008 RAER= 0.80 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.054, 8.4, 0.064, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1106+427', 'J1109+4228' RA= 11:09:40.455342 DEC= +42:28:18.18500 RAER= 4.71 DECER= 6.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1107+110', 'J1109+1043' RA= 11:09:46.068420 DEC= +10:43:43.46294 RAER= 0.48 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.481, 0.048, 8.4, 0.245, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1107+072', 'J1109+0658' RA= 11:09:51.254609 DEC= +06:58:56.31764 RAER= 0.23 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.035, 5.0, 0.192, 0.019, 8.4, 0.121, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '1107-372', 'J1109-3732' RA= 11:09:57.649966 DEC= -37:32:21.04230 RAER= 1.31 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1107-187', 'J1110-1858' RA= 11:10:00.406875 DEC= -18:58:48.74301 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.774, 0.322, 8.4, 0.267, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '1106+683', 'J1110+6806' RA= 11:10:01.424098 DEC= +68:06:00.45549 RAER= 1.77 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1107+349', 'J1110+3443' RA= 11:10:04.875454 DEC= +34:43:38.54502 RAER= 1.03 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.056, 8.4, 0.050, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1107-114', 'J1110-1145' RA= 11:10:10.115806 DEC= -11:45:55.75955 RAER= 0.21 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.037, 8.4, 0.143, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1107+125', 'J1110+1217' RA= 11:10:10.457805 DEC= +12:17:08.03713 RAER= 0.44 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.047, 8.4, 0.068, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1107+607', 'J1110+6028' RA= 11:10:13.088096 DEC= +60:28:42.56715 RAER= 0.27 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.462, 0.291, 5.0, 0.367, 0.197, 8.4, 0.234, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '1107+047', 'J1110+0429' RA= 11:10:15.044122 DEC= +04:29:42.97510 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.049, 8.4, 0.076, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '1108-666', 'J1110-6655' RA= 11:10:15.746108 DEC= -66:55:32.03152 RAER= 6.14 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1107-076', 'J1110-0756' RA= 11:10:16.953922 DEC= -07:56:50.17279 RAER= 0.28 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.084, 8.4, 0.095, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1107+218', 'J1110+2131' RA= 11:10:20.460910 DEC= +21:31:45.90440 RAER= 3.34 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1107+087', 'J1110+0828' RA= 11:10:21.767527 DEC= +08:28:46.72273 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.019, 8.4, 0.054, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 232 observations" / source= '1107-183', 'J1110-1835' RA= 11:10:27.773592 DEC= -18:35:52.71276 RAER= 0.50 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1107+485', 'J1110+4817' RA= 11:10:36.324125 DEC= +48:17:52.44989 RAER= 0.27 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.116, 5.0, 0.181, 0.043, 8.4, 0.103, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 910 observations" / source= '1107+718', 'J1110+7133' RA= 11:10:37.599326 DEC= +71:33:56.60396 RAER= 1.04 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 175 observations" / source= '1107+462', 'J1110+4557' RA= 11:10:42.513096 DEC= +45:57:46.27117 RAER= 0.58 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1107+443', 'J1110+4403' RA= 11:10:46.345795 DEC= +44:03:25.92543 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.128, 5.0, 0.199, 0.137, 8.4, 0.211, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1194 observations" / source= '1108+052', 'J1110+0456' RA= 11:10:48.928491 DEC= +04:56:08.03344 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.034, 8.4, 0.041, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '1108+173', 'J1110+1704' RA= 11:10:57.200295 DEC= +17:04:55.73998 RAER= 0.39 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '1108-177', 'J1111-1759' RA= 11:11:03.750786 DEC= -17:59:19.69032 RAER= 0.49 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.025, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1106+836', 'J1111+8324' RA= 11:11:05.450528 DEC= +83:24:00.12529 RAER= 9.70 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a, 8.4, 0.040, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1108+527', 'J1111+5227' RA= 11:11:05.882129 DEC= +52:27:48.99888 RAER= 0.29 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.046, 8.4, 0.054, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 778 observations" / source= '1108+658', 'J1111+6535' RA= 11:11:09.232440 DEC= +65:35:15.52491 RAER= 1.79 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.030, 8.4, 0.045, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1108+289', 'J1111+2841' RA= 11:11:13.186405 DEC= +28:41:47.01096 RAER= 0.55 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.077, 8.4, 0.077, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1108-133', 'J1111-1338' RA= 11:11:16.081115 DEC= -13:38:41.68402 RAER= 0.74 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.012, 8.4, 0.049, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1108+157', 'J1111+1530' RA= 11:11:18.534129 DEC= +15:30:33.05972 RAER= 1.15 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1108+399', 'J1111+3940' RA= 11:11:19.405008 DEC= +39:40:14.15850 RAER= 1.49 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1108+201', 'J1111+1955' RA= 11:11:20.065606 DEC= +19:55:36.00037 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.026, 0.216, 5.0, 0.566, 0.082, 8.4, 0.273, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1031 observations" / source= '1108+272', 'J1111+2657' RA= 11:11:25.188853 DEC= +26:57:48.92103 RAER= 0.37 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 170 observations" / source= '1109-461', 'J1111-4625' RA= 11:11:27.402703 DEC= -46:25:03.87807 RAER= 0.90 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations. No flux information" / source= '1108+331', 'J1111+3252' RA= 11:11:31.772187 DEC= +32:52:55.78495 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 666 observations" / source= '1109-055', 'J1111-0550' RA= 11:11:33.331242 DEC= -05:50:23.42829 RAER= 0.62 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1108+352', 'J1111+3459' RA= 11:11:34.529126 DEC= +34:59:59.64083 RAER= 0.82 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.048, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1109+010', 'J1111+0046' RA= 11:11:38.514907 DEC= +00:46:56.57217 RAER= 2.23 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1109-46A', 'J1111-4626' RA= 11:11:39.258080 DEC= -46:26:08.39082 RAER= 6.48 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '1109+027', 'J1111+0228' RA= 11:11:51.671061 DEC= +02:28:49.48926 RAER= 0.22 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.048, 8.4, 0.060, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '1109+492', 'J1111+4857' RA= 11:11:58.899810 DEC= +48:57:01.41710 RAER= 2.01 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1109-220', 'J1112-2218' RA= 11:12:02.877460 DEC= -22:18:12.25521 RAER= 0.57 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, 0.008, 5.0, 0.030, n/a, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1109-22A', 'J1112-2219' RA= 11:12:06.736920 DEC= -22:19:23.25504 RAER= 1.48 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1109-567', 'J1112-5703' RA= 11:12:07.269639 DEC= -57:03:39.74864 RAER= 0.27 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.582, 0.394 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '1109+357', 'J1112+3527' RA= 11:12:08.089442 DEC= +35:27:07.65482 RAER= 0.48 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1109+076', 'J1112+0724' RA= 11:12:09.558529 DEC= +07:24:49.11742 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.163, 5.0, 0.173, 0.165, 8.4, 0.121, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1706 observations" / source= '1109-084', 'J1112-0842' RA= 11:12:12.647337 DEC= -08:42:19.36740 RAER= 0.38 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.058, 8.4, 0.069, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1109+620', 'J1112+6149' RA= 11:12:17.479957 DEC= +61:49:26.53031 RAER= 0.53 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.041, 8.4, 0.097, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1109-186', 'J1112-1858' RA= 11:12:18.681971 DEC= -18:58:02.15510 RAER= 0.98 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.018, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1109+319', 'J1112+3138' RA= 11:12:19.218729 DEC= +31:38:14.38999 RAER= 0.64 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.043, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1109+445', 'J1112+4414' RA= 11:12:23.592276 DEC= +44:14:37.51012 RAER= 1.20 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1109+318', 'J1112+3135' RA= 11:12:32.651571 DEC= +31:35:24.93500 RAER= 0.19 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1109+353', 'J1112+3503' RA= 11:12:33.246592 DEC= +35:03:39.22642 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.076, 5.0, 0.110, 0.087, 8.4, 0.089, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 859 observations" / source= '1110-374', 'J1112-3745' RA= 11:12:36.805466 DEC= -37:45:45.20841 RAER= 0.30 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.042, 8.4, 0.050, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 201 observations" / source= '1109+350', 'J1112+3446' RA= 11:12:38.769164 DEC= +34:46:39.10951 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.173, 5.0, 0.216, 0.169, 8.4, 0.321, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1394 observations" / source= '1110-269', 'J1112-2712' RA= 11:12:39.330489 DEC= -27:12:19.91955 RAER= 1.44 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.055, 8.4, 0.113, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1110-317', 'J1112-3201' RA= 11:12:46.476583 DEC= -32:01:22.97309 RAER= 48.22 DECER= 32.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1110-203', 'J1112-2039' RA= 11:12:46.868319 DEC= -20:39:31.27901 RAER= 0.66 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1110-217', 'J1112-2158' RA= 11:12:49.848756 DEC= -21:58:29.35002 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.090, 5.0, 0.327, 0.026, 8.4, 0.110, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '1110-120', 'J1112-1219' RA= 11:12:50.751352 DEC= -12:19:21.31912 RAER= 0.73 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1110+266', 'J1112+2621' RA= 11:12:59.379023 DEC= +26:21:06.30417 RAER= 0.63 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.065, 8.4, 0.068, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1110+499', 'J1112+4942' RA= 11:12:59.524366 DEC= +49:42:27.14225 RAER= 2.01 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1110-355', 'J1113-3549' RA= 11:13:01.482242 DEC= -35:49:48.27433 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.150, 8.4, 0.163, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1110-249', 'J1113-2515' RA= 11:13:03.375967 DEC= -25:15:48.15789 RAER= 0.53 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1110-212', 'J1113-2133' RA= 11:13:04.671841 DEC= -21:33:35.68981 RAER= 1.03 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.027, 8.4, 0.049, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1110+405', 'J1113+4017' RA= 11:13:05.545163 DEC= +40:17:29.84372 RAER= 2.10 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1110-074', 'J1113-0742' RA= 11:13:09.631048 DEC= -07:42:51.15528 RAER= 0.58 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.066, 8.4, 0.082, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1108+854', 'J1113+8511' RA= 11:13:33.156750 DEC= +85:11:56.94869 RAER= 4.76 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.047, 8.4, 0.065, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1110+539', 'J1113+5338' RA= 11:13:33.640195 DEC= +53:38:45.52239 RAER= 137.09 DECER= 70.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1110+691', 'J1113+6853' RA= 11:13:49.470139 DEC= +68:53:56.76962 RAER= 0.78 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.029, 8.4, 0.081, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1111-227', 'J1113-2300' RA= 11:13:54.787544 DEC= -23:00:43.66181 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.058, 8.4, 0.150, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1111+157', 'J1113+1528' RA= 11:13:55.865226 DEC= +15:28:05.72846 RAER= 0.63 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1111+554', 'J1113+5510' RA= 11:13:55.909254 DEC= +55:10:05.19322 RAER= 5.97 DECER= 5.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1111+556', 'J1113+5522' RA= 11:13:56.296584 DEC= +55:22:55.64300 RAER= 1.35 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.007, 8.4, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1111+149', 'J1113+1442' RA= 11:13:58.695089 DEC= +14:42:26.95263 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.303, 5.0, 0.364, 0.223, 8.4, 0.272, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10219 observations" / source= '1111+068', 'J1114+0634' RA= 11:14:05.779982 DEC= +06:34:58.27984 RAER= 0.59 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.007, 0.003 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1111-153', 'J1114-1538' RA= 11:14:17.466325 DEC= -15:38:02.78087 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.050, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1111+232', 'J1114+2257' RA= 11:14:26.437349 DEC= +22:57:56.92353 RAER= 0.91 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1111+268', 'J1114+2632' RA= 11:14:27.094876 DEC= +26:32:58.83161 RAER= 0.38 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1115-857', 'J1114-8603' RA= 11:14:30.111317 DEC= -86:03:25.74331 RAER= 5.97 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1111-037', 'J1114-0401' RA= 11:14:31.645675 DEC= -04:01:18.64926 RAER= 0.73 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1112-080', 'J1114-0816' RA= 11:14:32.550660 DEC= -08:16:39.00368 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.358, 0.232, 8.4, 0.302, 0.141, 22.2, 0.199, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1913 observations" / source= '1111+408', 'J1114+4037' RA= 11:14:38.725538 DEC= +40:37:20.33331 RAER= 1.91 DECER= 4.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, n/a, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1111+329', 'J1114+3241' RA= 11:14:38.889479 DEC= +32:41:33.46489 RAER= 8.20 DECER= 7.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1112-025', 'J1114-0247' RA= 11:14:39.663919 DEC= -02:47:31.74307 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.063, 5.0, 0.141, 0.075, 8.4, 0.165, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '1112-483', 'J1114-4834' RA= 11:14:50.022627 DEC= -48:34:46.50960 RAER= 7.12 DECER= 16.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1111+741', 'J1114+7350' RA= 11:14:52.570799 DEC= +73:50:07.64023 RAER= 7.25 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.012, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1112-050', 'J1114-0517' RA= 11:14:57.564303 DEC= -05:17:21.57553 RAER= 0.49 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.022, 8.4, 0.064, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '1112-365', 'J1114-3652' RA= 11:14:58.293668 DEC= -36:52:40.04670 RAER= 0.26 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.054, 5.0, 0.076, 0.051, 8.4, 0.090, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 320 observations" / source= '1112-379', 'J1115-3814' RA= 11:15:04.432345 DEC= -38:14:10.87077 RAER= 2.66 DECER= 31.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1112-165', 'J1115-1649' RA= 11:15:08.259207 DEC= -16:49:58.45444 RAER= 0.92 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1112+040', 'J1115+0344' RA= 11:15:09.899315 DEC= +03:44:17.50313 RAER= 1.27 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1112-067', 'J1115-0702' RA= 11:15:11.730530 DEC= -07:02:39.97127 RAER= 0.32 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.020, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '1112+504', 'J1115+5009' RA= 11:15:13.470218 DEC= +50:09:01.16028 RAER= 5.17 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1112+435', 'J1115+4314' RA= 11:15:21.259059 DEC= +43:14:37.88154 RAER= 2.26 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1112-162', 'J1115-1631' RA= 11:15:24.989618 DEC= -16:31:37.85168 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.068, 8.4, 0.100, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1112+209', 'J1115+2042' RA= 11:15:30.567619 DEC= +20:42:03.39194 RAER= 0.46 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.045, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1113-071', 'J1115-0723' RA= 11:15:32.184733 DEC= -07:23:25.04006 RAER= 3.49 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1113+057', 'J1115+0530' RA= 11:15:49.926803 DEC= +05:30:26.71981 RAER= 1.61 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1113-197', 'J1115-1958' RA= 11:15:51.192289 DEC= -19:58:54.33289 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.096, 8.4, 0.098, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '1113-307', 'J1115-3059' RA= 11:15:58.814544 DEC= -30:59:27.43306 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.079, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '1113+613', 'J1116+6103' RA= 11:16:02.156420 DEC= +61:03:30.71995 RAER= 7.19 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1113+087', 'J1116+0829' RA= 11:16:09.973381 DEC= +08:29:22.03211 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.131, 8.4, 0.261, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2924 observations" / source= '1113-282', 'J1116-2828' RA= 11:16:11.800464 DEC= -28:28:30.59435 RAER= 0.63 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.018, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1112+728', 'J1116+7235' RA= 11:16:13.224436 DEC= +72:35:48.21502 RAER= 2.76 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.008, 8.4, 0.038, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1113+060', 'J1116+0543' RA= 11:16:17.777706 DEC= +05:43:53.84391 RAER= 288.37 DECER= 428.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1113+29A', 'J1116+2915' RA= 11:16:22.713174 DEC= +29:15:08.25808 RAER= 0.37 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1113+295', 'J1116+291A' RA= 11:16:34.618614 DEC= +29:15:17.12026 RAER= 0.37 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.018, 8.4, 0.042, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1114-220', 'J1116-2216' RA= 11:16:54.607801 DEC= -22:16:52.33234 RAER= 0.66 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1113+647', 'J1116+6430' RA= 11:16:56.093329 DEC= +64:30:34.23493 RAER= 3.05 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, 0.007, 8.4, 0.017, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1114+201', 'J1116+1952' RA= 11:16:56.703497 DEC= +19:52:03.61271 RAER= 0.73 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1114+134', 'J1117+1311' RA= 11:17:01.898841 DEC= +13:11:15.57764 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.083, 8.4, 0.047, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1114+205', 'J1117+2014' RA= 11:17:06.251246 DEC= +20:14:07.38202 RAER= 0.25 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.035, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '1114-265', 'J1117-2650' RA= 11:17:13.683661 DEC= -26:50:38.31743 RAER= 8.41 DECER= 14.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1114-533', 'J1117-5338' RA= 11:17:15.333361 DEC= -53:38:16.23107 RAER= 17.06 DECER= 6.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1114+003', 'J1117+0006' RA= 11:17:17.536793 DEC= +00:06:33.62803 RAER= 0.82 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1114+193', 'J1117+1904' RA= 11:17:18.631778 DEC= +19:04:23.70706 RAER= 0.51 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.032, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1115-483', 'J1117-4838' RA= 11:17:19.909134 DEC= -48:38:10.20730 RAER= 3.40 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.112, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1114+025', 'J1117+0216' RA= 11:17:23.627526 DEC= +02:16:19.49251 RAER= 1.02 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1115-331', 'J1117-3328' RA= 11:17:32.224325 DEC= -33:28:00.63941 RAER= 0.57 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.049, 8.4, 0.051, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1115-023', 'J1117-0236' RA= 11:17:33.847370 DEC= -02:36:00.40545 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.032, 5.0, 0.104, 0.035, 8.4, 0.083, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1115-111', 'J1117-1123' RA= 11:17:34.073573 DEC= -11:23:50.71925 RAER= 0.67 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.049, 8.4, 0.058, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1114+532', 'J1117+5259' RA= 11:17:40.359804 DEC= +52:59:36.54366 RAER= 0.86 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.067, 8.4, 0.067, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1115+260', 'J1117+2548' RA= 11:17:40.394794 DEC= +25:48:46.64186 RAER= 0.63 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1115+028', 'J1117+0231' RA= 11:17:47.676294 DEC= +02:31:53.22572 RAER= 0.39 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1115-180', 'J1117-1818' RA= 11:17:51.070459 DEC= -18:18:39.01796 RAER= 0.55 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.015, 8.4, 0.043, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1115+416', 'J1117+4120' RA= 11:17:53.334216 DEC= +41:20:16.28164 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1115-158', 'J1117-1609' RA= 11:17:54.253353 DEC= -16:09:22.74265 RAER= 0.67 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.049, 8.4, 0.071, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1115+542', 'J1117+5355' RA= 11:17:57.241814 DEC= +53:55:54.84896 RAER= 0.72 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1115-365', 'J1117-3649' RA= 11:17:58.409401 DEC= -36:49:19.14638 RAER= 0.91 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1115+026', 'J1117+0221' RA= 11:17:58.622132 DEC= +02:21:57.57950 RAER= 0.94 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1115-212', 'J1117-2133' RA= 11:17:58.872928 DEC= -21:33:49.92788 RAER= 0.47 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.034, 8.4, 0.077, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1115+132', 'J1118+1256' RA= 11:18:04.389247 DEC= +12:56:28.05671 RAER= 0.84 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1115+536', 'J1118+5319' RA= 11:18:12.251648 DEC= +53:19:43.94042 RAER= 0.73 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1115-039', 'J1118-0413' RA= 11:18:12.455654 DEC= -04:13:24.39850 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.093, 8.4, 0.120, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1115-074', 'J1118-0743' RA= 11:18:15.244231 DEC= -07:43:10.92209 RAER= 0.69 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.047, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1115-122', 'J1118-1232' RA= 11:18:17.141385 DEC= -12:32:54.26197 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.768, 0.348, 8.4, 0.661, 0.339 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2370 observations" / source= '1115+558', 'J1118+5534' RA= 11:18:17.376608 DEC= +55:34:18.20993 RAER= 0.96 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.015, 8.4, 0.040, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1115-306', 'J1118-3054' RA= 11:18:20.610197 DEC= -30:54:58.52884 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.110, 8.4, 0.108, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '1116-462', 'J1118-4634' RA= 11:18:26.957634 DEC= -46:34:15.00192 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.857, 0.189, 8.4, 1.171, 0.309 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '1115+621', 'J1118+6154' RA= 11:18:35.022118 DEC= +61:54:25.98634 RAER= 4.03 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.012, 8.4, 0.032, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1116-139', 'J1118-1410' RA= 11:18:48.902770 DEC= -14:10:50.85412 RAER= 0.73 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1115+591', 'J1118+5853' RA= 11:18:52.687469 DEC= +58:53:32.24131 RAER= 3.02 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1116+238', 'J1118+2333' RA= 11:18:55.552586 DEC= +23:33:30.90481 RAER= 0.55 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.057, 8.4, 0.046, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1116-367', 'J1118-3702' RA= 11:18:57.092397 DEC= -37:02:17.33445 RAER= 8.72 DECER= 17.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1116+128', 'J1118+1234' RA= 11:18:57.301436 DEC= +12:34:41.71793 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.519, 0.716, 5.0, 1.248, 0.762, 8.4, 1.000, 0.523, 15.2, 0.722, 0.307 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5533 observations" / source= '1116+296', 'J1118+2922' RA= 11:18:57.921212 DEC= +29:22:13.75014 RAER= 0.19 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '1116+281', 'J1118+2754' RA= 11:18:59.366429 DEC= +27:54:07.00384 RAER= 0.49 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '1116+603', 'J1119+6004' RA= 11:19:14.345358 DEC= +60:04:57.20526 RAER= 0.43 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.124, 5.0, 0.135, 0.074, 8.4, 0.065, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 892 observations" / source= '1115+810', 'J1119+8048' RA= 11:19:18.171919 DEC= +80:48:30.29751 RAER= 6.83 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.054, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1116+227', 'J1119+2226' RA= 11:19:30.318149 DEC= +22:26:49.37116 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.045, 5.0, 0.082, 0.050, 8.4, 0.083, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 937 observations" / source= '1117-069', 'J1119-0714' RA= 11:19:42.658319 DEC= -07:14:45.33980 RAER= 0.83 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.016, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1117+044', 'J1119+0410' RA= 11:19:42.824235 DEC= +04:10:27.92784 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.084, 8.4, 0.139, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '1117+172', 'J1119+1656' RA= 11:19:52.424447 DEC= +16:56:56.93755 RAER= 0.27 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1117+574', 'J1120+5707' RA= 11:20:03.761344 DEC= +57:07:58.39604 RAER= 1.85 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.011, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1117-248', 'J1120-2508' RA= 11:20:09.112475 DEC= -25:08:07.53842 RAER= 0.41 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.694, 0.097, 5.0, 0.297, 0.008, 8.4, 0.082, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '1117+214', 'J1120+2108' RA= 11:20:11.658911 DEC= +21:08:48.12208 RAER= 0.36 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '1117-124', 'J1120-1243' RA= 11:20:12.080528 DEC= -12:43:37.82927 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.366, 0.332, 8.4, 0.298, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '1117-270', 'J1120-2719' RA= 11:20:16.191746 DEC= -27:19:06.36599 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.609, 0.506, 8.4, 0.508, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '1117+113', 'J1120+1104' RA= 11:20:21.372839 DEC= +11:04:34.78018 RAER= 0.29 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.039, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1117+543', 'J1120+5404' RA= 11:20:23.229538 DEC= +54:04:27.11118 RAER= 0.24 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.070, 5.0, 0.066, 0.057, 8.4, 0.062, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1075 observations" / source= '1117+146', 'J1120+1420' RA= 11:20:27.808130 DEC= +14:20:54.97365 RAER= 0.25 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.018, 0.119, 8.4, 0.165, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '1117+098', 'J1120+0934' RA= 11:20:28.799551 DEC= +09:34:25.22956 RAER= 0.57 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.046, 8.4, 0.056, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1117+278', 'J1120+2736' RA= 11:20:30.068007 DEC= +27:36:10.91472 RAER= 2.20 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1117+077', 'J1120+0728' RA= 11:20:31.507110 DEC= +07:28:12.92090 RAER= 0.88 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1117+332', 'J1120+3257' RA= 11:20:35.229153 DEC= +32:57:45.83385 RAER= 0.94 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1118+073', 'J1120+0704' RA= 11:20:38.443602 DEC= +07:04:47.17246 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.174, 8.4, 0.172, 0.051, 15.2, 0.148, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 666 observations" / source= '1118+237', 'J1120+2327' RA= 11:20:42.988694 DEC= +23:27:55.61666 RAER= 3.50 DECER= 5.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1118-058', 'J1120-0607' RA= 11:20:43.876473 DEC= -06:07:42.82085 RAER= 0.99 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.043, 8.4, 0.045, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1118+424', 'J1120+4212' RA= 11:20:48.062365 DEC= +42:12:12.46603 RAER= 0.40 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, 0.019, 8.4, 0.019, 0.015, 15.2, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '1118+461', 'J1120+4553' RA= 11:20:52.529112 DEC= +45:53:50.77408 RAER= 0.52 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1118-140', 'J1120-1420' RA= 11:20:55.563681 DEC= -14:20:29.92486 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.251, 8.4, 0.321, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '1118+201', 'J1121+1950' RA= 11:21:06.333606 DEC= +19:50:07.86470 RAER= 0.68 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1118+373', 'J1121+3702' RA= 11:21:11.114644 DEC= +37:02:47.08550 RAER= 1.05 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.016, 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1118-207', 'J1121-2059' RA= 11:21:18.359086 DEC= -20:59:02.48213 RAER= 0.81 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.040, 8.4, 0.070, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1118+222', 'J1121+2159' RA= 11:21:19.018107 DEC= +21:59:47.88875 RAER= 0.59 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.030, 8.4, 0.048, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1118+000', 'J1121-0013' RA= 11:21:19.422268 DEC= -00:13:16.45559 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.059, 5.0, 0.063, 0.049, 8.4, 0.061, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '1118-171', 'J1121-1722' RA= 11:21:20.806526 DEC= -17:22:40.82774 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.149, 8.4, 0.141, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1118-056', 'J1121-0553' RA= 11:21:25.108062 DEC= -05:53:56.44046 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.432, 0.276, 5.0, 0.507, 0.290, 8.4, 0.460, 0.273, 15.2, 0.404, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 640 observations" / source= '1118-057', 'J1121-0600' RA= 11:21:27.587373 DEC= -06:00:14.44649 RAER= 1.11 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, 0.018, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1119-661', 'J1121-6624' RA= 11:21:29.038172 DEC= -66:24:55.18608 RAER= 65.06 DECER= 23.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1118+273', 'J1121+2704' RA= 11:21:29.576342 DEC= +27:04:17.05973 RAER= 0.57 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.147, 8.4, 0.099, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1119-069', 'J1121-0711' RA= 11:21:42.122939 DEC= -07:11:06.34184 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.128, 8.4, 0.199, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1805 observations" / source= '1119-044', 'J1121-0442' RA= 11:21:43.114306 DEC= -04:42:36.15106 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.069, 8.4, 0.101, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '1119-028', 'J1121-0307' RA= 11:21:43.508540 DEC= -03:07:50.61385 RAER= 0.52 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1119+498', 'J1121+4932' RA= 11:21:52.301900 DEC= +49:32:25.09893 RAER= 0.84 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.048, 8.4, 0.088, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1119+228', 'J1121+2236' RA= 11:21:55.401159 DEC= +22:36:21.41344 RAER= 0.69 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.034, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1119+435', 'J1121+4314' RA= 11:21:56.698631 DEC= +43:14:56.87885 RAER= 33.72 DECER= 17.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1119-252', 'J1122-2532' RA= 11:22:05.743238 DEC= -25:32:33.83216 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.232, 5.0, 0.267, 0.171, 8.4, 0.214, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '1119+149', 'J1122+1439' RA= 11:22:13.846706 DEC= +14:39:33.54264 RAER= 0.55 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.034, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1119-117', 'J1122-1201' RA= 11:22:21.276559 DEC= -12:01:04.58762 RAER= 0.54 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1119-184', 'J1122-1843' RA= 11:22:24.498940 DEC= -18:43:35.58688 RAER= 1.50 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1119+183', 'J1122+1805' RA= 11:22:29.711490 DEC= +18:05:26.34339 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.790, 0.410, 5.0, 0.643, 0.173, 8.4, 0.607, 0.229 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1354 observations" / source= '1119+216', 'J1122+2124' RA= 11:22:29.938573 DEC= +21:24:21.73680 RAER= 1.02 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1119+481', 'J1122+4754' RA= 11:22:38.732338 DEC= +47:54:35.14762 RAER= 14.75 DECER= 23.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1120-274', 'J1122-2742' RA= 11:22:56.410046 DEC= -27:42:48.46560 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.688, 0.149, 8.4, 0.149, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '1120-193', 'J1123-1937' RA= 11:23:10.703803 DEC= -19:37:49.55311 RAER= 1.22 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1120-144', 'J1123-1444' RA= 11:23:16.521296 DEC= -14:44:24.95664 RAER= 1.17 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.302, n/a, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1121-640', 'J1123-6417' RA= 11:23:19.415088 DEC= -64:17:36.20015 RAER= 0.63 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1120+466', 'J1123+4620' RA= 11:23:21.308201 DEC= +46:20:20.94425 RAER= 0.74 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.049, 8.4, 0.078, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1120-095', 'J1123-0949' RA= 11:23:23.609272 DEC= -09:49:05.11716 RAER= 0.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.070, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1120-252', 'J1123-2528' RA= 11:23:25.373517 DEC= -25:28:57.06952 RAER= 8.19 DECER= 19.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1120+241', 'J1123+2350' RA= 11:23:32.048042 DEC= +23:50:47.85913 RAER= 1.64 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1121-200', 'J1123-2020' RA= 11:23:33.543536 DEC= -20:20:13.04171 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.063, 5.0, 0.065, 0.066, 8.4, 0.098, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '1120+120', 'J1123+1144' RA= 11:23:35.446628 DEC= +11:44:35.04480 RAER= 0.93 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1120+510', 'J1123+5045' RA= 11:23:37.112091 DEC= +50:45:31.83964 RAER= 0.25 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.046, 8.4, 0.064, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '1121+056', 'J1123+0520' RA= 11:23:38.149839 DEC= +05:20:38.52651 RAER= 0.89 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.035, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1121-154', 'J1123-1542' RA= 11:23:39.975599 DEC= -15:42:00.95617 RAER= 0.60 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.066, 8.4, 0.074, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1121+161', 'J1123+1553' RA= 11:23:40.089797 DEC= +15:53:53.60860 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.073, 8.4, 0.054, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1121+028', 'J1123+0235' RA= 11:23:42.274935 DEC= +02:35:44.04016 RAER= 0.66 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1120+807', 'J1123+8030' RA= 11:23:43.374985 DEC= +80:30:23.30749 RAER= 0.89 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.034, 5.0, 0.245, 0.209, 8.4, 0.151, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '1120+777', 'J1123+7731' RA= 11:23:43.615790 DEC= +77:31:24.40127 RAER= 32.10 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1121+124', 'J1123+1209' RA= 11:23:47.886582 DEC= +12:09:13.34594 RAER= 0.48 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.091, 8.4, 0.065, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1121-036', 'J1123-0354' RA= 11:23:53.157519 DEC= -03:54:58.93471 RAER= 0.78 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.023, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1121+051', 'J1123+0450' RA= 11:23:53.296621 DEC= +04:50:15.61927 RAER= 19.45 DECER= 23.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1121-371', 'J1123-3727' RA= 11:23:54.320320 DEC= -37:27:07.28417 RAER= 3.11 DECER= 12.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1121-532', 'J1123-5334' RA= 11:23:54.331523 DEC= -53:34:17.13696 RAER= 0.41 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.109, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1121-147', 'J1124-1501' RA= 11:24:02.565610 DEC= -15:01:58.94979 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.199, 5.0, 0.240, n/a, 8.4, 0.159, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '1121+238', 'J1124+2336' RA= 11:24:02.705885 DEC= +23:36:45.86997 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.545, 0.408, 5.0, 0.380, 0.209, 8.4, 0.357, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1297 observations" / source= '1121+325', 'J1124+3214' RA= 11:24:03.013910 DEC= +32:14:14.07734 RAER= 0.21 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '1121+188', 'J1124+1836' RA= 11:24:05.963177 DEC= +18:36:54.65946 RAER= 0.44 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.156, 8.4, 0.095, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1121-178', 'J1124-1805' RA= 11:24:06.620915 DEC= -18:05:03.76961 RAER= 2.93 DECER= 5.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1121-148', 'J1124-1508' RA= 11:24:07.511886 DEC= -15:08:13.02700 RAER= 28.25 DECER= 25.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1121-456', 'J1124-4552' RA= 11:24:08.515878 DEC= -45:52:41.61551 RAER= 3.68 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations. No flux information" / source= '1121+518', 'J1124+5133' RA= 11:24:13.166489 DEC= +51:33:49.35565 RAER= 0.42 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.030, 8.4, 0.037, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '1121-330', 'J1124-3317' RA= 11:24:15.784647 DEC= -33:17:36.91294 RAER= 5.12 DECER= 15.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1121+661', 'J1124+6555' RA= 11:24:24.665997 DEC= +65:55:01.38184 RAER= 0.44 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.111, 8.4, 0.105, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1121+234', 'J1124+2307' RA= 11:24:31.588295 DEC= +23:07:55.95345 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.093, 5.0, 0.119, 0.061, 8.4, 0.124, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1148 observations" / source= '1121+165', 'J1124+1616' RA= 11:24:34.789412 DEC= +16:16:51.84500 RAER= 4.71 DECER= 10.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1122-078', 'J1124-0806' RA= 11:24:37.523962 DEC= -08:06:42.66706 RAER= 0.46 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1121+376', 'J1124+3722' RA= 11:24:38.161147 DEC= +37:22:40.35500 RAER= 1.76 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1122-168', 'J1124-1705' RA= 11:24:42.865926 DEC= -17:05:17.38651 RAER= 2.45 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1122+390', 'J1124+3845' RA= 11:24:43.623493 DEC= +38:45:46.27784 RAER= 1.27 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '1122+195', 'J1124+1919' RA= 11:24:43.873732 DEC= +19:19:29.46260 RAER= 0.29 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.264, 0.029, 8.4, 0.180, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '1122-037', 'J1124-0402' RA= 11:24:45.785322 DEC= -04:02:27.84261 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.044, 8.4, 0.098, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1122+498', 'J1124+4934' RA= 11:24:53.828298 DEC= +49:34:09.77757 RAER= 1.02 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1122+170', 'J1124+1644' RA= 11:24:59.393199 DEC= +16:44:05.18561 RAER= 0.74 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1122+339', 'J1125+3338' RA= 11:25:00.474509 DEC= +33:38:58.11137 RAER= 0.35 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1122-578', 'J1125-5805' RA= 11:25:04.085258 DEC= -58:05:39.71461 RAER= 11.93 DECER= 5.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1122+076', 'J1125+0722' RA= 11:25:07.930054 DEC= +07:22:08.30927 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 355 observations" / source= '1122-207', 'J1125-2101' RA= 11:25:08.621982 DEC= -21:01:06.00428 RAER= 0.38 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1122-371', 'J1125-3723' RA= 11:25:23.170315 DEC= -37:23:28.00086 RAER= 4.72 DECER= 12.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1122+402', 'J1125+3959' RA= 11:25:25.598979 DEC= +39:59:03.45599 RAER= 1.09 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.022, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1122+502', 'J1125+5000' RA= 11:25:29.949287 DEC= +50:00:13.53815 RAER= 0.60 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '1123-356', 'J1125-3557' RA= 11:25:31.481886 DEC= -35:57:03.35186 RAER= 0.25 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.063, 8.4, 0.104, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 324 observations" / source= '1123-119', 'J1125-1212' RA= 11:25:32.723565 DEC= -12:12:23.87929 RAER= 0.54 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1123+050', 'J1125+0446' RA= 11:25:40.378899 DEC= +04:46:51.45309 RAER= 0.75 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.025, 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1123+002', 'J1125+0001' RA= 11:25:42.289945 DEC= +00:01:01.39792 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.098, 5.0, 0.185, 0.173, 8.4, 0.114, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1045 observations" / source= '1123+05A', 'J1125+0445' RA= 11:25:46.023258 DEC= +04:45:30.90346 RAER= 1.18 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1123-074', 'J1125-0742' RA= 11:25:51.972127 DEC= -07:42:21.20534 RAER= 0.37 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1123-351', 'J1125-3523' RA= 11:25:52.956209 DEC= -35:23:40.71412 RAER= 1.59 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1123+491', 'J1125+4853' RA= 11:25:53.035959 DEC= +48:53:09.09496 RAER= 1.60 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1123+264', 'J1125+2610' RA= 11:25:53.711919 DEC= +26:10:19.97864 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.895, 0.600, 5.0, 0.923, 0.732, 8.4, 0.835, 0.498 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26669 observations" / source= '1123+201', 'J1125+1953' RA= 11:25:55.242522 DEC= +19:53:43.67478 RAER= 9.99 DECER= 16.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1123+203', 'J1125+2005' RA= 11:25:58.741938 DEC= +20:05:54.33732 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.120, 5.0, 0.201, 0.080, 8.4, 0.202, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1006 observations" / source= '1123-270', 'J1126-2716' RA= 11:26:05.622636 DEC= -27:16:55.96307 RAER= 1.72 DECER= 5.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1123-189', 'J1126-1911' RA= 11:26:10.483102 DEC= -19:11:53.38548 RAER= 8.71 DECER= 15.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1123+157', 'J1126+1527' RA= 11:26:13.030913 DEC= +15:27:45.10136 RAER= 0.24 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.066, 8.4, 0.073, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1123+383', 'J1126+3802' RA= 11:26:13.055811 DEC= +38:02:16.33858 RAER= 5.82 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1123-241', 'J1126-2425' RA= 11:26:13.177582 DEC= -24:25:16.38258 RAER= 31.01 DECER= 26.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1123-311', 'J1126-3123' RA= 11:26:21.720504 DEC= -31:23:58.09118 RAER= 1.37 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1123+340', 'J1126+3345' RA= 11:26:23.663815 DEC= +33:45:26.88086 RAER= 0.65 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.025, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1124-019', 'J1126-0215' RA= 11:26:35.856506 DEC= -02:15:37.81246 RAER= 0.46 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.030, 8.4, 0.060, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1124+023', 'J1126+0205' RA= 11:26:37.653904 DEC= +02:05:57.96346 RAER= 0.46 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1124-382', 'J1126-3828' RA= 11:26:44.133319 DEC= -38:28:44.04934 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.445, 0.149, 8.4, 0.295, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '1124+126', 'J1126+1223' RA= 11:26:48.414293 DEC= +12:23:58.98102 RAER= 6.69 DECER= 12.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1124-410', 'J1126-4116' RA= 11:26:50.126851 DEC= -41:16:42.84832 RAER= 2.79 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1124+067', 'J1126+0625' RA= 11:26:53.146049 DEC= +06:25:56.94022 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.135, 8.4, 0.136, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '1124+290', 'J1126+2846' RA= 11:26:56.741441 DEC= +28:46:14.21784 RAER= 6.99 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1124-056', 'J1126-0555' RA= 11:26:57.523232 DEC= -05:55:52.78442 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.130, 8.4, 0.123, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '1124+455', 'J1126+4516' RA= 11:26:57.654953 DEC= +45:16:06.28446 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.243, 5.0, 0.269, 0.094, 8.4, 0.266, 0.127, 15.2, 0.176, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '1124+027', 'J1127+0231' RA= 11:27:02.433085 DEC= +02:31:08.99746 RAER= 0.77 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1124+704', 'J1127+7011' RA= 11:27:03.464138 DEC= +70:11:57.18423 RAER= 1.07 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.034, 8.4, 0.034, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1124-186', 'J1127-1857' RA= 11:27:04.392456 DEC= -18:57:17.44187 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.919, 0.823, 5.0, 1.034, 0.976, 8.4, 1.270, 1.005, 15.2, 1.803, 1.488 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109199 observations" / source= '1124+259', 'J1127+2540' RA= 11:27:09.594755 DEC= +25:40:14.76564 RAER= 2.46 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1124-073', 'J1127-0735' RA= 11:27:12.436311 DEC= -07:35:12.16354 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.117, 5.0, 0.168, 0.092, 8.4, 0.154, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '1125-648', 'J1127-6505' RA= 11:27:14.898735 DEC= -65:05:43.70918 RAER= 2.73 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1124-01A', 'J1127-0213' RA= 11:27:21.392616 DEC= -02:13:25.36711 RAER= 1.28 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1124+382', 'J1127+3756' RA= 11:27:29.221207 DEC= +37:56:12.46066 RAER= 0.78 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1125-306', 'J1127-3055' RA= 11:27:29.359009 DEC= -30:55:56.68306 RAER= 0.76 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.033, 8.4, 0.108, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1125+062', 'J1127+0555' RA= 11:27:36.525551 DEC= +05:55:32.05911 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.186, 8.4, 0.218, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1551 observations" / source= '1124+571', 'J1127+5650' RA= 11:27:40.135214 DEC= +56:50:14.79535 RAER= 0.28 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.463, 0.258, 5.0, 0.331, 0.211, 8.4, 0.254, 0.073, 15.2, 0.188, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 619 observations" / source= '1124+579', 'J1127+5743' RA= 11:27:43.775401 DEC= +57:43:15.86943 RAER= 3.17 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1125-158', 'J1127-1605' RA= 11:27:45.412688 DEC= -16:05:05.07049 RAER= 1.04 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1125+221', 'J1127+2153' RA= 11:27:50.467258 DEC= +21:53:34.80637 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.149, 5.0, 0.184, 0.081, 8.4, 0.205, 0.159, 22.2, 0.221, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2405 observations" / source= '1125+194', 'J1127+1909' RA= 11:27:57.761879 DEC= +19:09:44.94972 RAER= 0.61 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.029, 8.4, 0.040, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1125+366', 'J1127+3620' RA= 11:27:58.870837 DEC= +36:20:28.35133 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.197, 5.0, 0.077, 0.067, 8.4, 0.203, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2304 observations" / source= '1125+596', 'J1128+5925' RA= 11:28:13.340669 DEC= +59:25:14.79857 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.492, 0.441, 5.0, 0.908, 0.810, 8.4, 0.728, 0.627, 15.2, 0.507, 0.374 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 926 observations" / source= '1125-163', 'J1128-1638' RA= 11:28:14.555480 DEC= -16:38:39.66473 RAER= 21.95 DECER= 23.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1125+231', 'J1128+2251' RA= 11:28:14.747116 DEC= +22:51:48.91706 RAER= 0.81 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.018, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1125-107', 'J1128-1058' RA= 11:28:24.429044 DEC= -10:58:32.66603 RAER= 0.79 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1125-110', 'J1128-1122' RA= 11:28:24.644643 DEC= -11:22:18.05225 RAER= 0.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.036, 8.4, 0.039, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1125+224', 'J1128+2207' RA= 11:28:29.441093 DEC= +22:07:30.37747 RAER= 0.88 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1125+690', 'J1128+6849' RA= 11:28:32.722069 DEC= +68:49:25.67213 RAER= 3.72 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.006, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1125+329', 'J1128+3243' RA= 11:28:33.034893 DEC= +32:43:22.65727 RAER= 0.30 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.022, 8.4, 0.069, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '1125+213', 'J1128+2102' RA= 11:28:35.541373 DEC= +21:02:37.35677 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.223, 5.0, 0.193, 0.095, 8.4, 0.144, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 969 observations" / source= '1125+688', 'J1128+6834' RA= 11:28:36.524756 DEC= +68:34:21.80959 RAER= 0.36 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.115, 5.0, 0.148, 0.118, 8.4, 0.153, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '1126+109', 'J1128+1039' RA= 11:28:45.549655 DEC= +10:39:06.98103 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.037, 8.4, 0.263, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '1126+237', 'J1128+2326' RA= 11:28:51.694966 DEC= +23:26:17.34387 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.031, 8.4, 0.067, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1101 observations" / source= '1126-506', 'J1128-5055' RA= 11:28:52.346778 DEC= -50:55:42.98027 RAER= 2.48 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1126+382', 'J1129+3756' RA= 11:29:03.251477 DEC= +37:56:56.74993 RAER= 2.96 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1126+630', 'J1129+6243' RA= 11:29:03.405574 DEC= +62:43:31.77162 RAER= 0.91 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1126-163', 'J1129-1638' RA= 11:29:03.808135 DEC= -16:38:27.16502 RAER= 21.85 DECER= 26.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1126+569', 'J1129+5638' RA= 11:29:04.137349 DEC= +56:38:44.04024 RAER= 1.95 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.005, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1126+169', 'J1129+1643' RA= 11:29:07.685945 DEC= +16:43:22.52654 RAER= 0.32 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '1126+506', 'J1129+5023' RA= 11:29:10.857586 DEC= +50:23:47.67000 RAER= 18.96 DECER= 19.67 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1126+278', 'J1129+2733' RA= 11:29:12.148394 DEC= +27:33:14.05032 RAER= 0.53 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1126-052', 'J1129-0528' RA= 11:29:14.059372 DEC= -05:28:56.31912 RAER= 0.27 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.030, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '1126+101', 'J1129+0951' RA= 11:29:14.097575 DEC= +09:51:59.01322 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.025, 5.0, 0.133, 0.060, 8.4, 0.102, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1126+373', 'J1129+3703' RA= 11:29:14.313079 DEC= +37:03:17.92665 RAER= 0.44 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1126+567', 'J1129+5628' RA= 11:29:14.701407 DEC= +56:28:33.43066 RAER= 1.13 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.033, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1126+293', 'J1129+2905' RA= 11:29:21.753517 DEC= +29:05:06.38586 RAER= 12.32 DECER= 18.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1126+212', 'J1129+2101' RA= 11:29:24.136840 DEC= +21:01:13.87072 RAER= 2.26 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1127-443', 'J1129-4435' RA= 11:29:31.721945 DEC= -44:35:49.93834 RAER= 0.30 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.104, 5.0, 0.196, n/a, 8.4, 0.122, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 153 observations" / source= '1126+402', 'J1129+3956' RA= 11:29:33.417231 DEC= +39:56:19.38939 RAER= 0.53 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1127-221', 'J1129-2228' RA= 11:29:35.317007 DEC= -22:28:05.06673 RAER= 0.59 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.033, 8.4, 0.037, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1127-045', 'J1129-0446' RA= 11:29:35.511644 DEC= -04:46:59.49239 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.119, 5.0, 0.139, 0.045, 8.4, 0.128, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 773 observations" / source= '1126+308', 'J1129+3036' RA= 11:29:37.291592 DEC= +30:36:34.44144 RAER= 0.52 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1127+025', 'J1129+0218' RA= 11:29:41.626599 DEC= +02:18:33.78460 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.020, 8.4, 0.051, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '1127+181', 'J1129+1751' RA= 11:29:46.619355 DEC= +17:51:25.38396 RAER= 0.62 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.035, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1127+507', 'J1129+5025' RA= 11:29:47.959732 DEC= +50:25:51.31355 RAER= 1.57 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.007, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1127-023', 'J1129-0240' RA= 11:29:52.919126 DEC= -02:40:07.77348 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.068, 5.0, 0.172, 0.144, 8.4, 0.154, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '1127-368', 'J1129-3707' RA= 11:29:55.783766 DEC= -37:07:57.36046 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.177, 8.4, 0.119, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256 observations" / source= '1127+370', 'J1129+3649' RA= 11:29:56.534205 DEC= +36:49:19.21015 RAER= 1.28 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1127+384', 'J1130+381A' RA= 11:30:00.098631 DEC= +38:12:03.09034 RAER= 0.75 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.014, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1127+384', 'J1130+381B' RA= 11:30:00.156953 DEC= +38:12:03.23306 RAER= 0.83 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations. No flux information" / source= '1127-001', 'J1130-0025' RA= 11:30:02.242734 DEC= -00:25:25.70740 RAER= 6.00 DECER= 10.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '1127-358', 'J1130-3608' RA= 11:30:04.416814 DEC= -36:08:04.08527 RAER= 0.24 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.089, 8.4, 0.115, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '1127+411', 'J1130+4051' RA= 11:30:06.996812 DEC= +40:51:37.04236 RAER= 1.36 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.023, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1127-145', 'J1130-1449' RA= 11:30:07.052617 DEC= -14:49:27.38845 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.926, 1.622, 5.0, 3.053, 0.718, 8.4, 2.330, 0.637, 15.2, 2.303, 0.867 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3357 observations" / source= '1127+293', 'J1130+2906' RA= 11:30:11.872354 DEC= +29:06:55.51481 RAER= 0.51 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1127+078', 'J1130+0732' RA= 11:30:17.382260 DEC= +07:32:13.02884 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.054, 8.4, 0.049, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 597 observations" / source= '1127+105', 'J1130+1015' RA= 11:30:19.237623 DEC= +10:15:26.79502 RAER= 0.57 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.034, 8.4, 0.056, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1128-777', 'J1130-7801' RA= 11:30:31.949294 DEC= -78:01:05.53772 RAER= 3.84 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations. No flux information" / source= '1127+553', 'J1130+5504' RA= 11:30:32.018338 DEC= +55:04:56.56624 RAER= 3.10 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1127+147', 'J1130+1429' RA= 11:30:33.346710 DEC= +14:29:40.12738 RAER= 0.37 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043, 8.4, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1127+222', 'J1130+2157' RA= 11:30:33.606136 DEC= +21:57:28.92254 RAER= 1.86 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1128+090', 'J1130+0846' RA= 11:30:35.951540 DEC= +08:46:43.10727 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.123, 8.4, 0.229, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '1128+105', 'J1130+1018' RA= 11:30:36.330934 DEC= +10:18:24.60799 RAER= 0.60 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1128+111', 'J1130+1054' RA= 11:30:36.994347 DEC= +10:54:01.23436 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.036, 5.0, 0.105, 0.076, 8.4, 0.103, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '1128+308', 'J1130+3031' RA= 11:30:42.429206 DEC= +30:31:35.38770 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.117, 5.0, 0.213, 0.148, 8.4, 0.213, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 960 observations" / source= '1128-052', 'J1130-0532' RA= 11:30:48.507330 DEC= -05:32:48.99518 RAER= 0.52 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1128+385', 'J1130+3815' RA= 11:30:53.282615 DEC= +38:15:18.54687 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.780, 0.653, 5.0, 1.198, 0.913, 8.4, 1.079, 0.763, 15.2, 1.320, 0.869, 22.2, 0.856, 0.273 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137830 observations" / source= '1128+561', 'J1130+5549' RA= 11:30:54.291694 DEC= +55:49:58.35193 RAER= 0.94 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.033, 8.4, 0.054, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1128-094', 'J1131-0944' RA= 11:31:05.245641 DEC= -09:44:06.49646 RAER= 0.96 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1128+315', 'J1131+3114' RA= 11:31:09.482436 DEC= +31:14:05.50685 RAER= 0.46 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1128+145', 'J1131+1415' RA= 11:31:10.883882 DEC= +14:15:50.22955 RAER= 0.35 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.094, 8.4, 0.103, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1128-088', 'J1131-0904' RA= 11:31:11.582612 DEC= -09:04:59.72143 RAER= 0.72 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.076, 8.4, 0.026, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1128+520', 'J1131+5146' RA= 11:31:16.450675 DEC= +51:46:34.27038 RAER= 1.03 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.036, 8.4, 0.028, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1128+584', 'J1131+5808' RA= 11:31:18.628864 DEC= +58:08:58.79160 RAER= 1.05 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.024, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1128+517', 'J1131+5128' RA= 11:31:25.489054 DEC= +51:28:57.44951 RAER= 0.37 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.088, 8.4, 0.050, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 668 observations" / source= '1128+305', 'J1131+3013' RA= 11:31:26.829584 DEC= +30:13:34.38966 RAER= 0.64 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1128-046', 'J1131-0456' RA= 11:31:29.038727 DEC= -04:56:18.39067 RAER= 16.66 DECER= 55.44 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1128-047', 'J1131-0500' RA= 11:31:30.516759 DEC= -05:00:19.65757 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.486, 0.262, 5.0, 0.403, 0.158, 8.4, 0.335, 0.122, 15.2, 0.688, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '1128+112', 'J1131+1059' RA= 11:31:34.818053 DEC= +10:59:41.60152 RAER= 0.72 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1129-161', 'J1131-1628' RA= 11:31:36.747949 DEC= -16:28:33.43711 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.088, 8.4, 0.112, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '1128+455', 'J1131+4514' RA= 11:31:38.901409 DEC= +45:14:51.28950 RAER= 14.59 DECER= 9.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1129-580', 'J1131-5818' RA= 11:31:43.288021 DEC= -58:18:53.44341 RAER= 0.21 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.523, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '1129-250', 'J1131-2520' RA= 11:31:50.341805 DEC= -25:20:49.16024 RAER= 2.43 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1129-025', 'J1131-0249' RA= 11:31:59.885875 DEC= -02:49:54.16861 RAER= 0.74 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1129+190', 'J1132+1847' RA= 11:32:06.785015 DEC= +18:47:57.64787 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.020, 8.4, 0.061, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1129-473', 'J1132-4738' RA= 11:32:09.258042 DEC= -47:38:53.35173 RAER= 32.70 DECER= 18.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1129-558', 'J1132-5606' RA= 11:32:16.414731 DEC= -56:06:44.73460 RAER= 0.72 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.235, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1130-741', 'J1132-7425' RA= 11:32:19.109949 DEC= -74:25:09.02394 RAER= 1.09 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1129+451', 'J1132+4455' RA= 11:32:23.768693 DEC= +44:55:10.38484 RAER= 0.54 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '1129-321', 'J1132-3227' RA= 11:32:27.537496 DEC= -32:27:13.77421 RAER= 1.35 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1129-242', 'J1132-2430' RA= 11:32:28.730630 DEC= -24:30:41.57048 RAER= 1.00 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1129+095', 'J1132+0914' RA= 11:32:32.675908 DEC= +09:14:28.06740 RAER= 0.81 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.041, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1130+029', 'J1132+0237' RA= 11:32:34.384547 DEC= +02:37:40.23632 RAER= 2.90 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1129+636', 'J1132+6324' RA= 11:32:35.099722 DEC= +63:24:07.09712 RAER= 3.11 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.009, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1130+008', 'J1132+0034' RA= 11:32:45.619106 DEC= +00:34:27.82413 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.041, 8.4, 0.081, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '1130+512', 'J1132+5100' RA= 11:32:50.384889 DEC= +51:00:19.91894 RAER= 0.61 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.032, 8.4, 0.063, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1130+634', 'J1132+6311' RA= 11:32:51.041838 DEC= +63:11:44.02972 RAER= 1.03 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1130+544', 'J1132+5410' RA= 11:32:51.126787 DEC= +54:10:31.67847 RAER= 0.61 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.048, 8.4, 0.075, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1130-253', 'J1132-2540' RA= 11:32:52.704912 DEC= -25:40:15.95819 RAER= 2.81 DECER= 7.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1130+055', 'J1132+0515' RA= 11:32:55.968236 DEC= +05:15:39.64262 RAER= 0.70 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.043, 8.4, 0.040, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1130+106', 'J1132+1023' RA= 11:32:59.488799 DEC= +10:23:42.21342 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.084, 8.4, 0.119, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2132 observations" / source= '1130+005', 'J1133+0015' RA= 11:33:03.030040 DEC= +00:15:48.97970 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.239, 8.4, 0.229, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 891 observations" / source= '1130-037', 'J1133-0400' RA= 11:33:05.112272 DEC= -04:00:47.69039 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.035, 8.4, 0.059, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '1130-276', 'J1133-2757' RA= 11:33:05.549431 DEC= -27:57:12.49382 RAER= 1.76 DECER= 5.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1130-247', 'J1133-2501' RA= 11:33:15.427966 DEC= -25:01:09.60106 RAER= 0.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.045, 8.4, 0.050, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1130-630', 'J1133-6317' RA= 11:33:16.087928 DEC= -63:17:26.60606 RAER= 5.57 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1130+009', 'J1133+0040' RA= 11:33:20.055795 DEC= +00:40:52.83709 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.355, 0.258, 8.4, 0.264, 0.169, 15.2, 0.243, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6764 observations" / source= '1131-269', 'J1133-2715' RA= 11:33:31.526722 DEC= -27:15:23.17180 RAER= 5.78 DECER= 12.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1131-088', 'J1133-0905' RA= 11:33:35.992850 DEC= -09:05:23.40161 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.074, 5.0, 0.113, 0.049, 8.4, 0.105, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 591 observations" / source= '1131-470', 'J1133-4720' RA= 11:33:44.662871 DEC= -47:20:42.79185 RAER= 2.49 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1131-205', 'J1133-2048' RA= 11:33:49.899110 DEC= -20:48:51.83034 RAER= 2.51 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.008, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1131+012', 'J1133+0058' RA= 11:33:57.587580 DEC= +00:58:46.32204 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.021, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '1131+493', 'J1133+4903' RA= 11:33:59.225684 DEC= +49:03:43.44177 RAER= 0.66 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1130+787', 'J1133+7831' RA= 11:33:59.799538 DEC= +78:31:22.41858 RAER= 24.20 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1131-237', 'J1134-2401' RA= 11:34:01.695184 DEC= -24:01:06.85849 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.035, 8.4, 0.042, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1131+388', 'J1134+3835' RA= 11:34:03.883377 DEC= +38:35:52.38711 RAER= 2.10 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1131+288', 'J1134+2832' RA= 11:34:04.332647 DEC= +28:32:42.65695 RAER= 0.74 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.023, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1131+730', 'J1134+7249' RA= 11:34:11.407764 DEC= +72:49:20.05321 RAER= 0.56 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.050, 8.4, 0.086, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1131+391', 'J1134+3851' RA= 11:34:13.278059 DEC= +38:51:17.09961 RAER= 0.68 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.024, 8.4, 0.061, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1131+292', 'J1134+2901' RA= 11:34:14.326438 DEC= +29:01:21.20658 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '1131-188', 'J1134-1908' RA= 11:34:15.576213 DEC= -19:08:37.69853 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.032, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1131+28A', 'J1134+2833' RA= 11:34:15.831037 DEC= +28:33:53.10570 RAER= 3.43 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1131+052', 'J1134+0500' RA= 11:34:30.890796 DEC= +05:00:05.98212 RAER= 0.22 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.017, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '1131-113', 'J1134-1135' RA= 11:34:31.538654 DEC= -11:35:18.38139 RAER= 1.14 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1131+520', 'J1134+5144' RA= 11:34:31.702733 DEC= +51:44:17.40172 RAER= 0.97 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1132-234', 'J1134-2345' RA= 11:34:35.121381 DEC= -23:45:25.41255 RAER= 2.48 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.032, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1131+468', 'J1134+4637' RA= 11:34:41.061466 DEC= +46:37:08.12321 RAER= 1.49 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.036, 8.4, 0.039, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1132-258', 'J1134-2609' RA= 11:34:41.688173 DEC= -26:09:11.28037 RAER= 10.64 DECER= 10.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1132-235', 'J1134-2347' RA= 11:34:43.811543 DEC= -23:47:02.11238 RAER= 17.61 DECER= 81.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1132+492', 'J1134+4857' RA= 11:34:46.559267 DEC= +48:57:22.00626 RAER= 0.90 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1132-374', 'J1134-3744' RA= 11:34:48.738822 DEC= -37:44:47.70404 RAER= 8.53 DECER= 10.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1132+303', 'J1134+3005' RA= 11:34:54.489089 DEC= +30:05:26.06470 RAER= 1.34 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1132-199', 'J1134-2012' RA= 11:34:56.529523 DEC= -20:12:25.72111 RAER= 0.68 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.066, 8.4, 0.065, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1132+374', 'J1135+3708' RA= 11:35:05.932575 DEC= +37:08:40.77393 RAER= 1.32 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.009, 8.4, 0.051, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1132+211', 'J1135+2053' RA= 11:35:07.281388 DEC= +20:53:01.25640 RAER= 0.81 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1132-000', 'J1135-0021' RA= 11:35:13.011984 DEC= -00:21:18.98349 RAER= 0.32 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.329, 0.020, 8.4, 0.228, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '1132+304', 'J1135+3010' RA= 11:35:14.091624 DEC= +30:10:05.60142 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.139, 8.4, 0.152, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1132-306', 'J1135-3056' RA= 11:35:20.776607 DEC= -30:56:29.92954 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.080, 5.0, 0.091, n/a, 8.4, 0.114, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1132+664', 'J1135+6609' RA= 11:35:23.713377 DEC= +66:09:41.06539 RAER= 6.00 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1133-365', 'J1135-3651' RA= 11:35:45.294607 DEC= -36:51:25.63032 RAER= 10.17 DECER= 12.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1133-048', 'J1135-0508' RA= 11:35:47.402868 DEC= -05:08:04.65074 RAER= 0.46 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.043, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1133+432', 'J1135+4258' RA= 11:35:55.988979 DEC= +42:58:44.65694 RAER= 0.50 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.445, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '1133-041', 'J1135-0428' RA= 11:35:58.234969 DEC= -04:28:27.88639 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.191, 8.4, 0.231, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 738 observations" / source= '1133-681', 'J1136-6827' RA= 11:36:02.098113 DEC= -68:27:05.82261 RAER= 0.36 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.483, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 202 observations" / source= '1133-172', 'J1136-1733' RA= 11:36:03.052114 DEC= -17:33:12.81168 RAER= 0.76 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.132, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1133-103', 'J1136-1037' RA= 11:36:04.692658 DEC= -10:37:10.77939 RAER= 0.45 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1134-739', 'J1136-7415' RA= 11:36:09.659681 DEC= -74:15:45.27446 RAER= 0.72 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.170, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '1133+150', 'J1136+1448' RA= 11:36:13.489041 DEC= +14:48:19.71633 RAER= 0.44 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.047, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1133-033', 'J1136-0335' RA= 11:36:24.109968 DEC= -03:35:35.09787 RAER= 0.71 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1133-032', 'J1136-0330' RA= 11:36:24.576937 DEC= -03:30:29.49671 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.272, 5.0, 0.421, 0.301, 8.4, 0.470, 0.346, 15.2, 0.376, 0.284 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18368 observations" / source= '1133+704', 'J1136+7009' RA= 11:36:26.408427 DEC= +70:09:27.30703 RAER= 0.37 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.086, 8.4, 0.160, 0.087, 15.2, 0.182, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1129 observations" / source= '1133+344', 'J1136+3407' RA= 11:36:27.343935 DEC= +34:07:39.48390 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.128, 5.0, 0.128, 0.123, 8.4, 0.130, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1461 observations" / source= '1133+570', 'J1136+5643' RA= 11:36:27.959011 DEC= +56:43:41.80275 RAER= 0.71 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.039, 8.4, 0.062, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1133+678', 'J1136+6737' RA= 11:36:30.086840 DEC= +67:37:04.34568 RAER= 0.78 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, 0.023, 8.4, 0.027, 0.020, 15.2, 0.027, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '1133-006', 'J1136-0053' RA= 11:36:30.309630 DEC= -00:53:42.24311 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.029, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '1134-051', 'J1136-0523' RA= 11:36:37.977541 DEC= -05:23:13.21603 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.072, 8.4, 0.119, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '1134-066', 'J1136-0657' RA= 11:36:47.412408 DEC= -06:57:17.81642 RAER= 0.49 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1134-292', 'J1136-2933' RA= 11:36:48.873868 DEC= -29:33:39.55900 RAER= 1.24 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.065, 8.4, 0.073, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1134+261', 'J1136+2550' RA= 11:36:50.127810 DEC= +25:50:52.40391 RAER= 0.46 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1134-218', 'J1136-2209' RA= 11:36:52.401666 DEC= -22:09:20.46902 RAER= 0.44 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.057, 8.4, 0.055, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1134+487', 'J1137+4825' RA= 11:37:09.020883 DEC= +48:25:32.61544 RAER= 0.58 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.032, 8.4, 0.047, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1134+349', 'J1137+3441' RA= 11:37:09.162871 DEC= +34:41:55.92596 RAER= 0.51 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '1134+298', 'J1137+2935' RA= 11:37:20.884688 DEC= +29:35:39.10766 RAER= 0.21 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.045, 8.4, 0.059, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1134-078', 'J1137-0805' RA= 11:37:24.740507 DEC= -08:05:56.16345 RAER= 0.48 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.044, 8.4, 0.059, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1134+479', 'J1137+4741' RA= 11:37:34.981475 DEC= +47:41:09.75511 RAER= 0.55 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1135+401', 'J1137+3950' RA= 11:37:40.679540 DEC= +39:50:48.33964 RAER= 1.10 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.020, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1135+492', 'J1138+4858' RA= 11:38:02.092378 DEC= +48:58:57.24065 RAER= 0.92 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.033, 8.4, 0.031, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1135+256', 'J1138+2524' RA= 11:38:02.387904 DEC= +25:24:25.13208 RAER= 0.37 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '1135-247', 'J1138-2502' RA= 11:38:08.349297 DEC= -25:02:21.03169 RAER= 3.01 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1135-172', 'J1138-1732' RA= 11:38:08.442957 DEC= -17:32:06.68879 RAER= 0.63 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.018, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1135+415', 'J1138+4113' RA= 11:38:12.151687 DEC= +41:13:52.81007 RAER= 0.83 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.030, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1135+480', 'J1138+4745' RA= 11:38:21.138134 DEC= +47:45:15.39664 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.102, 5.0, 0.146, 0.086, 8.4, 0.202, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1013 observations" / source= '1135+464', 'J1138+4608' RA= 11:38:35.673555 DEC= +46:08:33.25455 RAER= 0.99 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.007, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1136-054', 'J1138-0544' RA= 11:38:37.363105 DEC= -05:44:20.67591 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1136+047', 'J1138+0428' RA= 11:38:50.839148 DEC= +04:28:39.53223 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.090, 8.4, 0.103, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '1136+209', 'J1138+2040' RA= 11:38:53.455979 DEC= +20:40:20.81214 RAER= 1.30 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1136-466', 'J1138-4653' RA= 11:38:55.559002 DEC= -46:53:42.26097 RAER= 0.43 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.085, 8.4, 0.119, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '1136+420', 'J1138+4148' RA= 11:38:59.162543 DEC= +41:48:39.41925 RAER= 39.55 DECER= 15.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1136+408', 'J1139+4032' RA= 11:39:02.734228 DEC= +40:32:54.84139 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.435, 0.142, 5.0, 0.251, 0.105, 8.4, 0.270, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1085 observations" / source= '1136+014', 'J1139+0110' RA= 11:39:05.263796 DEC= +01:10:23.17195 RAER= 0.32 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '1136-138', 'J1139-1405' RA= 11:39:08.122468 DEC= -14:05:09.86676 RAER= 2.04 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.170, n/a, 8.4, 0.113, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1136+559', 'J1139+5539' RA= 11:39:08.568437 DEC= +55:39:52.19838 RAER= 1.45 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1136-135', 'J1139-1350' RA= 11:39:10.702622 DEC= -13:50:43.63961 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.262, 0.105, 5.0, 0.276, 0.112, 8.4, 0.282, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '1136+120', 'J1139+1143' RA= 11:39:14.551746 DEC= +11:43:53.82066 RAER= 0.45 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1136+250', 'J1139+2444' RA= 11:39:20.625651 DEC= +24:44:36.00547 RAER= 0.65 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.079, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1136+532', 'J1139+5300' RA= 11:39:23.168780 DEC= +53:00:54.76506 RAER= 2.43 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1136+369', 'J1139+3642' RA= 11:39:24.777418 DEC= +36:42:02.03412 RAER= 0.38 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.062, 8.4, 0.094, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1136-156', 'J1139-1552' RA= 11:39:29.576077 DEC= -15:52:51.65384 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.529, 0.500, 5.0, 0.638, 0.544, 8.4, 0.521, 0.431 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1299 observations" / source= '1136+282', 'J1139+2757' RA= 11:39:33.903569 DEC= +27:57:38.75232 RAER= 2.81 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1136+383', 'J1139+3803' RA= 11:39:34.009477 DEC= +38:03:41.96991 RAER= 1.17 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.010, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1137+264', 'J1139+2608' RA= 11:39:45.130872 DEC= +26:08:44.75053 RAER= 2.03 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1137-375', 'J1139-3748' RA= 11:39:49.251654 DEC= -37:48:14.51424 RAER= 4.65 DECER= 21.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1136+771', 'J1139+7654' RA= 11:39:51.538727 DEC= +76:54:32.34613 RAER= 0.53 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.126, 8.4, 0.251, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 823 observations" / source= '1137-355', 'J1139-3550' RA= 11:39:52.105324 DEC= -35:50:53.96736 RAER= 2.40 DECER= 12.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1137+660', 'J1139+6547' RA= 11:39:57.025496 DEC= +65:47:49.48336 RAER= 0.35 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.069, 8.4, 0.137, 0.050, 15.2, 0.149, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '1137+628', 'J1140+6233' RA= 11:40:06.575291 DEC= +62:33:15.83595 RAER= 12.80 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1137-272', 'J1140-2730' RA= 11:40:10.598476 DEC= -27:30:40.65425 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.105, 8.4, 0.115, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '1137-464', 'J1140-4641' RA= 11:40:15.282428 DEC= -46:41:39.84895 RAER= 15.61 DECER= 24.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1137+011', 'J1140+0053' RA= 11:40:16.681042 DEC= +00:53:51.30050 RAER= 0.89 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1137+157', 'J1140+1528' RA= 11:40:23.478244 DEC= +15:28:09.76511 RAER= 1.23 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1137-257', 'J1140-2602' RA= 11:40:25.698079 DEC= -26:02:55.85788 RAER= 15.42 DECER= 20.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1137+123', 'J1140+1203' RA= 11:40:27.744659 DEC= +12:03:08.26953 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.039, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '1137+472', 'J1140+4657' RA= 11:40:29.645349 DEC= +46:57:28.14542 RAER= 1.80 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.025, 8.4, 0.052, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1138+466', 'J1140+4622' RA= 11:40:47.898565 DEC= +46:22:04.77157 RAER= 1.35 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1138+337', 'J1140+3329' RA= 11:40:48.088005 DEC= +33:29:08.41693 RAER= 0.96 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1138+594', 'J1140+5912' RA= 11:40:49.574413 DEC= +59:12:25.37657 RAER= 0.98 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.192, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 280 observations" / source= '1138+112', 'J1140+1057' RA= 11:40:49.712687 DEC= +10:57:56.35475 RAER= 1.02 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1138-277', 'J1140-2800' RA= 11:40:51.369281 DEC= -28:00:38.72909 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.101, 8.4, 0.211, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 320 observations" / source= '1138+021', 'J1140+0152' RA= 11:40:54.842080 DEC= +01:52:13.47715 RAER= 2.57 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1138+406', 'J1140+4022' RA= 11:40:57.578634 DEC= +40:22:18.20414 RAER= 0.27 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.053, 8.4, 0.097, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1138+376', 'J1141+3720' RA= 11:41:00.623765 DEC= +37:20:51.36507 RAER= 1.24 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1138-217', 'J1141-2204' RA= 11:41:01.446490 DEC= -22:04:05.27783 RAER= 0.75 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.069, 8.4, 0.066, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1138-343', 'J1141-3434' RA= 11:41:07.419218 DEC= -34:34:47.36612 RAER= 22.19 DECER= 33.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1138+015', 'J1141+0114' RA= 11:41:08.169320 DEC= +01:14:16.89811 RAER= 4.89 DECER= 7.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1138+020', 'J1141+0147' RA= 11:41:08.901194 DEC= +01:47:19.97550 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.027, 8.4, 0.073, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '1138+678', 'J1141+6736' RA= 11:41:09.072011 DEC= +67:36:14.27849 RAER= 2.73 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.040, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1138+644', 'J1141+6410' RA= 11:41:12.228155 DEC= +64:10:05.50775 RAER= 0.31 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.127, 5.0, 0.162, 0.137, 8.4, 0.122, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1036 observations" / source= '1138+601', 'J1141+5953' RA= 11:41:16.063236 DEC= +59:53:08.80783 RAER= 0.48 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.071, 8.4, 0.122, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '1138-138', 'J1141-1404' RA= 11:41:17.658197 DEC= -14:04:46.97843 RAER= 0.25 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '1138+683', 'J1141+6804' RA= 11:41:18.519809 DEC= +68:04:29.96774 RAER= 2.28 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1138+006', 'J1141+0022' RA= 11:41:20.269196 DEC= +00:22:56.77996 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.134, 5.0, 0.137, n/a, 8.4, 0.129, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '1138-120', 'J1141-1216' RA= 11:41:24.197021 DEC= -12:16:38.64628 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.057, 8.4, 0.064, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '1138+083', 'J1141+0802' RA= 11:41:25.983606 DEC= +08:02:16.46974 RAER= 0.53 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1139-285', 'J1141-2850' RA= 11:41:34.850905 DEC= -28:50:55.47643 RAER= 10.81 DECER= 28.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1139-078', 'J1141-0805' RA= 11:41:35.874926 DEC= -08:05:53.87063 RAER= 5.13 DECER= 9.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1139+188', 'J1141+1832' RA= 11:41:35.924845 DEC= +18:32:01.34950 RAER= 9.24 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1139+373', 'J1141+3707' RA= 11:41:41.025964 DEC= +37:07:01.86255 RAER= 35.53 DECER= 32.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1139-138', 'J1141-1407' RA= 11:41:41.807925 DEC= -14:07:54.75015 RAER= 0.56 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '1139-378', 'J1141-3805' RA= 11:41:53.424038 DEC= -38:05:00.38201 RAER= 2.62 DECER= 20.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1139+500', 'J1141+4945' RA= 11:41:54.821648 DEC= +49:45:06.54089 RAER= 0.29 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '1139+342', 'J1142+3357' RA= 11:42:04.819156 DEC= +33:57:36.46637 RAER= 0.49 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1139-105', 'J1142-1050' RA= 11:42:07.159834 DEC= -10:50:05.59063 RAER= 2.14 DECER= 4.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1139+160', 'J1142+1547' RA= 11:42:07.735923 DEC= +15:47:54.17906 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.087, 5.0, 0.169, 0.122, 8.4, 0.134, 0.087, 15.2, 0.155, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1311 observations" / source= '1139-186', 'J1142-1856' RA= 11:42:09.698193 DEC= -18:56:08.66848 RAER= 5.45 DECER= 8.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1139-115', 'J1142-1152' RA= 11:42:17.661267 DEC= -11:52:04.38177 RAER= 1.26 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1139-084', 'J1142-0842' RA= 11:42:18.613041 DEC= -08:42:31.62297 RAER= 0.43 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.028, 8.4, 0.067, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1139+244', 'J1142+2410' RA= 11:42:19.082436 DEC= +24:10:12.64488 RAER= 1.13 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.013, 8.4, 0.023, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1139-265', 'J1142-2651' RA= 11:42:20.353787 DEC= -26:51:52.94470 RAER= 1.97 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.017, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1139+139', 'J1142+1338' RA= 11:42:23.632264 DEC= +13:38:01.39882 RAER= 11.53 DECER= 12.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1139-244', 'J1142-2442' RA= 11:42:24.748809 DEC= -24:42:57.30050 RAER= 1.03 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1139-262', 'J1142-2633' RA= 11:42:26.577290 DEC= -26:33:12.93100 RAER= 0.26 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.070, 8.4, 0.105, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1140-182', 'J1142-1831' RA= 11:42:33.834064 DEC= -18:31:58.48429 RAER= 0.51 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1140-114', 'J1142-1141' RA= 11:42:34.931011 DEC= -11:41:48.64425 RAER= 14.94 DECER= 23.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1140+151', 'J1142+1449' RA= 11:42:38.230023 DEC= +14:49:40.93837 RAER= 35.81 DECER= 12.00 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1140+584', 'J1142+5807' RA= 11:42:50.362945 DEC= +58:07:59.74519 RAER= 1.97 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1140+291', 'J1142+2854' RA= 11:42:54.365755 DEC= +28:54:48.89766 RAER= 1.65 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1140+217', 'J1142+2129' RA= 11:42:57.215514 DEC= +21:29:11.26239 RAER= 0.78 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1140+183', 'J1142+1806' RA= 11:42:58.795779 DEC= +18:06:12.86948 RAER= 0.53 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.057, 8.4, 0.066, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1140+133', 'J1142+1305' RA= 11:42:59.721760 DEC= +13:05:06.70251 RAER= 1.39 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1140+190', 'J1143+1843' RA= 11:43:06.028745 DEC= +18:43:42.87528 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.047, 5.0, 0.096, 0.087, 8.4, 0.045, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 914 observations" / source= '1140+616', 'J1143+6122' RA= 11:43:12.099160 DEC= +61:22:10.76702 RAER= 0.70 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.044, 8.4, 0.072, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1140+466', 'J1143+4623' RA= 11:43:12.126439 DEC= +46:23:26.51152 RAER= 0.60 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '1140+511', 'J1143+5050' RA= 11:43:12.297028 DEC= +50:50:17.07763 RAER= 2.05 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.032, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1140+223', 'J1143+2206' RA= 11:43:24.919082 DEC= +22:06:54.23868 RAER= 2.52 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1140+188', 'J1143+1834' RA= 11:43:26.069661 DEC= +18:34:38.36027 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.358, 0.164, 5.0, 0.345, 0.237, 8.4, 0.230, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1007 observations" / source= '1140-343', 'J1143-3436' RA= 11:43:27.469890 DEC= -34:36:57.09612 RAER= 0.98 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1141+235', 'J1143+2315' RA= 11:43:37.897223 DEC= +23:15:02.44603 RAER= 0.23 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.040, 5.0, 0.048, 0.026, 8.4, 0.048, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '1140+666', 'J1143+6619' RA= 11:43:38.117621 DEC= +66:19:43.88406 RAER= 2.84 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.103, 8.4, 0.051, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1141+079', 'J1143+0743' RA= 11:43:38.450546 DEC= +07:43:18.96835 RAER= 0.56 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1140+668', 'J1143+6633' RA= 11:43:41.603325 DEC= +66:33:31.22959 RAER= 0.29 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.117, 8.4, 0.101, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2130 observations" / source= '1141-100', 'J1144-1017' RA= 11:44:00.749123 DEC= -10:17:44.87518 RAER= 0.54 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1141+128', 'J1144+1231' RA= 11:44:01.009616 DEC= +12:31:55.00051 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.048, 8.4, 0.138, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1141+011', 'J1144+0054' RA= 11:44:08.713798 DEC= +00:54:36.33564 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.323, 0.224, 8.4, 0.143, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '1141+127', 'J1144+1230' RA= 11:44:14.311380 DEC= +12:30:29.91355 RAER= 0.81 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.017, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1141+758', 'J1144+7534' RA= 11:44:15.074407 DEC= +75:34:48.04328 RAER= 6.77 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.078, 8.4, 0.054, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1141-082', 'J1144-0829' RA= 11:44:27.448761 DEC= -08:29:20.19494 RAER= 5.84 DECER= 13.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1141+690', 'J1144+6844' RA= 11:44:39.975425 DEC= +68:44:55.12042 RAER= 3.73 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.036, 8.4, 0.068, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1142+294', 'J1144+2910' RA= 11:44:49.919042 DEC= +29:10:05.72930 RAER= 3.43 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1142-146', 'J1144-1455' RA= 11:44:50.417461 DEC= -14:55:01.99126 RAER= 19.27 DECER= 22.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1142+335', 'J1144+3315' RA= 11:44:54.014897 DEC= +33:15:00.21922 RAER= 0.52 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.100, 8.4, 0.099, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1142-388', 'J1145-3909' RA= 11:45:01.495329 DEC= -39:09:16.95653 RAER= 0.33 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.037, 8.4, 0.126, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 203 observations" / source= '1142-326', 'J1145-3258' RA= 11:45:03.507126 DEC= -32:58:23.49114 RAER= 2.09 DECER= 10.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1142+198', 'J1145+1936' RA= 11:45:05.009047 DEC= +19:36:22.74074 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.091, 5.0, 0.172, 0.101, 8.4, 0.152, 0.089, 15.2, 0.138, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 932 observations" / source= '1142+702', 'J1145+6958' RA= 11:45:07.548711 DEC= +69:58:15.88706 RAER= 1.12 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.272, 0.013, 8.4, 0.150, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1142+70A', 'J1145+695A' RA= 11:45:07.571792 DEC= +69:58:15.72351 RAER= 1.51 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.004, 8.4, 0.044, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '1142-027', 'J1145-0259' RA= 11:45:13.868859 DEC= -02:59:39.04854 RAER= 0.33 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '1142+134', 'J1145+1310' RA= 11:45:14.951178 DEC= +13:10:15.37904 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.038, 8.4, 0.038, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '1142+079', 'J1145+0742' RA= 11:45:17.203405 DEC= +07:42:10.96364 RAER= 0.44 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.050, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1142+052', 'J1145+0455' RA= 11:45:21.315162 DEC= +04:55:26.68775 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.350, 0.136, 8.4, 0.235, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1861 observations" / source= '1142-225', 'J1145-2250' RA= 11:45:22.046841 DEC= -22:50:31.34316 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.688, 0.322, 8.4, 0.457, 0.190 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '1142+422', 'J1145+4156' RA= 11:45:25.997913 DEC= +41:56:23.10777 RAER= 0.21 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.062, 8.4, 0.062, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '1142+097', 'J1145+0927' RA= 11:45:27.769294 DEC= +09:27:25.01290 RAER= 0.42 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.042, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1143-483', 'J1145-4836' RA= 11:45:31.042395 DEC= -48:36:10.04648 RAER= 2.04 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1143-152', 'J1145-1528' RA= 11:45:33.815132 DEC= -15:28:57.83020 RAER= 0.30 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.066, 8.4, 0.070, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1143+370', 'J1145+3646' RA= 11:45:38.418533 DEC= +36:46:27.81987 RAER= 4.16 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1143+446', 'J1145+4420' RA= 11:45:38.518609 DEC= +44:20:21.91405 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.071, 5.0, 0.207, 0.073, 8.4, 0.135, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '1143-106', 'J1145-1053' RA= 11:45:38.924777 DEC= -10:53:52.22953 RAER= 0.58 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.025, 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1143+006', 'J1145+0023' RA= 11:45:42.756046 DEC= +00:23:08.13206 RAER= 6.70 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1143+093', 'J1145+0906' RA= 11:45:46.096332 DEC= +09:06:53.60741 RAER= 0.65 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1143-696', 'J1145-6954' RA= 11:45:53.624189 DEC= -69:54:01.79766 RAER= 0.31 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.879, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1275 observations" / source= '1143+336', 'J1145+3323' RA= 11:45:57.188334 DEC= +33:23:46.20846 RAER= 0.73 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.037, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1143-085', 'J1145-0850' RA= 11:45:58.440922 DEC= -08:50:17.96050 RAER= 8.78 DECER= 8.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1143-245', 'J1146-2447' RA= 11:46:08.103316 DEC= -24:47:32.89660 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.862, 1.570, 5.0, 1.135, 0.645, 8.4, 0.768, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2487 observations" / source= '1143+129', 'J1146+1240' RA= 11:46:08.204705 DEC= +12:40:50.32718 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.092, 8.4, 0.082, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '1143+262', 'J1146+2601' RA= 11:46:08.493672 DEC= +26:01:04.46912 RAER= 4.47 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1143+498', 'J1146+4936' RA= 11:46:12.024713 DEC= +49:36:25.75439 RAER= 1.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.052, 8.4, 0.037, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1143-085', 'J1146-0849' RA= 11:46:12.531902 DEC= -08:49:26.56028 RAER= 0.57 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.029, 8.4, 0.068, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1143+456', 'J1146+4520' RA= 11:46:15.241494 DEC= +45:20:38.33296 RAER= 8.36 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1143-287', 'J1146-2859' RA= 11:46:26.188591 DEC= -28:59:18.50492 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.365, 0.254, 8.4, 0.377, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1413 observations" / source= '1143+590', 'J1146+5848' RA= 11:46:26.911598 DEC= +58:48:34.26328 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.133, 5.0, 0.438, 0.310, 8.4, 0.245, 0.201 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '1143-031', 'J1146-0323' RA= 11:46:27.589595 DEC= -03:23:50.47236 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '1143-332', 'J1146-3328' RA= 11:46:28.451780 DEC= -33:28:42.63239 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.113, 5.0, 0.251, n/a, 8.4, 0.164, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2028 observations" / source= '1143+280', 'J1146+2746' RA= 11:46:31.678149 DEC= +27:46:24.20055 RAER= 0.72 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1143+052', 'J1146+0458' RA= 11:46:31.741360 DEC= +04:58:19.28850 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.077, 5.0, 0.103, 0.076, 8.4, 0.108, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 712 observations" / source= '1144-327', 'J1146-3300' RA= 11:46:33.583097 DEC= -33:00:24.47755 RAER= 2.76 DECER= 8.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1144+322', 'J1146+3200' RA= 11:46:36.754385 DEC= +32:00:04.06525 RAER= 0.61 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.068, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1144+404', 'J1146+4008' RA= 11:46:43.044730 DEC= +40:08:01.60242 RAER= 781.96 DECER= 980.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '1144+334', 'J1146+3310' RA= 11:46:43.626369 DEC= +33:10:36.26870 RAER= 0.56 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.030, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1144+542', 'J1146+5356' RA= 11:46:44.204337 DEC= +53:56:43.08255 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.406, 0.212, 5.0, 0.317, 0.172, 8.4, 0.470, 0.274 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '1144+402', 'J1146+3958' RA= 11:46:58.297915 DEC= +39:58:34.30436 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.879, 0.740, 5.0, 0.825, 0.676, 8.4, 1.238, 0.832, 15.2, 1.213, 0.933 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144122 observations" / source= '1144-379', 'J1147-3812' RA= 11:47:01.370714 DEC= -38:12:11.02359 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.236, 0.901, 5.0, 1.990, 1.890, 8.4, 1.658, 1.317 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85524 observations" / source= '1144-043', 'J1147-0435' RA= 11:47:04.864040 DEC= -04:35:42.21119 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.067, 5.0, 0.073, n/a, 8.4, 0.093, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '1144+089', 'J1147+0839' RA= 11:47:05.239477 DEC= +08:39:00.57793 RAER= 0.48 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1144-261', 'J1147-2625' RA= 11:47:06.284800 DEC= -26:25:14.56115 RAER= 0.93 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1144-392', 'J1147-3932' RA= 11:47:08.033754 DEC= -39:32:03.19821 RAER= 2.63 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1144-126', 'J1147-1253' RA= 11:47:20.693752 DEC= -12:53:09.94329 RAER= 0.38 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.025, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1144+352', 'J1147+3501' RA= 11:47:22.129082 DEC= +35:01:07.53428 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.061, 5.0, 0.358, 0.123, 8.4, 0.157, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1144-176', 'J1147-1755' RA= 11:47:22.790997 DEC= -17:55:54.42520 RAER= 1.21 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.014, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1144+067', 'J1147+0627' RA= 11:47:23.678021 DEC= +06:27:37.32470 RAER= 0.39 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.033, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1145-676', 'J1147-6753' RA= 11:47:33.399555 DEC= -67:53:41.76979 RAER= 0.33 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.446, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 367 observations" / source= '1145+493', 'J1147+4906' RA= 11:47:39.088344 DEC= +49:06:00.15149 RAER= 1.44 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.018, 8.4, 0.042, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1145-071', 'J1147-0724' RA= 11:47:51.554034 DEC= -07:24:41.14125 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.685, 0.273, 5.0, 0.841, 0.610, 8.4, 0.740, 0.409, 15.2, 0.632, 0.243, 22.2, 0.465, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16105 observations" / source= '1145+485', 'J1147+4818' RA= 11:47:52.285527 DEC= +48:18:49.53522 RAER= 10.35 DECER= 11.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1145-195', 'J1147-1952' RA= 11:47:56.892883 DEC= -19:52:18.87234 RAER= 0.84 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.046, 8.4, 0.043, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1145-033', 'J1147-0335' RA= 11:47:57.962396 DEC= -03:35:45.45114 RAER= 6.61 DECER= 20.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1145+268', 'J1147+2635' RA= 11:47:59.763910 DEC= +26:35:42.33238 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.366, 0.296, 5.0, 0.397, 0.234, 8.4, 0.400, 0.254 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10207 observations" / source= '1145+571', 'J1148+5654' RA= 11:48:03.178087 DEC= +56:54:11.42654 RAER= 3.21 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1145-005', 'J1148-0046' RA= 11:48:07.191966 DEC= -00:46:45.67367 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.091, 8.4, 0.095, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '1145-478', 'J1148-4805' RA= 11:48:15.657491 DEC= -48:05:38.42840 RAER= 3.17 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1145+532', 'J1148+5258' RA= 11:48:16.100143 DEC= +52:58:59.31230 RAER= 1.91 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.021, 8.4, 0.047, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1145-674', 'J1148-6745' RA= 11:48:18.146026 DEC= -67:45:38.58573 RAER= 5.35 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1145+321', 'J1148+3154' RA= 11:48:18.880036 DEC= +31:54:10.01692 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.062, 8.4, 0.090, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 731 observations" / source= '1145+224', 'J1148+2208' RA= 11:48:21.924115 DEC= +22:08:25.58254 RAER= 1.63 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.010, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1145+081', 'J1148+0752' RA= 11:48:30.757214 DEC= +07:52:08.10816 RAER= 0.92 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1146-262', 'J1148-2631' RA= 11:48:32.988792 DEC= -26:31:39.80974 RAER= 7.19 DECER= 13.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1146+189', 'J1148+1840' RA= 11:48:37.776731 DEC= +18:40:08.96861 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.166, 5.0, 0.409, 0.212, 8.4, 0.335, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 938 observations" / source= '1146+543', 'J1148+5406' RA= 11:48:40.799737 DEC= +54:06:36.95879 RAER= 0.57 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.085, 8.4, 0.057, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1146-780', 'J1148-7819' RA= 11:48:44.476931 DEC= -78:19:33.57994 RAER= 7.23 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1146+596', 'J1148+5924' RA= 11:48:50.358171 DEC= +59:24:56.38221 RAER= 0.24 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.394, 0.085, 5.0, 0.388, 0.038, 8.4, 0.362, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '1146-037', 'J1148-0404' RA= 11:48:55.884854 DEC= -04:04:09.56350 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.071, 5.0, 0.129, n/a, 8.4, 0.162, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '1146+531', 'J1148+5254' RA= 11:48:56.569100 DEC= +52:54:25.32250 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.197, 5.0, 0.353, 0.327, 8.4, 0.516, 0.346 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 990 observations" / source= '1146-111', 'J1148-1123' RA= 11:48:56.911099 DEC= -11:23:19.99735 RAER= 0.41 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.083, 8.4, 0.119, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1146-371', 'J1149-3723' RA= 11:49:01.757595 DEC= -37:23:44.49401 RAER= 1.62 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.035, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1146-117', 'J1149-1204' RA= 11:49:06.683902 DEC= -12:04:33.62927 RAER= 0.61 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1146+286', 'J1149+2824' RA= 11:49:08.905521 DEC= +28:24:34.89400 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.102, 5.0, 0.235, 0.201, 8.4, 0.193, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 791 observations" / source= '1146+268', 'J1149+2634' RA= 11:49:08.933856 DEC= +26:34:20.10510 RAER= 6.34 DECER= 7.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1146+182', 'J1149+1759' RA= 11:49:09.138739 DEC= +17:59:46.61298 RAER= 4.08 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1146+075', 'J1149+0716' RA= 11:49:13.295702 DEC= +07:16:24.43246 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.032, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1146-097', 'J1149-1003' RA= 11:49:16.645719 DEC= -10:03:07.82333 RAER= 0.52 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.068, 8.4, 0.102, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1146+157', 'J1149+1526' RA= 11:49:16.673431 DEC= +15:26:58.20717 RAER= 0.47 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.028, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1146-181', 'J1149-1823' RA= 11:49:17.594391 DEC= -18:23:13.42986 RAER= 1.76 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.039, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1146-402', 'J1149-4029' RA= 11:49:17.711944 DEC= -40:29:48.23595 RAER= 0.85 DECER= 6.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1146+544', 'J1149+5408' RA= 11:49:21.939145 DEC= +54:08:05.11759 RAER= 20.94 DECER= 16.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1146+435', 'J1149+4316' RA= 11:49:23.927231 DEC= +43:16:49.40756 RAER= 0.77 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.023, 8.4, 0.056, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1146+249', 'J1149+2439' RA= 11:49:30.354212 DEC= +24:39:26.93596 RAER= 2.81 DECER= 13.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.031, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1146+362', 'J1149+3559' RA= 11:49:33.975660 DEC= +35:59:08.09528 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.194, 5.0, 0.129, 0.124, 8.4, 0.119, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 967 observations" / source= '1146+782', 'J1149+7756' RA= 11:49:38.906295 DEC= +77:56:57.27177 RAER= 7.84 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.029, 8.4, 0.049, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1147-246', 'J1149-2455' RA= 11:49:47.841688 DEC= -24:55:00.54685 RAER= 2.94 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.046, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1147-106', 'J1149-1058' RA= 11:49:49.753534 DEC= -10:58:32.55569 RAER= 1.12 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1147-046', 'J1149-0456' RA= 11:49:50.101445 DEC= -04:56:18.44067 RAER= 1.34 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.014, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1147-316', 'J1149-3155' RA= 11:49:55.510957 DEC= -31:55:45.24624 RAER= 1.38 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.011, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1147+557', 'J1150+5528' RA= 11:50:00.147442 DEC= +55:28:20.95366 RAER= 0.74 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1147-087', 'J1150-0902' RA= 11:50:05.261135 DEC= -09:02:09.25709 RAER= 0.92 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.043, 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1147+438', 'J1150+4332' RA= 11:50:16.602797 DEC= +43:32:05.90637 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.074, 5.0, 0.158, 0.131, 8.4, 0.106, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1143 observations" / source= '1147+245', 'J1150+2417' RA= 11:50:19.212182 DEC= +24:17:53.83520 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.662, 0.334, 5.0, 0.688, 0.424, 8.4, 0.602, 0.245, 15.2, 0.657, 0.314 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7828 observations" / source= '1147+339', 'J1150+3341' RA= 11:50:19.605922 DEC= +33:41:44.85738 RAER= 0.76 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.035, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1147-063', 'J1150-0640' RA= 11:50:23.986700 DEC= -06:40:26.57095 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.272, 8.4, 0.493, 0.401, 22.2, 0.434, 0.324 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1627 observations" / source= '1147+022', 'J1150+0156' RA= 11:50:24.800233 DEC= +01:56:20.34573 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.024, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1147-192', 'J1150-1930' RA= 11:50:31.527122 DEC= -19:30:49.54930 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.259, 8.4, 0.283, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '1147+067', 'J1150+0630' RA= 11:50:32.729086 DEC= +06:30:29.41943 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.207, 8.4, 0.127, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 721 observations" / source= '1148-540', 'J1150-5416' RA= 11:50:33.954936 DEC= -54:16:42.34077 RAER= 0.39 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.198, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1147+659', 'J1150+6539' RA= 11:50:34.540119 DEC= +65:39:28.27343 RAER= 0.45 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.059, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '1147+421', 'J1150+4154' RA= 11:50:34.754593 DEC= +41:54:40.04499 RAER= 0.38 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, 0.021, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1148-309', 'J1150-3115' RA= 11:50:36.956902 DEC= -31:15:33.76507 RAER= 1.32 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.118, 8.4, 0.075, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1148+135', 'J1150+1317' RA= 11:50:43.605949 DEC= +13:17:35.31920 RAER= 1.21 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1148-001', 'J1150-0023' RA= 11:50:43.870783 DEC= -00:23:54.20503 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.362, 0.487, 5.0, 1.460, 0.325, 8.4, 0.867, 0.155, 15.2, 0.759, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1113 observations" / source= '1148+212', 'J1150+2055' RA= 11:50:45.837801 DEC= +20:55:40.38936 RAER= 0.65 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.060, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1148+568', 'J1150+5632' RA= 11:50:45.978043 DEC= +56:32:56.31727 RAER= 0.75 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '1148-130', 'J1150-1318' RA= 11:50:50.900537 DEC= -13:18:02.49031 RAER= 1.88 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1148+052', 'J1150+0458' RA= 11:50:51.836619 DEC= +04:58:59.54517 RAER= 3.47 DECER= 4.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1148-559', 'J1150-5613' RA= 11:50:58.067642 DEC= -56:13:27.99349 RAER= 7.56 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1148+596', 'J1151+5923' RA= 11:51:03.005869 DEC= +59:23:34.99912 RAER= 0.61 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.059, 8.4, 0.075, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1148-171', 'J1151-1723' RA= 11:51:03.203644 DEC= -17:23:59.84470 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.708, 0.232, 8.4, 0.308, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1148+477', 'J1151+4728' RA= 11:51:09.306809 DEC= +47:28:55.66010 RAER= 1.63 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1148+057', 'J1151+0528' RA= 11:51:11.888140 DEC= +05:28:18.91564 RAER= 0.86 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1148-278', 'J1151-2805' RA= 11:51:12.260923 DEC= -28:05:28.54777 RAER= 1.83 DECER= 5.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1148-671', 'J1151-6728' RA= 11:51:13.426538 DEC= -67:28:11.09418 RAER= 0.30 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.788, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '1148+404', 'J1151+4008' RA= 11:51:16.927791 DEC= +40:08:22.20637 RAER= 0.62 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.092, 8.4, 0.062, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1148+102', 'J1151+0958' RA= 11:51:17.308925 DEC= +09:58:26.31491 RAER= 0.62 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1148+592', 'J1151+5859' RA= 11:51:24.660455 DEC= +58:59:17.56641 RAER= 0.47 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.059, 5.0, 0.083, 0.038, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 979 observations" / source= '1148-608', 'J1151-6108' RA= 11:51:27.370526 DEC= -61:08:19.61422 RAER= 181.98 DECER= 54.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1148+387', 'J1151+3825' RA= 11:51:29.361345 DEC= +38:25:52.37420 RAER= 0.22 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.034, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 754 observations" / source= '1148-135', 'J1151-1347' RA= 11:51:29.970125 DEC= -13:47:50.84164 RAER= 0.38 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1149-480', 'J1151-4822' RA= 11:51:37.848145 DEC= -48:22:05.90394 RAER= 4.05 DECER= 33.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1149-334', 'J1151-3342' RA= 11:51:40.372280 DEC= -33:42:11.91377 RAER= 2.35 DECER= 7.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1149-271', 'J1151-2726' RA= 11:51:56.905026 DEC= -27:26:44.09939 RAER= 2.15 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1149+106', 'J1152+1023' RA= 11:52:01.128031 DEC= +10:23:22.84870 RAER= 1.22 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.021, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1149+337', 'J1152+3327' RA= 11:52:03.268957 DEC= +33:27:04.82992 RAER= 0.36 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1149+289', 'J1152+2837' RA= 11:52:10.705398 DEC= +28:37:21.27101 RAER= 1.94 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1149-084', 'J1152-0841' RA= 11:52:17.209517 DEC= -08:41:03.31402 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.700, 0.619, 5.0, 0.984, 1.095, 8.4, 0.985, 0.688, 15.2, 0.933, 0.333, 22.2, 0.261, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47703 observations" / source= '1149-267', 'J1152-2701' RA= 11:52:22.044791 DEC= -27:01:25.75099 RAER= 0.96 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.027, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1149+158', 'J1152+1531' RA= 11:52:22.186452 DEC= +15:31:48.14416 RAER= 1.94 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.031, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1149+078', 'J1152+0733' RA= 11:52:25.917334 DEC= +07:33:57.67268 RAER= 0.48 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.059, 8.4, 0.066, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1149+234', 'J1152+2312' RA= 11:52:26.231320 DEC= +23:12:54.78219 RAER= 0.71 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.043, 8.4, 0.098, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1149+235', 'J1152+2313' RA= 11:52:26.516334 DEC= +23:13:46.91206 RAER= 0.63 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.041, 8.4, 0.086, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1149+324', 'J1152+3209' RA= 11:52:27.488300 DEC= +32:09:59.37151 RAER= 0.22 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.029, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '1149+499', 'J1152+4939' RA= 11:52:32.871064 DEC= +49:39:38.76777 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.121, 5.0, 0.334, 0.321, 8.4, 0.510, 0.390 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1417 observations" / source= '1150+238', 'J1152+2333' RA= 11:52:38.031202 DEC= +23:33:33.95822 RAER= 0.58 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.036, 8.4, 0.059, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1150+500', 'J1152+4946' RA= 11:52:44.068108 DEC= +49:46:47.05102 RAER= 5.90 DECER= 4.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1150+388', 'J1152+3831' RA= 11:52:45.156828 DEC= +38:31:45.13461 RAER= 9.54 DECER= 19.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1150+361', 'J1152+3551' RA= 11:52:48.117008 DEC= +35:51:03.35628 RAER= 0.75 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.048, 8.4, 0.032, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1150+334', 'J1152+3307' RA= 11:52:51.910192 DEC= +33:07:18.76387 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.130, 5.0, 0.192, 0.076, 8.4, 0.132, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1013 observations" / source= '1150-834', 'J1152-8344' RA= 11:52:53.221497 DEC= -83:44:09.44093 RAER= 3.28 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.292, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1150-050', 'J1152-0519' RA= 11:52:55.491572 DEC= -05:19:48.53415 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.066, 8.4, 0.142, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1150+297', 'J1152+2930' RA= 11:52:58.760011 DEC= +29:30:15.05145 RAER= 0.18 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '1150-044', 'J1153-0442' RA= 11:53:06.658779 DEC= -04:42:55.82737 RAER= 0.82 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.016, 8.4, 0.044, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1150+209', 'J1153+2039' RA= 11:53:10.970738 DEC= +20:39:31.82506 RAER= 1.57 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1150+812', 'J1153+8058' RA= 11:53:12.499218 DEC= +80:58:29.15452 RAER= 0.64 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.609, 0.591, 5.0, 0.940, 0.364, 8.4, 1.165, 0.520, 15.2, 1.038, 0.503, 22.2, 1.218, 0.335 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17284 observations" / source= '1150+095', 'J1153+0914' RA= 11:53:12.552103 DEC= +09:14:02.27916 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.227, 8.4, 0.146, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '1150+177', 'J1153+1727' RA= 11:53:18.972896 DEC= +17:27:07.14208 RAER= 0.48 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.018, 8.4, 0.043, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1150-108', 'J1153-1105' RA= 11:53:22.313717 DEC= -11:05:12.58784 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.163, 8.4, 0.114, 0.077, 15.2, 0.167, 0.127, 22.2, 0.108, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 752 observations" / source= '1150-580', 'J1153-5821' RA= 11:53:22.441639 DEC= -58:21:59.12885 RAER= 5.71 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1150+588', 'J1153+5831' RA= 11:53:23.971314 DEC= +58:31:38.54587 RAER= 0.99 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 320 observations" / source= '1150+497', 'J1153+4931' RA= 11:53:24.466644 DEC= +49:31:08.83014 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.842, 0.470, 5.0, 1.020, 0.493, 8.4, 1.088, 0.516, 15.2, 1.064, 0.508 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9555 observations" / source= '1150+365', 'J1153+3617' RA= 11:53:26.702979 DEC= +36:17:26.28958 RAER= 0.27 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.042, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '1150-179', 'J1153-1816' RA= 11:53:32.546943 DEC= -18:16:07.20698 RAER= 0.78 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.213, 0.015, 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1151-350', 'J1153-3522' RA= 11:53:36.067631 DEC= -35:22:32.29813 RAER= 7.48 DECER= 16.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.338, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1151-256', 'J1153-2554' RA= 11:53:38.458526 DEC= -25:54:13.17526 RAER= 0.69 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1151-140', 'J1153-1419' RA= 11:53:42.682570 DEC= -14:19:29.30875 RAER= 1.05 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1151+386', 'J1153+3823' RA= 11:53:42.911329 DEC= +38:23:05.91558 RAER= 0.92 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1151+515', 'J1153+5117' RA= 11:53:46.431720 DEC= +51:17:04.10585 RAER= 5.19 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1151+102', 'J1153+0955' RA= 11:53:48.527384 DEC= +09:55:54.88832 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.201, 8.4, 0.248, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '1151-298', 'J1153-3009' RA= 11:53:49.321581 DEC= -30:09:45.78218 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.054, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1151-032', 'J1153-0329' RA= 11:53:50.936678 DEC= -03:29:33.33053 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '1151-097', 'J1153-1001' RA= 11:53:52.464924 DEC= -10:01:13.41119 RAER= 0.71 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1151+384', 'J1153+3811' RA= 11:53:52.860250 DEC= +38:11:48.62633 RAER= 1.07 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.027, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1151-319', 'J1153-3213' RA= 11:53:54.068006 DEC= -32:13:14.70606 RAER= 1.50 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.063, 8.4, 0.070, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1151+408', 'J1153+4036' RA= 11:53:54.658931 DEC= +40:36:52.61927 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.160, 0.505, 5.0, 0.407, 0.107, 8.4, 0.552, 0.079, 15.2, 0.557, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 853 observations" / source= '1151+598', 'J1154+5934' RA= 11:54:01.366226 DEC= +59:34:54.19951 RAER= 0.25 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.094, 5.0, 0.138, 0.112, 8.4, 0.133, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 963 observations" / source= '1151+081', 'J1154+0752' RA= 11:54:03.273451 DEC= +07:52:43.93286 RAER= 0.79 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.012, 8.4, 0.038, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1151+606', 'J1154+6022' RA= 11:54:04.535307 DEC= +60:22:20.81566 RAER= 0.23 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.139, 5.0, 0.207, 0.177, 8.4, 0.299, 0.227 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1260 observations" / source= '1151+001', 'J1154-0010' RA= 11:54:04.555668 DEC= -00:10:09.86636 RAER= 0.67 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1151+566', 'J1154+5620' RA= 11:54:05.374917 DEC= +56:20:40.80252 RAER= 2.70 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1151-324', 'J1154-3242' RA= 11:54:06.166380 DEC= -32:42:42.98096 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.103, 8.4, 0.137, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '1151+178', 'J1154+1731' RA= 11:54:06.670013 DEC= +17:31:48.71105 RAER= 1.46 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1151+623', 'J1154+6207' RA= 11:54:06.698810 DEC= +62:07:06.46762 RAER= 23.71 DECER= 4.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1151+029', 'J1154+0238' RA= 11:54:09.285646 DEC= +02:38:15.14180 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.057, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1151+126', 'J1154+1225' RA= 11:54:10.407328 DEC= +12:25:09.75466 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.058, 5.0, 0.079, n/a, 8.4, 0.113, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1151+362', 'J1154+3555' RA= 11:54:11.132195 DEC= +35:55:51.66871 RAER= 0.72 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.058, 8.4, 0.043, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1151-654', 'J1154-6542' RA= 11:54:15.047868 DEC= -65:42:16.38082 RAER= 0.57 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1151+456', 'J1154+4523' RA= 11:54:20.726079 DEC= +45:23:29.46516 RAER= 0.87 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.009, 8.4, 0.019, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1151-348', 'J1154-3505' RA= 11:54:21.787247 DEC= -35:05:29.06322 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.571, 0.325, 5.0, 1.329, 0.031, 8.4, 0.546, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '1151+12A', 'J1154+122A' RA= 11:54:34.204320 DEC= +12:25:11.35290 RAER= 16.24 DECER= 14.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1152-128', 'J1154-1307' RA= 11:54:38.832249 DEC= -13:07:34.15827 RAER= 15.97 DECER= 16.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1152+100', 'J1154+0946' RA= 11:54:42.362512 DEC= +09:46:39.37650 RAER= 1.89 DECER= 5.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1152-279', 'J1154-2812' RA= 11:54:50.432576 DEC= -28:12:50.89007 RAER= 0.93 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.040, 8.4, 0.068, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1152+048', 'J1154+0433' RA= 11:54:52.783185 DEC= +04:33:41.02024 RAER= 1.66 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1152+019', 'J1154+0142' RA= 11:54:55.092897 DEC= +01:42:00.26565 RAER= 1.28 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, n/a, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1152+045', 'J1154+0415' RA= 11:54:55.946295 DEC= +04:15:30.99312 RAER= 0.74 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1152-355', 'J1155-3551' RA= 11:55:01.333212 DEC= -35:51:47.72757 RAER= 2.20 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1152-308', 'J1155-3107' RA= 11:55:03.157684 DEC= -31:07:58.72837 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.123, 8.4, 0.165, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1152+758', 'J1155+7534' RA= 11:55:04.654849 DEC= +75:34:41.62695 RAER= 15.09 DECER= 9.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, n/a, 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1152+462', 'J1155+4555' RA= 11:55:11.008959 DEC= +45:55:39.63036 RAER= 0.22 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.542, 0.128, 5.0, 0.273, 0.049, 8.4, 0.148, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 982 observations" / source= '1152-295', 'J1155-2949' RA= 11:55:15.262094 DEC= -29:49:54.36113 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.059, 8.4, 0.109, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '1152+19A', 'J1155+193A' RA= 11:55:18.295636 DEC= +19:39:42.22904 RAER= 0.26 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.025, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1152+19B', 'J1155+193B' RA= 11:55:18.361857 DEC= +19:39:40.98480 RAER= 0.33 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '1152-340', 'J1155-3417' RA= 11:55:20.520752 DEC= -34:17:19.91095 RAER= 1.71 DECER= 9.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1152+822', 'J1155+8157' RA= 11:55:22.084730 DEC= +81:57:09.53500 RAER= 17.64 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, n/a, 5.0, 0.028, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1152-572', 'J1155-5730' RA= 11:55:23.889743 DEC= -57:30:48.13704 RAER= 0.60 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.174, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '1152+735', 'J1155+7316' RA= 11:55:27.534289 DEC= +73:16:35.57647 RAER= 2.25 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.068, 8.4, 0.074, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1152+55A', 'J1155+5452' RA= 11:55:31.393455 DEC= +54:52:00.43781 RAER= 2.74 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1152+551', 'J1155+5453' RA= 11:55:31.667855 DEC= +54:53:56.02983 RAER= 0.74 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.030, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '1153-362', 'J1155-3630' RA= 11:55:33.062237 DEC= -36:30:10.95299 RAER= 1.82 DECER= 7.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1152+684', 'J1155+6808' RA= 11:55:35.787795 DEC= +68:08:26.94918 RAER= 10.31 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1153-110', 'J1155-1117' RA= 11:55:36.342418 DEC= -11:17:29.06672 RAER= 2.09 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1153-119', 'J1155-1216' RA= 11:55:36.819394 DEC= -12:16:35.50465 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.076, 8.4, 0.119, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 350 observations" / source= '1153+025', 'J1155+0214' RA= 11:55:42.536408 DEC= +02:14:11.08801 RAER= 0.62 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1153-100', 'J1155-1017' RA= 11:55:45.551359 DEC= -10:17:52.24587 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.089, 8.4, 0.112, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '1153-807', 'J1155-8101' RA= 11:55:46.100597 DEC= -81:01:18.20405 RAER= 1.91 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1153+407', 'J1155+4029' RA= 11:55:49.531281 DEC= +40:29:40.43999 RAER= 1.58 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1153+214', 'J1155+2111' RA= 11:55:57.117679 DEC= +21:11:16.61787 RAER= 3.03 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1153+590', 'J1156+5847' RA= 11:56:03.470843 DEC= +58:47:05.93974 RAER= 0.71 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.044, 8.4, 0.086, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1153-206', 'J1156-2054' RA= 11:56:15.834805 DEC= -20:54:29.84935 RAER= 1.54 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1153+317', 'J1156+3128' RA= 11:56:18.723567 DEC= +31:28:04.42579 RAER= 0.62 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.070, 0.027, 5.0, 0.474, n/a, 8.4, 0.153, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1153+31A', 'J1156+312A' RA= 11:56:18.772035 DEC= +31:28:05.11434 RAER= 0.73 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.031, 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '1153+733', 'J1156+7306' RA= 11:56:27.259081 DEC= +73:06:50.17025 RAER= 0.50 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.054, 8.4, 0.133, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1154-225', 'J1156-2250' RA= 11:56:33.237304 DEC= -22:50:04.43371 RAER= 0.66 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1154-038', 'J1156-0405' RA= 11:56:48.430694 DEC= -04:05:40.26115 RAER= 0.42 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1154-081', 'J1156-0826' RA= 11:56:48.695997 DEC= -08:26:46.49419 RAER= 0.23 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.051, 8.4, 0.113, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1154-191', 'J1156-1922' RA= 11:56:49.461212 DEC= -19:22:47.17958 RAER= 0.86 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.069, 8.4, 0.074, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1154+442', 'J1156+4355' RA= 11:56:50.747796 DEC= +43:55:21.37728 RAER= 1.14 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1154+357', 'J1156+3531' RA= 11:56:50.864488 DEC= +35:31:03.47758 RAER= 0.81 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.030, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1154-153', 'J1156-1536' RA= 11:56:52.229969 DEC= -15:36:39.90148 RAER= 0.54 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.069, 8.4, 0.079, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1154+098', 'J1156+0932' RA= 11:56:54.476078 DEC= +09:32:41.37465 RAER= 0.61 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.007, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1154+268', 'J1156+2632' RA= 11:56:54.670338 DEC= +26:32:32.26867 RAER= 0.33 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '1154+330', 'J1157+3244' RA= 11:57:00.593964 DEC= +32:44:57.86624 RAER= 0.95 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1154+069', 'J1157+0641' RA= 11:57:00.652523 DEC= +06:41:12.58942 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.075, 8.4, 0.121, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1154-158', 'J1157-1605' RA= 11:57:04.854453 DEC= -16:05:11.81198 RAER= 0.40 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.098, 8.4, 0.101, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1154+815', 'J1157+8118' RA= 11:57:12.762276 DEC= +81:18:23.97928 RAER= 3.06 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.472, 0.054, 8.4, 0.097, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '1154+127', 'J1157+1231' RA= 11:57:17.453851 DEC= +12:31:13.36872 RAER= 0.33 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.058, 8.4, 0.072, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1154+552', 'J1157+5457' RA= 11:57:20.502846 DEC= +54:57:39.37634 RAER= 1.03 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.260, 0.013, 8.4, 0.134, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1154-265', 'J1157-2651' RA= 11:57:24.058007 DEC= -26:51:20.15312 RAER= 1.22 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.020, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1154+435', 'J1157+4318' RA= 11:57:27.603575 DEC= +43:18:06.32962 RAER= 0.50 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1154+193', 'J1157+1902' RA= 11:57:33.494927 DEC= +19:02:27.06390 RAER= 0.34 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.040, 8.4, 0.064, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1155-228', 'J1157-2309' RA= 11:57:33.678709 DEC= -23:09:45.04331 RAER= 29.96 DECER= 44.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1155+169', 'J1157+1638' RA= 11:57:34.836276 DEC= +16:38:59.64991 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.111, 0.784, 5.0, 0.887, 0.443, 8.4, 0.645, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 952 observations" / source= '1155+334', 'J1157+3308' RA= 11:57:42.644063 DEC= +33:08:10.30311 RAER= 0.56 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.055, 8.4, 0.059, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1155+438', 'J1157+4335' RA= 11:57:42.761772 DEC= +43:35:08.38555 RAER= 1.40 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.065, 8.4, 0.065, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1155+557', 'J1157+5527' RA= 11:57:56.133316 DEC= +55:27:12.92184 RAER= 0.39 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.275, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 576 observations" / source= '1155+186', 'J1158+1821' RA= 11:58:20.284739 DEC= +18:21:49.25514 RAER= 0.19 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.086, 8.4, 0.140, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 192 observations" / source= '1155+251', 'J1158+2450' RA= 11:58:25.787561 DEC= +24:50:17.96386 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.895, 0.120, 5.0, 0.643, 0.147, 8.4, 0.309, 0.087, 15.2, 0.162, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1504 observations" / source= '1155+486', 'J1158+4825' RA= 11:58:26.769515 DEC= +48:25:16.22943 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.130, 5.0, 0.360, 0.309, 8.4, 0.200, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '1156+141', 'J1158+1349' RA= 11:58:37.681346 DEC= +13:49:58.78309 RAER= 0.43 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.034, 8.4, 0.056, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1156+631', 'J1158+6254' RA= 11:58:39.909753 DEC= +62:54:27.92273 RAER= 1.27 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.024, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1156-395', 'J1158-3951' RA= 11:58:47.192116 DEC= -39:51:22.97991 RAER= 1.46 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.035, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1156+098', 'J1158+0937' RA= 11:58:54.373432 DEC= +09:37:11.67873 RAER= 0.67 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1156+033', 'J1159+0302' RA= 11:59:10.422343 DEC= +03:02:11.04681 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.061, 8.4, 0.082, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '1156-215', 'J1159-2150' RA= 11:59:10.785365 DEC= -21:50:04.67291 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.041, 5.0, 0.033, n/a, 8.4, 0.034, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '1156-221', 'J1159-2228' RA= 11:59:11.267256 DEC= -22:28:36.90060 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.489, 0.289, 8.4, 0.285, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1156+101', 'J1159+0954' RA= 11:59:11.866814 DEC= +09:54:46.98774 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.056, 8.4, 0.128, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1156-094', 'J1159-0940' RA= 11:59:12.711663 DEC= -09:40:52.04878 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.050, 8.4, 0.340, 0.176, 22.2, 0.232, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2469 observations" / source= '1156+541', 'J1159+5353' RA= 11:59:13.781453 DEC= +53:53:07.28762 RAER= 16.55 DECER= 10.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1156+444', 'J1159+4412' RA= 11:59:17.882252 DEC= +44:12:16.36963 RAER= 1.94 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.020, 8.4, 0.014, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1156-663', 'J1159-6635' RA= 11:59:18.305451 DEC= -66:35:39.42710 RAER= 0.30 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '1156-214', 'J1159-2142' RA= 11:59:21.432540 DEC= -21:42:44.91314 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.296, 8.4, 0.300, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1407 observations" / source= '1156-110', 'J1159-1119' RA= 11:59:24.191953 DEC= -11:19:37.78559 RAER= 5.60 DECER= 10.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1156+295', 'J1159+2914' RA= 11:59:31.833914 DEC= +29:14:43.82678 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.394, 0.935, 5.0, 1.492, 1.182, 8.4, 1.602, 1.253, 15.2, 1.780, 1.317, 22.2, 3.373, 2.728 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 142877 observations" / source= '1156-071', 'J1159-0723' RA= 11:59:31.877745 DEC= -07:23:59.46216 RAER= 0.78 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1157+026', 'J1159+0220' RA= 11:59:35.254560 DEC= +02:20:10.60211 RAER= 0.46 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 230 observations" / source= '1157-281', 'J1159-2826' RA= 11:59:35.310538 DEC= -28:26:10.54692 RAER= 2.75 DECER= 9.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1157-011', 'J1159-0127' RA= 11:59:40.970952 DEC= -01:27:08.41252 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.032, 5.0, 0.033, 0.026, 8.4, 0.045, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '1157+014', 'J1159+0112' RA= 11:59:44.827863 DEC= +01:12:06.98416 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.048, 8.4, 0.105, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1913 observations" / source= '1157+118', 'J1159+1133' RA= 11:59:46.442640 DEC= +11:33:48.50526 RAER= 0.95 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1157+586', 'J1159+5820' RA= 11:59:48.770391 DEC= +58:20:20.28435 RAER= 1.04 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.286, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '1157-215', 'J1159-2148' RA= 11:59:51.906062 DEC= -21:48:53.70725 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.665, 0.483, 8.4, 0.480, 0.198, 15.2, 0.356, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1394 observations" / source= '1157+307', 'J1159+3027' RA= 11:59:54.657458 DEC= +30:27:27.05566 RAER= 0.40 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1157+414', 'J1200+4108' RA= 12:00:03.890726 DEC= +41:08:42.34220 RAER= 1.22 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1157+532', 'J1200+5300' RA= 12:00:11.384288 DEC= +53:00:46.87743 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.122, 5.0, 0.119, 0.104, 8.4, 0.154, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1298 observations" / source= '1157-026', 'J1200-0254' RA= 12:00:12.306933 DEC= -02:54:09.15191 RAER= 2.33 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1157+023', 'J1200+0202' RA= 12:00:12.348667 DEC= +02:02:08.53497 RAER= 0.34 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations" / source= '1157-347', 'J1200-3500' RA= 12:00:17.590224 DEC= -35:00:45.09122 RAER= 1.48 DECER= 7.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1157+418', 'J1200+4134' RA= 12:00:19.068514 DEC= +41:34:16.27964 RAER= 1.91 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1157+460', 'J1200+4548' RA= 12:00:31.160750 DEC= +45:48:42.70887 RAER= 5.64 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1158+127', 'J1200+1231' RA= 12:00:40.039198 DEC= +12:31:03.27534 RAER= 0.31 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.055, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1158+043', 'J1200+0406' RA= 12:00:45.510865 DEC= +04:06:37.10802 RAER= 0.40 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '1158-142', 'J1200-1430' RA= 12:00:55.134297 DEC= -14:30:40.30345 RAER= 2.74 DECER= 5.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1158+122', 'J1200+1157' RA= 12:00:55.994019 DEC= +11:57:18.41521 RAER= 5.00 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, n/a, 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1158+204', 'J1200+2008' RA= 12:00:57.113856 DEC= +20:08:44.58337 RAER= 0.24 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.135, 22.2, 0.188, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1158+001', 'J1201-0007' RA= 12:01:06.192686 DEC= -00:07:01.52400 RAER= 2.69 DECER= 6.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1158-032', 'J1201-0332' RA= 12:01:11.137039 DEC= -03:32:19.57192 RAER= 1.13 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1158+601', 'J1201+5951' RA= 12:01:18.348408 DEC= +59:51:25.68603 RAER= 0.99 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.028, 8.4, 0.041, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1158+007', 'J1201+0028' RA= 12:01:23.250779 DEC= +00:28:28.31586 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.142, 8.4, 0.139, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2597 observations" / source= '1158+092', 'J1201+0900' RA= 12:01:27.424292 DEC= +09:00:40.46812 RAER= 1.70 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.067, 8.4, 0.046, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1159+115', 'J1201+1114' RA= 12:01:40.248903 DEC= +11:14:47.59341 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, 0.139, 8.4, 0.126, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '1159-060', 'J1201-0617' RA= 12:01:40.360662 DEC= -06:17:30.97433 RAER= 7.07 DECER= 14.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1159-515', 'J1201-5150' RA= 12:01:43.272995 DEC= -51:50:34.47596 RAER= 1.75 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1159+148', 'J1201+1431' RA= 12:01:44.268859 DEC= +14:31:36.45011 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, 0.250, 8.4, 0.325, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1076 observations" / source= '1159+108', 'J1201+1036' RA= 12:01:47.858471 DEC= +10:36:51.81734 RAER= 0.50 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1159+395', 'J1201+3919' RA= 12:01:49.964459 DEC= +39:19:11.03650 RAER= 0.80 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.185, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 220 observations" / source= '1159-356', 'J1201-3554' RA= 12:01:51.948319 DEC= -35:54:09.49194 RAER= 0.87 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.045, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1159-121', 'J1202-1223' RA= 12:02:01.569668 DEC= -12:23:16.99700 RAER= 0.84 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.068, 8.4, 0.081, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1159+450', 'J1202+4444' RA= 12:02:08.662572 DEC= +44:44:22.47539 RAER= 0.24 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.037, 8.4, 0.039, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '1159+722', 'J1202+7200' RA= 12:02:15.339591 DEC= +72:00:24.59370 RAER= 2.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.009, 8.4, 0.060, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1159+085', 'J1202+0816' RA= 12:02:19.701860 DEC= +08:16:38.27298 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.034, 5.0, 0.085, 0.055, 8.4, 0.101, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1159-318', 'J1202-3207' RA= 12:02:21.612719 DEC= -32:07:52.76603 RAER= 3.12 DECER= 8.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1159-023', 'J1202-0240' RA= 12:02:32.279754 DEC= -02:40:03.74353 RAER= 6.59 DECER= 7.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1200+282', 'J1202+2756' RA= 12:02:34.065772 DEC= +27:56:25.93485 RAER= 0.33 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '1200-051', 'J1202-0528' RA= 12:02:34.224891 DEC= -05:28:02.49094 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.539, 0.332, 8.4, 0.520, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '1200-374', 'J1202-3745' RA= 12:02:39.068001 DEC= -37:45:04.67696 RAER= 1.04 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.060, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1200-125', 'J1202-1251' RA= 12:02:40.341978 DEC= -12:51:38.32351 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.085, 8.4, 0.142, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '1200+268', 'J1202+2631' RA= 12:02:40.679480 DEC= +26:31:38.63000 RAER= 0.42 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.044, 8.4, 0.068, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1200-366', 'J1202-3655' RA= 12:02:48.832634 DEC= -36:55:45.39350 RAER= 0.88 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1200+124', 'J1202+1207' RA= 12:02:52.083445 DEC= +12:07:20.82494 RAER= 0.57 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1200+028', 'J1202+0235' RA= 12:02:55.276222 DEC= +02:35:26.64241 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.018, 5.0, 0.084, n/a, 8.4, 0.146, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '1200+391', 'J1202+3851' RA= 12:02:57.074458 DEC= +38:51:47.58242 RAER= 0.78 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.016, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1200+152', 'J1202+1456' RA= 12:02:59.108342 DEC= +14:56:16.84594 RAER= 0.43 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.048, 8.4, 0.071, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1200+179', 'J1203+1742' RA= 12:03:00.417154 DEC= +17:42:13.81923 RAER= 12.14 DECER= 14.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1200+068', 'J1203+0634' RA= 12:03:01.012669 DEC= +06:34:41.53738 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.262, 0.084, 8.4, 0.169, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1200+608', 'J1203+6031' RA= 12:03:03.507130 DEC= +60:31:19.16279 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.088, 5.0, 0.148, 0.083, 8.4, 0.131, 0.082, 15.2, 0.121, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1506 observations" / source= '1200+519', 'J1203+5140' RA= 12:03:07.115385 DEC= +51:40:30.55655 RAER= 0.51 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1200+115', 'J1203+1118' RA= 12:03:12.981150 DEC= +11:18:17.33993 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.077, 5.0, 0.175, 0.133, 8.4, 0.150, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '1200-121', 'J1203-1226' RA= 12:03:14.765875 DEC= -12:26:46.97435 RAER= 9.02 DECER= 17.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1200-052', 'J1203-0532' RA= 12:03:16.557873 DEC= -05:32:22.24743 RAER= 2.82 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1200-391', 'J1203-3926' RA= 12:03:17.884029 DEC= -39:26:21.07042 RAER= 1.23 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1200+481', 'J1203+4749' RA= 12:03:20.177484 DEC= +47:49:20.47774 RAER= 2.22 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.020, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1200+045', 'J1203+0414' RA= 12:03:21.935025 DEC= +04:14:19.09406 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.875, 0.136, 5.0, 0.522, 0.029, 8.4, 0.243, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 698 observations" / source= '1200+483', 'J1203+4803' RA= 12:03:29.853019 DEC= +48:03:13.62594 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.268, 5.0, 0.424, 0.343, 8.4, 0.501, 0.350 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 989 observations" / source= '1200+547', 'J1203+5430' RA= 12:03:31.653353 DEC= +54:30:08.95226 RAER= 3.04 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1200+310', 'J1203+3049' RA= 12:03:31.768539 DEC= +30:49:02.26968 RAER= 0.22 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1200+468', 'J1203+4632' RA= 12:03:31.797852 DEC= +46:32:55.55711 RAER= 0.27 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.320, 0.071, 5.0, 0.144, 0.038, 8.4, 0.092, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '1200-261', 'J1203-2628' RA= 12:03:33.285123 DEC= -26:28:10.66777 RAER= 0.49 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.016, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1201-131', 'J1203-1325' RA= 12:03:34.510930 DEC= -13:25:35.04916 RAER= 0.33 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.049, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1201+454', 'J1203+4510' RA= 12:03:35.395498 DEC= +45:10:49.56492 RAER= 0.19 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.062, 5.0, 0.092, 0.091, 8.4, 0.075, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1367 observations" / source= '1201+588', 'J1203+5837' RA= 12:03:38.224035 DEC= +58:37:08.58587 RAER= 1.08 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.017, 8.4, 0.064, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1201-159', 'J1203-1612' RA= 12:03:53.370521 DEC= -16:12:53.35507 RAER= 0.31 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.044, 8.4, 0.098, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1201+586', 'J1203+5819' RA= 12:03:55.334913 DEC= +58:19:45.59713 RAER= 3.25 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1201+237', 'J1204+2327' RA= 12:04:00.730316 DEC= +23:27:32.94463 RAER= 0.30 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1201-041', 'J1204-0422' RA= 12:04:02.000585 DEC= -04:22:45.16204 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.036, 5.0, 0.035, 0.025, 8.4, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '1201+382', 'J1204+3758' RA= 12:04:03.083509 DEC= +37:58:38.29846 RAER= 0.53 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '1201-245', 'J1204-2448' RA= 12:04:05.327143 DEC= -24:48:38.83232 RAER= 0.98 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.016, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1201-002', 'J1204-0029' RA= 12:04:05.681711 DEC= -00:29:53.57473 RAER= 0.90 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1201+026', 'J1204+0224' RA= 12:04:06.387051 DEC= +02:24:41.51783 RAER= 0.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1201+120', 'J1204+1145' RA= 12:04:12.115930 DEC= +11:45:55.33866 RAER= 0.78 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1201-068', 'J1204-0710' RA= 12:04:16.664709 DEC= -07:10:09.00582 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.093, 8.4, 0.149, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '1201+523', 'J1204+5202' RA= 12:04:18.610964 DEC= +52:02:17.62196 RAER= 0.99 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.293, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1201+117', 'J1204+1129' RA= 12:04:26.663584 DEC= +11:29:10.14473 RAER= 1.06 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.013, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1201-283', 'J1204-2839' RA= 12:04:33.656167 DEC= -28:39:46.07233 RAER= 1.65 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1202+492', 'J1204+4856' RA= 12:04:36.179456 DEC= +48:56:53.95549 RAER= 0.26 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.036, 8.4, 0.042, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '1202+527', 'J1204+5228' RA= 12:04:36.799831 DEC= +52:28:41.76770 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.124, 5.0, 0.096, 0.076, 8.4, 0.090, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1037 observations" / source= '1202+128', 'J1204+1237' RA= 12:04:39.756778 DEC= +12:37:06.33041 RAER= 19.32 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1202-302', 'J1204-3029' RA= 12:04:40.277607 DEC= -30:29:16.68144 RAER= 1.30 DECER= 3.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.044, 8.4, 0.060, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1202+044', 'J1204+0408' RA= 12:04:51.674747 DEC= +04:08:14.09771 RAER= 0.19 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.037, 8.4, 0.085, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '1202+297', 'J1204+2930' RA= 12:04:52.775112 DEC= +29:30:04.19516 RAER= 0.71 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.008, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1202+306', 'J1204+3023' RA= 12:04:58.017128 DEC= +30:23:25.46091 RAER= 0.25 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1202-506', 'J1204-5055' RA= 12:04:58.993129 DEC= -50:55:56.62803 RAER= 0.46 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1202+499', 'J1204+4940' RA= 12:04:59.382039 DEC= +49:40:21.29118 RAER= 3.59 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1202+432', 'J1205+4259' RA= 12:05:03.154929 DEC= +42:59:58.00882 RAER= 1.68 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.068, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1202-134', 'J1205-1341' RA= 12:05:03.692314 DEC= -13:41:06.09707 RAER= 1.02 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1202+309', 'J1205+3041' RA= 12:05:04.802895 DEC= +30:41:05.42281 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 833 observations" / source= '1202-172', 'J1205-1732' RA= 12:05:10.960640 DEC= -17:32:43.25114 RAER= 1.09 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.009, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1202+113', 'J1205+1105' RA= 12:05:11.315431 DEC= +11:05:00.45474 RAER= 2.89 DECER= 7.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1202+485', 'J1205+4817' RA= 12:05:12.584300 DEC= +48:17:54.17365 RAER= 15.29 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1202+057', 'J1205+0527' RA= 12:05:18.705496 DEC= +05:27:48.53291 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.068, 5.0, 0.130, 0.076, 8.4, 0.126, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 280 observations" / source= '1202+225', 'J1205+2215' RA= 12:05:19.907587 DEC= +22:15:36.53709 RAER= 0.88 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1202+175', 'J1205+1715' RA= 12:05:28.803714 DEC= +17:15:04.10278 RAER= 0.90 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.026, 8.4, 0.033, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1202-262', 'J1205-2634' RA= 12:05:33.212294 DEC= -26:34:04.46327 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.240, 5.0, 0.378, 0.324, 8.4, 0.372, 0.260, 15.2, 0.603, 0.516 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1203+336', 'J1205+3321' RA= 12:05:42.827027 DEC= +33:21:46.98477 RAER= 0.22 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 216 observations" / source= '1203+499', 'J1205+4940' RA= 12:05:44.447017 DEC= +49:40:44.05171 RAER= 45.75 DECER= 23.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1203+011', 'J1205+0053' RA= 12:05:48.490892 DEC= +00:53:43.87220 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.053, 8.4, 0.050, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '1203+161', 'J1205+1550' RA= 12:05:49.228424 DEC= +15:50:57.84440 RAER= 0.50 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.042, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1203+208', 'J1205+2031' RA= 12:05:51.473535 DEC= +20:31:19.05233 RAER= 0.44 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1203+109', 'J1205+1042' RA= 12:05:56.086972 DEC= +10:42:53.87677 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.029, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '1203+286', 'J1206+2822' RA= 12:06:19.644861 DEC= +28:22:54.63604 RAER= 2.15 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1203-092', 'J1206-0932' RA= 12:06:20.950191 DEC= -09:32:38.06555 RAER= 0.61 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1203-276', 'J1206-2756' RA= 12:06:24.188101 DEC= -27:56:57.07608 RAER= 1.40 DECER= 5.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1203+645', 'J1206+6413' RA= 12:06:24.687837 DEC= +64:13:37.31005 RAER= 14.16 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1203-069', 'J1206-0714' RA= 12:06:32.186571 DEC= -07:14:53.07137 RAER= 3.06 DECER= 5.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1204+225', 'J1206+2215' RA= 12:06:33.348763 DEC= +22:15:37.57544 RAER= 0.58 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1204+067', 'J1206+0627' RA= 12:06:35.365640 DEC= +06:27:58.13899 RAER= 0.67 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1204+399', 'J1206+3941' RA= 12:06:37.053372 DEC= +39:41:03.74712 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.149, 5.0, 0.274, 0.205, 8.4, 0.235, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1274 observations" / source= '1204-613', 'J1206-6138' RA= 12:06:51.496305 DEC= -61:38:56.75983 RAER= 1.34 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.733, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1204+057', 'J1206+0529' RA= 12:06:58.026644 DEC= +05:29:52.24616 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.112, 8.4, 0.150, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 607 observations" / source= '1204+286', 'J1206+2821' RA= 12:06:59.661701 DEC= +28:21:35.87597 RAER= 2.61 DECER= 6.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1204+141', 'J1207+1354' RA= 12:07:00.829126 DEC= +13:54:19.70547 RAER= 0.38 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.057, 8.4, 0.072, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1204-244', 'J1207-2446' RA= 12:07:06.045688 DEC= -24:46:20.24039 RAER= 3.55 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1204+241', 'J1207+2354' RA= 12:07:07.365032 DEC= +23:54:24.88127 RAER= 58.53 DECER= 87.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1204-092', 'J1207-0931' RA= 12:07:07.844371 DEC= -09:31:17.08368 RAER= 3.17 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1204+124', 'J1207+1211' RA= 12:07:12.624526 DEC= +12:11:45.84594 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.222, 8.4, 0.209, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 762 observations" / source= '1204-038', 'J1207-0407' RA= 12:07:23.141354 DEC= -04:07:44.15177 RAER= 0.99 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.028, 8.4, 0.040, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1204-043', 'J1207-0439' RA= 12:07:23.675827 DEC= -04:39:03.80558 RAER= 1.50 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1204-473', 'J1207-4734' RA= 12:07:24.070855 DEC= -47:34:53.99875 RAER= 1.69 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.138, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1204-131', 'J1207-1327' RA= 12:07:27.576276 DEC= -13:27:17.07350 RAER= 0.46 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.036, 8.4, 0.057, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1204+281', 'J1207+2754' RA= 12:07:27.900470 DEC= +27:54:58.84970 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.550, 0.308, 5.0, 0.512, 0.336, 8.4, 0.380, 0.242 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 883 observations" / source= '1204-267', 'J1207-2703' RA= 12:07:28.352222 DEC= -27:03:10.08445 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.152, 8.4, 0.197, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '1205+341', 'J1207+3352' RA= 12:07:32.927171 DEC= +33:52:40.07450 RAER= 2.75 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations. No flux information" / source= '1205+413', 'J1207+4104' RA= 12:07:36.978785 DEC= +41:04:29.97711 RAER= 8.91 DECER= 7.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1205-222', 'J1207-2232' RA= 12:07:38.159057 DEC= -22:32:52.05978 RAER= 1.06 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.040, 8.4, 0.047, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1205-008', 'J1207-0106' RA= 12:07:41.677618 DEC= -01:06:36.69014 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.082, 8.4, 0.251, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2853 observations" / source= '1205-043', 'J1208-0435' RA= 12:08:02.381977 DEC= -04:35:33.02365 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.046, 8.4, 0.111, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '1205+305', 'J1208+3015' RA= 12:08:04.318233 DEC= +30:15:50.42147 RAER= 1.43 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1205+255', 'J1208+2514' RA= 12:08:05.548560 DEC= +25:14:14.26035 RAER= 0.37 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1205-187', 'J1208-1859' RA= 12:08:06.942690 DEC= -18:59:26.97014 RAER= 1.46 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1205-710', 'J1208-7120' RA= 12:08:11.845585 DEC= -71:20:26.24907 RAER= 9.53 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1205-225', 'J1208-2249' RA= 12:08:16.324688 DEC= -22:49:22.12283 RAER= 2.75 DECER= 6.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1205-559', 'J1208-5612' RA= 12:08:16.546028 DEC= -56:12:54.61722 RAER= 2.04 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.153, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1205-045', 'J1208-0448' RA= 12:08:17.587102 DEC= -04:48:09.45364 RAER= 1.69 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1205-067', 'J1208-0701' RA= 12:08:18.305263 DEC= -07:01:44.23683 RAER= 0.93 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1205-778', 'J1208-7809' RA= 12:08:18.355372 DEC= -78:09:48.61354 RAER= 1.33 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '1205-140', 'J1208-1421' RA= 12:08:23.295659 DEC= -14:21:42.28266 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.098, 8.4, 0.095, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1205+545', 'J1208+5413' RA= 12:08:27.499710 DEC= +54:13:19.51773 RAER= 0.28 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.150, 5.0, 0.373, 0.148, 8.4, 0.215, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '1205+011', 'J1208+0054' RA= 12:08:33.654358 DEC= +00:54:21.92288 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.127, 8.4, 0.128, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '1205-763', 'J1208-7635' RA= 12:08:36.369041 DEC= -76:35:24.90248 RAER= 12.78 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '1206+616', 'J1208+6121' RA= 12:08:37.123841 DEC= +61:21:06.35766 RAER= 0.82 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.024, 8.4, 0.042, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1206+122', 'J1208+1159' RA= 12:08:37.278617 DEC= +11:59:37.94043 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1206+100', 'J1208+0949' RA= 12:08:42.015106 DEC= +09:49:17.74709 RAER= 1.52 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1206+200', 'J1208+1944' RA= 12:08:43.935649 DEC= +19:44:00.87839 RAER= 0.63 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.019, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1206-206', 'J1208-2053' RA= 12:08:51.396734 DEC= -20:53:13.42591 RAER= 1.06 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1206+222', 'J1208+2200' RA= 12:08:52.297999 DEC= +22:00:50.76700 RAER= 0.71 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.054, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1206+549', 'J1208+5441' RA= 12:08:54.256439 DEC= +54:41:58.16321 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.179, 5.0, 0.264, 0.227, 8.4, 0.225, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1774 observations" / source= '1206+256', 'J1208+2522' RA= 12:08:55.698976 DEC= +25:22:44.56294 RAER= 3.05 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1206-176', 'J1208-1756' RA= 12:08:56.762327 DEC= -17:56:47.02865 RAER= 1.32 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1206-276', 'J1209-2753' RA= 12:09:00.196940 DEC= -27:53:50.50284 RAER= 0.78 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1206-238', 'J1209-2406' RA= 12:09:02.445126 DEC= -24:06:20.75893 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.636, 0.405, 5.0, 0.752, 0.417, 8.4, 0.580, 0.282 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1206+415', 'J1209+4115' RA= 12:09:02.791075 DEC= +41:15:59.30613 RAER= 1.08 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.038, 8.4, 0.058, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1206+644', 'J1209+6412' RA= 12:09:05.555480 DEC= +64:12:04.42986 RAER= 7.40 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1206+554', 'J1209+5510' RA= 12:09:06.747792 DEC= +55:10:17.32472 RAER= 0.58 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.072, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1206+214', 'J1209+2111' RA= 12:09:07.402976 DEC= +21:11:53.64992 RAER= 11.01 DECER= 12.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1206+43A', 'J1209+433A' RA= 12:09:13.359800 DEC= +43:39:16.94473 RAER= 6.97 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1206+43C', 'J1209+433C' RA= 12:09:13.610904 DEC= +43:39:20.91482 RAER= 0.48 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.047, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1206+43B', 'J1209+433B' RA= 12:09:13.991777 DEC= +43:39:24.60545 RAER= 5.21 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.048, 8.4, 0.037, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1206-202', 'J1209-2032' RA= 12:09:14.610997 DEC= -20:32:38.98991 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.400, 0.144, 5.0, 0.417, 0.113, 8.4, 0.566, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1234 observations" / source= '1206+416', 'J1209+4119' RA= 12:09:22.787983 DEC= +41:19:41.37006 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.162, 5.0, 0.180, 0.135, 8.4, 0.184, 0.073, 15.2, 0.160, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 986 observations" / source= '1206+374', 'J1209+3708' RA= 12:09:24.048709 DEC= +37:08:49.13400 RAER= 0.90 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1206-399', 'J1209-4016' RA= 12:09:35.243660 DEC= -40:16:13.09909 RAER= 0.27 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.125, 5.0, 0.317, 0.223, 8.4, 0.209, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '1207+428', 'J1209+4232' RA= 12:09:36.067810 DEC= +42:32:03.04062 RAER= 1.71 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1207-319', 'J1209-3214' RA= 12:09:40.044645 DEC= -32:14:53.10785 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.192, 8.4, 0.276, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1786 observations" / source= '1207+260', 'J1209+2547' RA= 12:09:45.095155 DEC= +25:47:03.73010 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.280, 0.090, 5.0, 0.256, 0.135, 8.4, 0.200, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 921 observations" / source= '1207+184', 'J1209+1810' RA= 12:09:51.762850 DEC= +18:10:06.82101 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.102, 8.4, 0.149, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '1207+412', 'J1209+4055' RA= 12:09:53.230290 DEC= +40:55:36.12245 RAER= 1.35 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1207+446', 'J1209+4424' RA= 12:09:59.608973 DEC= +44:24:42.84758 RAER= 1.96 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.007, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1207+160', 'J1209+1544' RA= 12:09:59.633547 DEC= +15:44:39.31234 RAER= 14.85 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1207-120', 'J1210-1217' RA= 12:10:04.164175 DEC= -12:17:44.94501 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.041, 8.4, 0.067, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1207+093', 'J1210+0903' RA= 12:10:09.307877 DEC= +09:03:42.34946 RAER= 0.69 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1208+646', 'J1210+6422' RA= 12:10:31.638870 DEC= +64:22:17.46857 RAER= 0.37 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.075, 5.0, 0.125, 0.095, 8.4, 0.085, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 846 observations" / source= '1208+396', 'J1210+3924' RA= 12:10:32.581625 DEC= +39:24:21.05652 RAER= 2.23 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.030, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '1208+170', 'J1210+1644' RA= 12:10:33.084399 DEC= +16:44:27.07009 RAER= 0.81 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1208-300', 'J1210-3021' RA= 12:10:44.613744 DEC= -30:21:49.66287 RAER= 0.81 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1208-269', 'J1210-2711' RA= 12:10:54.251121 DEC= -27:11:33.86555 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.053, 5.0, 0.046, 0.041, 8.4, 0.053, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1208-160', 'J1210-1620' RA= 12:10:59.697266 DEC= -16:20:43.60970 RAER= 5.13 DECER= 12.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1208-111', 'J1211-1127' RA= 12:11:03.284293 DEC= -11:27:58.90481 RAER= 1.34 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.034, 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1208+186', 'J1211+1820' RA= 12:11:06.688274 DEC= +18:20:34.28312 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.238, 5.0, 0.319, 0.239, 8.4, 0.333, 0.159, 22.2, 0.161, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2142 observations" / source= '1208+428', 'J1211+4234' RA= 12:11:18.486048 DEC= +42:34:25.64833 RAER= 1.22 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.036, 8.4, 0.090, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1208-348', 'J1211-3510' RA= 12:11:28.512296 DEC= -35:10:02.84805 RAER= 0.61 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.030, 8.4, 0.040, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1209-282', 'J1211-2830' RA= 12:11:35.477579 DEC= -28:30:34.93373 RAER= 1.26 DECER= 3.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1209-273', 'J1211-2736' RA= 12:11:35.805449 DEC= -27:36:15.80721 RAER= 0.34 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.050, 8.4, 0.057, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1209+054', 'J1211+0511' RA= 12:11:48.518886 DEC= +05:11:19.28832 RAER= 0.66 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1209-400', 'J1211-4017' RA= 12:11:53.982561 DEC= -40:17:13.42397 RAER= 16.37 DECER= 38.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1209-191', 'J1211-1926' RA= 12:11:57.738332 DEC= -19:26:07.65965 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.085, 5.0, 0.310, 0.031, 8.4, 0.202, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '1209+745', 'J1211+7419' RA= 12:11:58.684158 DEC= +74:19:04.12500 RAER= 5.52 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1209-220', 'J1212-2221' RA= 12:12:03.697584 DEC= -22:21:51.51239 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.087, 8.4, 0.138, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 498 observations" / source= '1209-231', 'J1212-2327' RA= 12:12:04.545146 DEC= -23:27:41.94819 RAER= 6.41 DECER= 22.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1209-115', 'J1212-1149' RA= 12:12:05.258043 DEC= -11:49:32.94355 RAER= 1.31 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.037, 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1209+644', 'J1212+6412' RA= 12:12:10.186810 DEC= +64:12:54.06124 RAER= 11.78 DECER= 8.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1209-388', 'J1212-3909' RA= 12:12:15.519542 DEC= -39:09:16.95747 RAER= 2.38 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1209+249', 'J1212+2441' RA= 12:12:18.978940 DEC= +24:41:30.92999 RAER= 0.87 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1209+642', 'J1212+6356' RA= 12:12:24.574383 DEC= +63:56:55.74141 RAER= 1.07 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.012, 8.4, 0.031, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1210-165', 'J1212-1648' RA= 12:12:40.550724 DEC= -16:48:58.21889 RAER= 0.65 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1210-271', 'J1212-2725' RA= 12:12:45.678274 DEC= -27:25:29.25226 RAER= 0.57 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.052, 8.4, 0.056, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1210+674', 'J1212+6708' RA= 12:12:46.751974 DEC= +67:08:50.96983 RAER= 4.89 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.014, 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1210+608', 'J1212+6036' RA= 12:12:47.832141 DEC= +60:36:30.08921 RAER= 0.77 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.045, 8.4, 0.080, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1210-176', 'J1212-1753' RA= 12:12:55.125997 DEC= -17:53:45.50232 RAER= 0.91 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1210+251', 'J1212+2453' RA= 12:12:55.816457 DEC= +24:53:32.34353 RAER= 0.56 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.052, 8.4, 0.089, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1210+208', 'J1212+2032' RA= 12:12:56.043505 DEC= +20:32:37.19947 RAER= 1.05 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.016, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1210+197', 'J1212+1925' RA= 12:12:56.095942 DEC= +19:25:47.01671 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, 0.113, 5.0, 0.210, 0.051, 8.4, 0.255, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1040 observations" / source= '1210-288', 'J1213-2909' RA= 12:13:00.323839 DEC= -29:09:57.46233 RAER= 0.83 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.037, 8.4, 0.039, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1210+517', 'J1213+5129' RA= 12:13:00.808293 DEC= +51:29:35.65168 RAER= 0.89 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1210-193', 'J1213-1938' RA= 12:13:03.092219 DEC= -19:38:57.42969 RAER= 3.47 DECER= 11.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1210-316', 'J1213-3155' RA= 12:13:07.064500 DEC= -31:55:56.32589 RAER= 10.00 DECER= 25.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1210+150', 'J1213+1444' RA= 12:13:14.816717 DEC= +14:44:00.58308 RAER= 0.95 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1210+264', 'J1213+2608' RA= 12:13:15.388110 DEC= +26:08:58.90214 RAER= 0.72 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1210-097', 'J1213-1003' RA= 12:13:22.942867 DEC= -10:03:25.26817 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.083, 8.4, 0.112, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '1210-260', 'J1213-2618' RA= 12:13:23.125962 DEC= -26:18:07.80683 RAER= 0.69 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '1210+510', 'J1213+5044' RA= 12:13:29.280141 DEC= +50:44:29.38276 RAER= 0.61 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1210-246', 'J1213-2453' RA= 12:13:29.685486 DEC= -24:53:13.17665 RAER= 0.26 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.082, 8.4, 0.073, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1210+284', 'J1213+2811' RA= 12:13:29.752447 DEC= +28:11:50.94304 RAER= 0.55 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.040, 8.4, 0.074, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1210+134', 'J1213+1307' RA= 12:13:32.170465 DEC= +13:07:20.90461 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.121, 8.4, 0.084, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 686 observations" / source= '1211+217', 'J1213+2130' RA= 12:13:34.991668 DEC= +21:30:05.71645 RAER= 0.54 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.046, 8.4, 0.078, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1211-271', 'J1213-2724' RA= 12:13:40.068860 DEC= -27:24:22.56041 RAER= 0.39 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.102, 8.4, 0.124, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1211-192', 'J1213-1932' RA= 12:13:42.643211 DEC= -19:32:05.50296 RAER= 2.59 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1211-362', 'J1213-3633' RA= 12:13:43.005071 DEC= -36:33:26.55486 RAER= 10.85 DECER= 27.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1211-167', 'J1213-1658' RA= 12:13:43.768053 DEC= -16:58:56.76799 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.048, 8.4, 0.066, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307 observations" / source= '1211+003', 'J1213+0001' RA= 12:13:47.533073 DEC= +00:01:30.03318 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.037, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '1211-388', 'J1213-3906' RA= 12:13:49.822375 DEC= -39:06:44.64261 RAER= 2.53 DECER= 9.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1211-434', 'J1213-4343' RA= 12:13:50.394743 DEC= -43:43:24.71222 RAER= 4.62 DECER= 7.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1211-155', 'J1213-1551' RA= 12:13:51.252332 DEC= -15:51:16.63919 RAER= 1.37 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.015, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1211-142', 'J1214-1428' RA= 12:14:01.750516 DEC= -14:28:50.00609 RAER= 0.65 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.073, 8.4, 0.122, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1211-217', 'J1214-2203' RA= 12:14:03.227483 DEC= -22:03:22.26319 RAER= 1.97 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1211-190', 'J1214-1921' RA= 12:14:03.393715 DEC= -19:21:42.77138 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.045, 8.4, 0.045, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1211+334', 'J1214+3309' RA= 12:14:04.115763 DEC= +33:09:45.59463 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.232, 0.728, 5.0, 0.723, 0.187, 8.4, 0.403, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1085 observations" / source= '1211+304', 'J1214+3010' RA= 12:14:07.400540 DEC= +30:10:11.23775 RAER= 5.67 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1211+349', 'J1214+3438' RA= 12:14:20.903884 DEC= +34:38:41.76366 RAER= 2.97 DECER= 7.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1211+029', 'J1214+0242' RA= 12:14:23.026807 DEC= +02:42:52.83619 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.042, 8.4, 0.052, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '1211+143', 'J1214+1402' RA= 12:14:26.520337 DEC= +14:02:58.96458 RAER= 0.81 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1212+602', 'J1214+5958' RA= 12:14:27.429752 DEC= +59:58:14.81683 RAER= 1.43 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1212+735', 'J1214+7314' RA= 12:14:30.692068 DEC= +73:14:23.09496 RAER= 19.58 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1212-092', 'J1214-0933' RA= 12:14:37.994580 DEC= -09:33:35.10181 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 220 observations" / source= '1212-109', 'J1214-1113' RA= 12:14:46.036971 DEC= -11:13:13.33812 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.029, 8.4, 0.052, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1212-350', 'J1214-3520' RA= 12:14:48.382895 DEC= -35:20:21.43622 RAER= 11.49 DECER= 26.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1212-028', 'J1214-0306' RA= 12:14:50.518158 DEC= -03:06:49.55675 RAER= 1.01 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1212-022', 'J1214-0229' RA= 12:14:53.207409 DEC= -02:29:11.02696 RAER= 0.74 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.036, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1212+043', 'J1214+0402' RA= 12:14:53.618583 DEC= +04:02:09.37673 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1212+169', 'J1214+1640' RA= 12:14:53.857108 DEC= +16:40:39.38166 RAER= 1.43 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1212+034', 'J1214+0311' RA= 12:14:58.563638 DEC= +03:11:35.43698 RAER= 0.73 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1212+087', 'J1214+0829' RA= 12:14:59.913166 DEC= +08:29:22.51759 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.164, 8.4, 0.146, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1212-037', 'J1215-0402' RA= 12:15:00.647430 DEC= -04:02:06.52643 RAER= 0.96 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.027, 8.4, 0.028, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1212+503', 'J1215+5002' RA= 12:15:00.798098 DEC= +50:02:15.53881 RAER= 0.33 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.030, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '1212+171', 'J1215+1654' RA= 12:15:03.979148 DEC= +16:54:37.95681 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.251, 0.157, 5.0, 0.364, 0.349, 8.4, 0.368, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5955 observations" / source= '1212+354', 'J1215+3508' RA= 12:15:08.846887 DEC= +35:08:13.45604 RAER= 0.25 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.030, 8.4, 0.036, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1212+467', 'J1215+4627' RA= 12:15:09.942403 DEC= +46:27:15.10731 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.103, 5.0, 0.098, 0.045, 8.4, 0.117, 0.067, 22.2, 0.164, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1453 observations" / source= '1212+078', 'J1215+0732' RA= 12:15:10.976914 DEC= +07:32:04.67154 RAER= 0.21 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.044, 8.4, 0.043, 0.022, 15.2, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '1212-061', 'J1215-0628' RA= 12:15:14.394082 DEC= -06:28:03.93148 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.158, 8.4, 0.162, 0.072, 22.2, 0.257, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1708 observations" / source= '1212+177', 'J1215+1730' RA= 12:15:14.720157 DEC= +17:30:02.25525 RAER= 0.25 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.079, 5.0, 0.166, 0.023, 8.4, 0.040, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '1213+496', 'J1215+4923' RA= 12:15:36.788938 DEC= +49:23:48.85316 RAER= 1.64 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.054, 8.4, 0.051, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1213-032', 'J1215-0329' RA= 12:15:39.550039 DEC= -03:29:06.57730 RAER= 0.84 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1213+174', 'J1215+1709' RA= 12:15:43.825636 DEC= +17:09:17.59679 RAER= 0.50 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1213-172', 'J1215-1731' RA= 12:15:46.751787 DEC= -17:31:45.40318 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.043, 0.404, 5.0, 1.768, 1.351, 8.4, 1.484, 0.796, 15.2, 1.601, 0.309 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30787 observations" / source= '1213+646', 'J1215+6422' RA= 12:15:48.907644 DEC= +64:22:28.43456 RAER= 0.97 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '1213+321', 'J1215+3151' RA= 12:15:48.965311 DEC= +31:51:34.57767 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '1213+350', 'J1215+3448' RA= 12:15:55.601054 DEC= +34:48:15.22074 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.177, 0.525, 5.0, 0.821, 0.325, 8.4, 0.512, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1705 observations" / source= '1213-261', 'J1215-2625' RA= 12:15:56.294115 DEC= -26:25:36.34069 RAER= 0.93 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1213-082', 'J1215-0829' RA= 12:15:56.324326 DEC= -08:29:41.10221 RAER= 0.49 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1213-372', 'J1216-3734' RA= 12:16:02.015255 DEC= -37:34:13.12958 RAER= 0.45 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.046, 8.4, 0.058, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1213+590', 'J1216+5843' RA= 12:16:04.715973 DEC= +58:43:33.22029 RAER= 2.66 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.016, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1213-278', 'J1216-2804' RA= 12:16:05.769276 DEC= -28:04:58.57854 RAER= 0.55 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.015, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1213+097', 'J1216+0929' RA= 12:16:06.210266 DEC= +09:29:09.60874 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.048, 8.4, 0.059, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 795 observations" / source= '1213+142', 'J1216+1356' RA= 12:16:06.785143 DEC= +13:56:33.02359 RAER= 0.81 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.030, 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1213-008', 'J1216-0107' RA= 12:16:22.343524 DEC= -01:07:55.51466 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.077, 8.4, 0.101, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1213-102', 'J1216-1033' RA= 12:16:24.402607 DEC= -10:33:15.62028 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.136, 8.4, 0.195, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1213-354', 'J1216-3546' RA= 12:16:24.948084 DEC= -35:46:33.83621 RAER= 3.63 DECER= 7.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1213-056', 'J1216-0556' RA= 12:16:27.276908 DEC= -05:56:14.66203 RAER= 0.37 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '1213-328', 'J1216-3305' RA= 12:16:30.226706 DEC= -33:05:01.24820 RAER= 14.21 DECER= 38.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1213-078', 'J1216-0806' RA= 12:16:30.919510 DEC= -08:06:38.95727 RAER= 0.81 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1213+17A', 'J1216+1710' RA= 12:16:31.117485 DEC= +17:10:14.83925 RAER= 0.69 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1214+634', 'J1216+6310' RA= 12:16:35.925739 DEC= +63:10:03.26090 RAER= 5.84 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1214-05A', 'J1216-0601' RA= 12:16:36.583694 DEC= -06:01:40.63707 RAER= 0.65 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1214+039', 'J1216+0341' RA= 12:16:39.326135 DEC= +03:41:35.04336 RAER= 0.70 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1214-056', 'J1216-0558' RA= 12:16:51.141576 DEC= -05:58:18.43593 RAER= 0.90 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1214-057', 'J1216-0604' RA= 12:16:57.781388 DEC= -06:04:34.80998 RAER= 0.63 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1214-609', 'J1217-6113' RA= 12:17:05.628352 DEC= -61:13:25.42744 RAER= 0.66 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.325, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '1214+297', 'J1217+2925' RA= 12:17:08.030563 DEC= +29:25:33.23613 RAER= 2.04 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1214+588', 'J1217+5835' RA= 12:17:11.018780 DEC= +58:35:26.24643 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.878, 0.560, 5.0, 0.373, 0.135, 8.4, 0.504, 0.227, 22.2, 0.215, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2455 observations" / source= '1214+348', 'J1217+3435' RA= 12:17:15.159427 DEC= +34:35:38.19012 RAER= 0.84 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.056, 8.4, 0.065, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1214-372', 'J1217-3731' RA= 12:17:16.092630 DEC= -37:31:40.06223 RAER= 2.41 DECER= 15.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1214+456', 'J1217+4519' RA= 12:17:21.015645 DEC= +45:19:47.92666 RAER= 0.62 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '1214-136', 'J1217-1356' RA= 12:17:23.671245 DEC= -13:56:20.12199 RAER= 0.80 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1215+672', 'J1217+6659' RA= 12:17:26.515916 DEC= +66:59:45.54404 RAER= 4.13 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.036, 8.4, n/a, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1215+333', 'J1217+3305' RA= 12:17:32.541833 DEC= +33:05:38.03090 RAER= 0.39 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.056, 8.4, 0.046, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1215+521', 'J1217+5155' RA= 12:17:36.660248 DEC= +51:55:10.29723 RAER= 0.61 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.025, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '1215-215', 'J1217-2147' RA= 12:17:44.686644 DEC= -21:47:22.62212 RAER= 0.71 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.024, 8.4, 0.014, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1215+303', 'J1217+3007' RA= 12:17:52.081967 DEC= +30:07:00.63586 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.188, 5.0, 0.277, 0.189, 8.4, 0.289, 0.213, 15.2, 0.358, 0.263 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7048 observations" / source= '1215-362', 'J1217-3634' RA= 12:17:58.394431 DEC= -36:34:17.63885 RAER= 0.22 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.190, 5.0, 0.270, n/a, 8.4, 0.174, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1215+134', 'J1217+1311' RA= 12:17:58.529390 DEC= +13:11:08.78173 RAER= 0.40 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.071, 8.4, 0.061, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1215-002', 'J1217-0029' RA= 12:17:58.729048 DEC= -00:29:46.29984 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.079, 8.4, 0.275, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1802 observations" / source= '1215+240', 'J1218+2348' RA= 12:18:00.386737 DEC= +23:48:16.50795 RAER= 4.61 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1215+587', 'J1218+5830' RA= 12:18:00.418124 DEC= +58:30:18.14664 RAER= 0.53 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.068, 8.4, 0.080, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1215+062', 'J1218+0602' RA= 12:18:01.265166 DEC= +06:02:44.75783 RAER= 1.92 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1215-457', 'J1218-4600' RA= 12:18:06.250572 DEC= -46:00:28.99102 RAER= 0.71 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.030, 0.136, 5.0, 0.855, 0.034, 8.4, 0.403, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256 observations" / source= '1215+287', 'J1218+2828' RA= 12:18:06.405830 DEC= +28:28:22.47170 RAER= 0.56 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.085, 8.4, 0.040, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1215-143', 'J1218-1440' RA= 12:18:07.230470 DEC= -14:40:11.44521 RAER= 10.98 DECER= 13.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1215+062', 'J1218+0559' RA= 12:18:07.649357 DEC= +05:59:00.66784 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.043, 5.0, 0.069, 0.043, 8.4, 0.084, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '1215-142', 'J1218-1433' RA= 12:18:10.667372 DEC= -14:33:47.35875 RAER= 0.24 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.049, 8.4, 0.073, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '1215+558', 'J1218+5531' RA= 12:18:24.593438 DEC= +55:31:31.98732 RAER= 0.73 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.048, 8.4, 0.093, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1215+113', 'J1218+1105' RA= 12:18:26.092289 DEC= +11:05:05.26256 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.153, 8.4, 0.282, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '1215+013', 'J1218+0102' RA= 12:18:27.778376 DEC= +01:02:37.34771 RAER= 0.18 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.027, 8.4, 0.070, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '1216+798', 'J1218+7934' RA= 12:18:31.588916 DEC= +79:34:25.35526 RAER= 35.38 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1216+072', 'J1218+0659' RA= 12:18:34.470406 DEC= +06:59:49.88302 RAER= 0.64 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1216-010', 'J1218-0119' RA= 12:18:34.929830 DEC= -01:19:54.34204 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.113, 8.4, 0.231, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 697 observations" / source= '1216-062', 'J1218-0631' RA= 12:18:36.183506 DEC= -06:31:16.62945 RAER= 0.67 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.017, 8.4, 0.080, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '1216+008', 'J1218+0032' RA= 12:18:36.883255 DEC= +00:32:59.75314 RAER= 1.44 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.008, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1216+251', 'J1218+2449' RA= 12:18:40.039757 DEC= +24:49:55.04456 RAER= 0.55 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.040, 8.4, 0.079, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1216+179', 'J1218+1738' RA= 12:18:46.604531 DEC= +17:38:17.26833 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.124, 8.4, 0.119, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 775 observations" / source= '1216+055', 'J1218+0514' RA= 12:18:52.357431 DEC= +05:14:44.45655 RAER= 0.91 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1216+270', 'J1218+2647' RA= 12:18:56.701315 DEC= +26:47:48.53051 RAER= 5.93 DECER= 5.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1216-217', 'J1218-2159' RA= 12:18:58.737285 DEC= -21:59:46.20148 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.080, 8.4, 0.092, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '1216-481', 'J1219-4826' RA= 12:19:02.263638 DEC= -48:26:27.99298 RAER= 2.83 DECER= 6.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.049, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1216+487', 'J1219+4829' RA= 12:19:06.414759 DEC= +48:29:56.16477 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.643, 0.410, 5.0, 0.791, 0.555, 8.4, 0.604, 0.337 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2119 observations" / source= '1216+640', 'J1219+6344' RA= 12:19:10.583076 DEC= +63:44:10.71785 RAER= 0.31 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.077, 5.0, 0.119, 0.107, 8.4, 0.208, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1009 observations" / source= '1216+372', 'J1219+3657' RA= 12:19:15.419405 DEC= +36:57:18.54669 RAER= 0.51 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1216-252', 'J1219-2533' RA= 12:19:18.207794 DEC= -25:33:53.41730 RAER= 2.93 DECER= 5.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.039, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1216+061', 'J1219+0549' RA= 12:19:23.216103 DEC= +05:49:29.69982 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.057, 5.0, 0.249, 0.006, 8.4, 0.302, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '1216-122', 'J1219-1233' RA= 12:19:32.549871 DEC= -12:33:39.03168 RAER= 1.49 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.050, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1216-352', 'J1219-3529' RA= 12:19:34.964538 DEC= -35:29:58.53223 RAER= 1.10 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1217+662', 'J1219+6600' RA= 12:19:35.794324 DEC= +66:00:31.84589 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.114, 8.4, 0.138, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 991 observations" / source= '1216-357', 'J1219-3603' RA= 12:19:37.011835 DEC= -36:03:56.60879 RAER= 16.71 DECER= 31.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1217+612', 'J1219+6057' RA= 12:19:38.625165 DEC= +60:57:56.20915 RAER= 0.58 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 519 observations" / source= '1217+050', 'J1219+0446' RA= 12:19:44.978592 DEC= +04:46:22.48088 RAER= 0.98 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1217-029', 'J1219-0314' RA= 12:19:45.712175 DEC= -03:14:23.98799 RAER= 0.43 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1217+167', 'J1219+1626' RA= 12:19:52.260940 DEC= +16:26:01.46968 RAER= 0.58 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.043, 8.4, 0.070, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1217-356', 'J1219-3557' RA= 12:19:58.960325 DEC= -35:57:35.28154 RAER= 8.42 DECER= 12.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1217+713', 'J1220+7105' RA= 12:20:03.628392 DEC= +71:05:31.13325 RAER= 0.41 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.131, 8.4, 0.162, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1068 observations" / source= '1217+295', 'J1220+2916' RA= 12:20:06.825397 DEC= +29:16:50.71327 RAER= 0.20 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.124, 5.0, 0.137, 0.070, 8.4, 0.079, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '1217+348', 'J1220+3431' RA= 12:20:08.294148 DEC= +34:31:21.74324 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.093, 5.0, 0.150, 0.099, 8.4, 0.108, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1439 observations" / source= '1217-088', 'J1220-0909' RA= 12:20:09.649163 DEC= -09:09:35.36814 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '1217+367', 'J1220+3629' RA= 12:20:09.830589 DEC= +36:29:07.20702 RAER= 1.18 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1217+109', 'J1220+1041' RA= 12:20:10.798506 DEC= +10:41:35.66415 RAER= 0.49 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.042, 8.4, 0.062, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1217+023', 'J1220+0203' RA= 12:20:11.884594 DEC= +02:03:42.22476 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.092, 8.4, 0.339, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 788 observations" / source= '1217-266', 'J1220-2653' RA= 12:20:17.185184 DEC= -26:53:47.37129 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.076, 5.0, 0.073, 0.076, 8.4, 0.070, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1217-558', 'J1220-5604' RA= 12:20:26.354828 DEC= -56:04:42.57363 RAER= 0.33 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.284, 0.264 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1218+727', 'J1220+7231' RA= 12:20:27.005108 DEC= +72:31:16.60961 RAER= 3.48 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, n/a, 8.4, 0.066, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1217+265', 'J1220+2619' RA= 12:20:27.930749 DEC= +26:19:02.95137 RAER= 147.22 DECER= 28.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.035, 8.4, 0.014, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1217-273', 'J1220-2736' RA= 12:20:33.160371 DEC= -27:36:00.78137 RAER= 0.23 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.026, 5.0, 0.134, 0.127, 8.4, 0.052, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '1218+339', 'J1220+3343' RA= 12:20:33.875523 DEC= +33:43:12.02773 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.055, 8.4, 0.088, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '1218-082', 'J1220-0831' RA= 12:20:45.353907 DEC= -08:31:08.50585 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.078, 5.0, 0.091, 0.055, 8.4, 0.074, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '1218+673', 'J1220+6702' RA= 12:20:46.149176 DEC= +67:02:18.13034 RAER= 2.25 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1218+637', 'J1220+6327' RA= 12:20:46.846899 DEC= +63:27:29.01211 RAER= 0.93 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '1218+650', 'J1220+6446' RA= 12:20:49.258231 DEC= +64:46:36.62057 RAER= 1.26 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '1218+384', 'J1220+3808' RA= 12:20:59.229302 DEC= +38:08:55.70696 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.258, 5.0, 0.274, 0.231, 8.4, 0.285, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 942 observations" / source= '1218-341', 'J1221-3423' RA= 12:21:01.791415 DEC= -34:23:18.30182 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.070, 8.4, 0.146, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1218+264', 'J1221+2608' RA= 12:21:01.964658 DEC= +26:08:45.19476 RAER= 0.47 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.064, 8.4, 0.089, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1218+479', 'J1221+4742' RA= 12:21:07.776059 DEC= +47:42:28.50258 RAER= 6.86 DECER= 6.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1218-025', 'J1221-0248' RA= 12:21:13.258858 DEC= -02:48:59.53627 RAER= 1.46 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, n/a, 8.4, 0.128, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1218+248', 'J1221+2433' RA= 12:21:19.074550 DEC= +24:33:30.27520 RAER= 472.96 DECER= 1053.4 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1218+304', 'J1221+3010' RA= 12:21:21.942648 DEC= +30:10:37.16082 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.030, 5.0, 0.058, 0.045, 8.4, 0.045, 0.028, 15.2, 0.051, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1218+173', 'J1221+1701' RA= 12:21:22.504535 DEC= +17:01:29.21645 RAER= 0.51 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.074, 8.4, 0.126, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1218-024', 'J1221-0241' RA= 12:21:23.941187 DEC= -02:41:49.60910 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.105, 8.4, 0.254, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1218+444', 'J1221+4411' RA= 12:21:27.044650 DEC= +44:11:29.67214 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.328, 0.250, 5.0, 0.351, 0.225, 8.4, 0.308, 0.217 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1219+510', 'J1221+5048' RA= 12:21:28.172323 DEC= +50:48:54.58150 RAER= 0.72 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1218-136', 'J1221-1354' RA= 12:21:31.104935 DEC= -13:54:01.69406 RAER= 1.22 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.027, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1219+285', 'J1221+2813' RA= 12:21:31.690521 DEC= +28:13:58.50023 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.697, 0.190, 5.0, 0.454, 0.163, 8.4, 0.436, 0.150, 15.2, 0.342, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1532 observations" / source= '1218+086', 'J1221+0821' RA= 12:21:32.065608 DEC= +08:21:44.19948 RAER= 1.00 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.017, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1218+048', 'J1221+0435' RA= 12:21:32.420656 DEC= +04:35:57.71238 RAER= 0.44 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1219-457', 'J1221-4559' RA= 12:21:46.764390 DEC= -45:59:06.39255 RAER= 1.85 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.191, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1219-036', 'J1221-0358' RA= 12:21:49.092246 DEC= -03:58:08.75705 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.061, 8.4, 0.124, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '1219+113', 'J1221+1106' RA= 12:21:51.716648 DEC= +11:06:32.86525 RAER= 0.58 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.048, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1219+054', 'J1221+0510' RA= 12:21:52.334037 DEC= +05:10:16.08944 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.082, 5.0, 0.117, 0.086, 8.4, 0.115, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '1219+317', 'J1221+3130' RA= 12:21:53.396068 DEC= +31:30:57.02716 RAER= 0.94 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1219+311', 'J1221+3051' RA= 12:21:54.173812 DEC= +30:51:46.41546 RAER= 1.29 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1219+610', 'J1221+6044' RA= 12:21:54.397534 DEC= +60:44:26.94250 RAER= 23.91 DECER= 288.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1219+379', 'J1221+3742' RA= 12:21:55.898654 DEC= +37:42:23.75243 RAER= 0.81 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.047, 8.4, 0.049, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1219+023', 'J1222+0204' RA= 12:22:03.824064 DEC= +02:04:59.56278 RAER= 1.28 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a, 5.0, 0.040, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1219-603', 'J1222-6035' RA= 12:22:06.267151 DEC= -60:35:32.28578 RAER= 0.47 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1219+140', 'J1222+1344' RA= 12:22:06.541304 DEC= +13:44:55.89066 RAER= 0.59 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.031, 8.4, 0.067, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1219-411', 'J1222-4122' RA= 12:22:10.158315 DEC= -41:22:57.52352 RAER= 1.05 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1219-164', 'J1222-1645' RA= 12:22:16.098798 DEC= -16:45:54.88208 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.064, 8.4, 0.119, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '1219+044', 'J1222+0413' RA= 12:22:22.549627 DEC= +04:13:15.77604 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.369, 5.0, 0.518, 0.433, 8.4, 0.628, 0.567, 15.2, 0.909, 0.857 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52588 observations" / source= '1219-304', 'J1222-3046' RA= 12:22:24.763349 DEC= -30:46:21.80655 RAER= 2.97 DECER= 8.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1219-136', 'J1222-1355' RA= 12:22:27.167258 DEC= -13:55:40.08505 RAER= 1.15 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1220-097', 'J1222-0959' RA= 12:22:35.964377 DEC= -09:59:54.13024 RAER= 0.68 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1220-139', 'J1222-1415' RA= 12:22:41.488664 DEC= -14:15:31.69834 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.058, 8.4, 0.071, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1220+298', 'J1222+2934' RA= 12:22:43.199995 DEC= +29:34:41.52181 RAER= 0.25 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1220-561', 'J1222-5623' RA= 12:22:58.497957 DEC= -56:23:16.16257 RAER= 67.63 DECER= 24.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.016, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1220+587', 'J1223+5826' RA= 12:23:01.886728 DEC= +58:26:40.40277 RAER= 0.47 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1220+107', 'J1223+1029' RA= 12:23:08.816125 DEC= +10:29:00.98586 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.083, 5.0, 0.234, 0.077, 8.4, 0.124, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 198 observations" / source= '1220+373', 'J1223+3707' RA= 12:23:11.147653 DEC= +37:07:01.54060 RAER= 1.59 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1220-154', 'J1223-1544' RA= 12:23:12.273226 DEC= -15:44:06.62440 RAER= 0.40 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.039, 8.4, 0.068, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1222+848', 'J1223+8436' RA= 12:23:24.285340 DEC= +84:36:15.00419 RAER= 1.46 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.055, 8.4, 0.073, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 736 observations" / source= '1220+473', 'J1223+4704' RA= 12:23:25.066994 DEC= +47:04:43.59090 RAER= 1.25 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1220+086', 'J1223+0820' RA= 12:23:27.493549 DEC= +08:20:30.40565 RAER= 0.92 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.007, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1220+124', 'J1223+1207' RA= 12:23:28.390853 DEC= +12:07:32.67479 RAER= 0.23 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1220-422', 'J1223-4234' RA= 12:23:29.110800 DEC= -42:34:22.47801 RAER= 1.16 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.055, 8.4, 0.079, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1220-302', 'J1223-3032' RA= 12:23:37.014106 DEC= -30:32:50.13906 RAER= 3.38 DECER= 11.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1221+464', 'J1223+4611' RA= 12:23:39.336669 DEC= +46:11:18.60262 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.083, 5.0, 0.144, 0.051, 8.4, 0.190, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 888 observations" / source= '1221+809', 'J1223+8040' RA= 12:23:40.493741 DEC= +80:40:04.34037 RAER= 0.62 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.483, 0.255, 8.4, 0.600, 0.401 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12142 observations" / source= '1221+509', 'J1223+5037' RA= 12:23:43.169146 DEC= +50:37:53.41298 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.045, 5.0, 0.127, 0.109, 8.4, 0.205, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 800 observations" / source= '1221-055', 'J1223-0546' RA= 12:23:46.056483 DEC= -05:46:58.03466 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.074, 8.4, 0.076, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '1221+186', 'J1223+1821' RA= 12:23:46.184008 DEC= +18:21:06.70548 RAER= 1.16 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1221+123', 'J1223+1202' RA= 12:23:48.697962 DEC= +12:02:25.43082 RAER= 0.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1221+071', 'J1223+0650' RA= 12:23:54.624311 DEC= +06:50:02.57238 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.136, 5.0, 0.250, 0.088, 8.4, 0.206, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1222+801', 'J1223+7953' RA= 12:23:58.076956 DEC= +79:53:28.22047 RAER= 3.63 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '1221+484', 'J1223+4812' RA= 12:23:58.230622 DEC= +48:12:57.66440 RAER= 0.25 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.320, 0.211, 5.0, 0.135, 0.079, 8.4, 0.082, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 771 observations" / source= '1221+229', 'J1224+2239' RA= 12:24:01.036264 DEC= +22:39:39.55840 RAER= 0.60 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.016, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1221-095', 'J1224-0949' RA= 12:24:03.220225 DEC= -09:49:04.24256 RAER= 1.43 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.021, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1221+288', 'J1224+2835' RA= 12:24:09.737052 DEC= +28:35:10.19329 RAER= 0.60 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1221+503', 'J1224+5001' RA= 12:24:09.918591 DEC= +50:01:55.48223 RAER= 0.32 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.036, 8.4, 0.029, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '1221+114', 'J1224+1107' RA= 12:24:19.814483 DEC= +11:07:23.09484 RAER= 0.86 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1221+248', 'J1224+2436' RA= 12:24:24.186124 DEC= +24:36:23.50045 RAER= 0.24 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.030, 0.038, 5.0, 0.022, 0.019, 8.4, 0.033, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '1221+405', 'J1224+4015' RA= 12:24:24.234371 DEC= +40:15:10.47184 RAER= 0.34 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.036, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '1221-289', 'J1224-2916' RA= 12:24:31.139362 DEC= -29:16:01.47091 RAER= 4.59 DECER= 12.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1221+005', 'J1224+0013' RA= 12:24:33.245254 DEC= +00:13:46.64157 RAER= 5.19 DECER= 5.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1222+264', 'J1224+2613' RA= 12:24:33.278652 DEC= +26:13:15.01762 RAER= 0.71 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1222+461', 'J1224+4555' RA= 12:24:40.896176 DEC= +45:55:18.98515 RAER= 0.87 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.045, 8.4, 0.043, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1222+200', 'J1224+1947' RA= 12:24:42.579464 DEC= +19:47:37.48999 RAER= 0.39 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.035, 8.4, 0.029, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1222+438', 'J1224+4335' RA= 12:24:51.505299 DEC= +43:35:19.28739 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.146, 5.0, 0.172, 0.128, 8.4, 0.191, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1384 observations" / source= '1222+037', 'J1224+0330' RA= 12:24:52.421939 DEC= +03:30:50.29263 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.056, 0.466, 5.0, 0.581, 0.415, 8.4, 0.734, 0.396 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2657 observations" / source= '1221-829', 'J1224-8313' RA= 12:24:54.382630 DEC= -83:13:10.10202 RAER= 1.00 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.610, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 954 observations" / source= '1222+216', 'J1224+2122' RA= 12:24:54.458413 DEC= +21:22:46.38864 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.421, 0.912, 5.0, 1.974, 1.368, 8.4, 1.704, 0.962, 15.2, 1.639, 0.612 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3944 observations" / source= '1222+202', 'J1224+1955' RA= 12:24:59.825351 DEC= +19:55:35.24915 RAER= 0.83 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.007, 8.4, 0.043, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1222-293', 'J1225-2938' RA= 12:25:01.324499 DEC= -29:38:19.58608 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.077, 5.0, 0.150, 0.120, 8.4, 0.116, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '1222+131', 'J1225+1253' RA= 12:25:03.743335 DEC= +12:53:13.13896 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.100, 5.0, 0.155, 0.118, 8.4, 0.147, 0.105, 15.2, 0.133, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3101 observations" / source= '1222+488', 'J1225+4834' RA= 12:25:06.511041 DEC= +48:34:35.01273 RAER= 2.38 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1222+125', 'J1225+1218' RA= 12:25:12.936525 DEC= +12:18:35.71752 RAER= 1.22 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1222+325', 'J1225+3214' RA= 12:25:13.121569 DEC= +32:14:01.58841 RAER= 1.53 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.012, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1222-285', 'J1225-2849' RA= 12:25:15.515111 DEC= -28:49:53.25165 RAER= 0.76 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1222-114', 'J1225-1144' RA= 12:25:24.318410 DEC= -11:44:32.47771 RAER= 0.61 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.025, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1222-127', 'J1225-1303' RA= 12:25:30.337778 DEC= -13:03:38.42828 RAER= 0.94 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1222-729', 'J1225-7313' RA= 12:25:35.292636 DEC= -73:13:40.19181 RAER= 2.60 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '1222-345', 'J1225-3447' RA= 12:25:36.819625 DEC= -34:47:21.76050 RAER= 1.56 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1223-493', 'J1225-4936' RA= 12:25:43.196703 DEC= -49:36:46.13272 RAER= 2.38 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1223+019', 'J1225+0141' RA= 12:25:50.558584 DEC= +01:41:24.04523 RAER= 0.48 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1223+395', 'J1225+3914' RA= 12:25:50.569024 DEC= +39:14:22.68547 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.140, 5.0, 0.272, 0.087, 8.4, 0.217, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1223+705', 'J1225+7018' RA= 12:25:55.698474 DEC= +70:18:46.41036 RAER= 3.13 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1223+517', 'J1226+5127' RA= 12:26:01.887254 DEC= +51:27:24.64269 RAER= 1.84 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.052, 8.4, 0.038, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1223+566', 'J1226+5622' RA= 12:26:02.815637 DEC= +56:22:54.79419 RAER= 1.18 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1223-293', 'J1226-2940' RA= 12:26:09.996760 DEC= -29:40:09.27783 RAER= 0.66 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.033, 8.4, 0.036, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1223-074', 'J1226-0740' RA= 12:26:16.190828 DEC= -07:40:51.03666 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.036, 8.4, 0.098, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '1224+643', 'J1226+6406' RA= 12:26:22.506799 DEC= +64:06:22.04665 RAER= 0.91 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.040, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1224+141', 'J1226+1352' RA= 12:26:33.605076 DEC= +13:52:03.14575 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.048, 5.0, 0.130, 0.099, 8.4, 0.081, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '1224+170', 'J1226+1645' RA= 12:26:34.875588 DEC= +16:45:28.99770 RAER= 0.60 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.048, 8.4, 0.035, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1223-188', 'J1226-1904' RA= 12:26:35.276952 DEC= -19:04:38.53366 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.063, 8.4, 0.060, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '1224-262', 'J1226-2630' RA= 12:26:40.123074 DEC= -26:30:01.94335 RAER= 0.65 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.026, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1224+069', 'J1226+0638' RA= 12:26:44.220040 DEC= +06:38:53.29601 RAER= 0.78 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1224+645', 'J1226+6415' RA= 12:26:44.561239 DEC= +64:15:31.50928 RAER= 2.46 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.031, 8.4, 0.034, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1224-456', 'J1226-4557' RA= 12:26:47.774871 DEC= -45:57:38.78375 RAER= 1.99 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.132, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1224+217', 'J1226+2129' RA= 12:26:52.852919 DEC= +21:29:27.64821 RAER= 0.64 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.008, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1224-132', 'J1226-1328' RA= 12:26:54.418740 DEC= -13:28:38.98605 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.127, 8.4, 0.181, 0.146, 15.2, 0.204, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '1224-006', 'J1226-0055' RA= 12:26:56.038575 DEC= -00:55:53.66476 RAER= 0.79 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1224+439', 'J1226+4340' RA= 12:26:57.903916 DEC= +43:40:58.45130 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.081, 5.0, 0.080, 0.055, 8.4, 0.107, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1411 observations" / source= '1224+360', 'J1227+3547' RA= 12:27:03.997327 DEC= +35:47:11.36134 RAER= 1.05 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1224-187', 'J1227-1859' RA= 12:27:07.326296 DEC= -18:59:21.73611 RAER= 0.81 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1224+202', 'J1227+1957' RA= 12:27:08.940977 DEC= +19:57:51.89777 RAER= 0.48 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1224-111', 'J1227-1128' RA= 12:27:10.329746 DEC= -11:28:21.09694 RAER= 2.10 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1224-443', 'J1227-4436' RA= 12:27:26.682710 DEC= -44:36:38.34750 RAER= 0.34 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.114, 5.0, 0.152, 0.114, 8.4, 0.171, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140 observations" / source= '1225+442', 'J1227+4400' RA= 12:27:41.983963 DEC= +44:00:42.07955 RAER= 7.83 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1225+756', 'J1227+7520' RA= 12:27:52.756939 DEC= +75:20:41.80577 RAER= 3.94 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1225+498', 'J1227+4932' RA= 12:27:55.724708 DEC= +49:32:56.04608 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.185, 5.0, 0.229, 0.204, 8.4, 0.138, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1072 observations" / source= '1225-023', 'J1227-0236' RA= 12:27:57.462713 DEC= -02:36:59.89296 RAER= 14.45 DECER= 28.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1225+368', 'J1227+3635' RA= 12:27:58.725545 DEC= +36:35:11.82677 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.619, 0.458, 5.0, 0.624, 0.146, 8.4, 0.245, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '1225-088', 'J1228-0904' RA= 12:28:17.458397 DEC= -09:04:38.57060 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.037, 8.4, 0.039, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '1225+028', 'J1228+0232' RA= 12:28:19.256660 DEC= +02:32:29.39667 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.144, 8.4, 0.189, 0.182, 15.2, 0.204, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 948 observations" / source= '1225-083', 'J1228-0838' RA= 12:28:20.354764 DEC= -08:38:12.68891 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.050, 8.4, 0.087, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '1225+317', 'J1228+3128' RA= 12:28:24.965997 DEC= +31:28:37.62898 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.265, 5.0, 0.312, 0.168, 8.4, 0.236, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1013 observations" / source= '1224-854', 'J1228-8542' RA= 12:28:34.845514 DEC= -85:42:56.02147 RAER= 111.43 DECER= 6.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1226+105', 'J1228+1018' RA= 12:28:36.879269 DEC= +10:18:41.95053 RAER= 0.88 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1226-028', 'J1228-0304' RA= 12:28:36.917309 DEC= -03:04:39.31220 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.144, 8.4, 0.123, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2156 observations" / source= '1226+198', 'J1228+1934' RA= 12:28:42.680204 DEC= +19:34:31.52975 RAER= 0.56 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1226+373', 'J1228+3706' RA= 12:28:47.423676 DEC= +37:06:12.09577 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.330, 5.0, 0.276, 0.199, 8.4, 0.273, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11296 observations" / source= '1226+492', 'J1228+4858' RA= 12:28:51.767847 DEC= +48:58:01.29055 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.181, 5.0, 0.448, 0.432, 8.4, 0.162, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 944 observations" / source= '1226-371', 'J1228-3724' RA= 12:28:55.833190 DEC= -37:24:40.94034 RAER= 11.36 DECER= 38.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1226-030', 'J1229-0317' RA= 12:29:00.296382 DEC= -03:17:57.92442 RAER= 0.53 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1226+375', 'J1229+3716' RA= 12:29:02.135472 DEC= +37:16:51.09607 RAER= 2.80 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1226-074', 'J1229-0744' RA= 12:29:05.891731 DEC= -07:44:03.54039 RAER= 36.29 DECER= 41.69 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1226+638', 'J1229+6335' RA= 12:29:06.026116 DEC= +63:35:00.98392 RAER= 0.32 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.482, 0.374, 5.0, 0.260, 0.135, 8.4, 0.160, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1076 observations" / source= '1226+023', 'J1229+0203' RA= 12:29:06.699740 DEC= +02:03:08.59812 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 31.517, 2.103, 5.0, 28.029, 3.397, 8.4, 23.528, 2.404, 15.2, 17.054, 2.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34264 observations" / source= '1226+556', 'J1229+5522' RA= 12:29:09.285730 DEC= +55:22:30.59590 RAER= 0.74 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1226+046', 'J1229+0423' RA= 12:29:16.304818 DEC= +04:23:21.06147 RAER= 0.42 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1226+252', 'J1229+2456' RA= 12:29:24.667355 DEC= +24:56:33.07187 RAER= 2.17 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1226-349', 'J1229-3516' RA= 12:29:26.646774 DEC= -35:16:15.05100 RAER= 0.57 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.088, 8.4, 0.062, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1226-597', 'J1229-6003' RA= 12:29:26.893519 DEC= -60:03:37.02065 RAER= 0.70 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1227+181', 'J1229+1750' RA= 12:29:32.586224 DEC= +17:50:20.59802 RAER= 2.19 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.024, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1227+163', 'J1229+1601' RA= 12:29:33.479079 DEC= +16:01:57.43383 RAER= 0.76 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.014, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1227+274', 'J1229+2711' RA= 12:29:34.247961 DEC= +27:11:56.37754 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.063, 5.0, 0.087, 0.040, 8.4, 0.115, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1226-527', 'J1229-5303' RA= 12:29:39.878134 DEC= -53:03:32.16985 RAER= 0.99 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations. No flux information" / source= '1227+357', 'J1229+3528' RA= 12:29:45.837350 DEC= +35:28:26.75559 RAER= 0.59 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.018, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1227+147', 'J1229+1430' RA= 12:29:49.880215 DEC= +14:30:01.67113 RAER= 0.40 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.041, 8.4, 0.061, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1227+119', 'J1229+1140' RA= 12:29:52.328988 DEC= +11:40:38.82236 RAER= 0.41 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1227+137', 'J1229+1327' RA= 12:29:59.514288 DEC= +13:27:52.54189 RAER= 1.10 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1227+587', 'J1230+5830' RA= 12:30:07.057261 DEC= +58:30:07.76253 RAER= 0.21 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, 0.137, 5.0, 0.268, 0.164, 8.4, 0.194, 0.127, 22.2, 0.152, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2575 observations" / source= '1227+120', 'J1230+1144' RA= 12:30:11.527861 DEC= +11:44:37.93959 RAER= 0.97 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1227+472', 'J1230+4700' RA= 12:30:11.851779 DEC= +47:00:22.63688 RAER= 0.56 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1227+255', 'J1230+2518' RA= 12:30:14.089350 DEC= +25:18:07.13619 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.185, 5.0, 0.268, 0.174, 8.4, 0.299, 0.219, 15.2, 0.391, 0.266 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4040 observations" / source= '1227+447', 'J1230+4428' RA= 12:30:19.118424 DEC= +44:28:39.75954 RAER= 1.63 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.041, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1227-645', 'J1230-6451' RA= 12:30:31.662278 DEC= -64:51:54.88678 RAER= 14.11 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1228-234', 'J1230-2344' RA= 12:30:37.975472 DEC= -23:44:34.55686 RAER= 1.45 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.016, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1228-210', 'J1230-2116' RA= 12:30:38.900215 DEC= -21:16:40.50591 RAER= 1.05 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.036, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1228+377', 'J1230+3728' RA= 12:30:40.812490 DEC= +37:28:36.99878 RAER= 2.48 DECER= 4.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1228-310', 'J1230-3121' RA= 12:30:44.932697 DEC= -31:21:23.31154 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.088, 8.4, 0.099, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '1228+126', 'J1230+1223' RA= 12:30:49.423385 DEC= +12:23:28.04363 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.359, 0.312, 5.0, 2.356, 0.470, 8.4, 1.948, 0.338, 15.2, 2.098, 0.440, 22.2, 1.459, 0.306 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118095 observations" / source= '1228+397', 'J1230+3930' RA= 12:30:52.563528 DEC= +39:30:00.66793 RAER= 3.06 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1228-008', 'J1230-0108' RA= 12:30:55.296254 DEC= -01:08:50.05142 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.072, 8.4, 0.060, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '1228-113', 'J1230-1139' RA= 12:30:55.556014 DEC= -11:39:09.79648 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.095, 8.4, 0.150, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '1228+661', 'J1230+6549' RA= 12:30:56.060045 DEC= +65:49:56.77487 RAER= 1.49 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1228-334', 'J1231-3346' RA= 12:31:15.451807 DEC= -33:46:24.80053 RAER= 2.17 DECER= 7.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1228-352', 'J1231-3533' RA= 12:31:16.542163 DEC= -35:33:18.91371 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.051, 8.4, 0.068, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '1228+077', 'J1231+0725' RA= 12:31:20.561634 DEC= +07:25:52.63621 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.042, 8.4, 0.040, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1228+146', 'J1231+1421' RA= 12:31:23.905770 DEC= +14:21:24.42225 RAER= 0.34 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1228+374', 'J1231+3711' RA= 12:31:24.094190 DEC= +37:11:02.14837 RAER= 5.04 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1228+323', 'J1231+3204' RA= 12:31:25.835248 DEC= +32:04:04.12913 RAER= 0.51 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1228+045', 'J1231+0418' RA= 12:31:27.585895 DEC= +04:18:01.88928 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.336, 8.4, 0.344, 0.105, 15.2, 0.232, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '1229+624', 'J1231+6212' RA= 12:31:29.852165 DEC= +62:12:11.92423 RAER= 0.83 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.031, 8.4, 0.060, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1229+645', 'J1231+6414' RA= 12:31:31.394722 DEC= +64:14:18.28019 RAER= 0.42 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.037, 8.4, 0.040, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '1228-381', 'J1231-3824' RA= 12:31:32.373504 DEC= -38:24:45.06983 RAER= 52.82 DECER= 79.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1228-223', 'J1231-2237' RA= 12:31:35.559403 DEC= -22:37:23.34925 RAER= 3.66 DECER= 9.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1229+290', 'J1231+2847' RA= 12:31:43.572692 DEC= +28:47:49.76918 RAER= 0.24 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.059, 15.2, 0.046, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1229-508', 'J1231-5108' RA= 12:31:45.572648 DEC= -51:08:47.26654 RAER= 26.32 DECER= 12.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1229-319', 'J1231-3213' RA= 12:31:48.701315 DEC= -32:13:13.79139 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.043, 5.0, 0.137, 0.056, 8.4, 0.138, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '1229-123', 'J1231-1236' RA= 12:31:50.265893 DEC= -12:36:37.05047 RAER= 0.33 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.098, 8.4, 0.058, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1229-220', 'J1231-2221' RA= 12:31:54.468395 DEC= -22:21:45.95486 RAER= 0.83 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.044, 8.4, 0.067, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1229-075', 'J1231-0747' RA= 12:31:57.685578 DEC= -07:47:18.08958 RAER= 0.93 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1229-021', 'J1232-0224' RA= 12:32:00.016032 DEC= -02:24:04.79482 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.625, 0.246, 5.0, 0.772, 0.268, 8.4, 0.712, 0.232 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 826 observations" / source= '1229-338', 'J1232-3405' RA= 12:32:01.703294 DEC= -34:05:49.96596 RAER= 6.58 DECER= 26.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1229+382', 'J1232+3758' RA= 12:32:04.059647 DEC= +37:58:55.70245 RAER= 1.01 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1229+074', 'J1232+0708' RA= 12:32:11.225268 DEC= +07:08:43.40839 RAER= 0.54 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.045, 8.4, 0.063, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1229+184', 'J1232+1809' RA= 12:32:13.809224 DEC= +18:09:26.40271 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.046, 5.0, 0.143, 0.042, 8.4, 0.100, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1229-099', 'J1232-1015' RA= 12:32:15.859865 DEC= -10:15:25.17008 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.083, 8.4, 0.146, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 954 observations" / source= '1229+142', 'J1232+1359' RA= 12:32:29.591058 DEC= +13:59:13.51710 RAER= 0.39 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.068, 8.4, 0.049, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1230+486', 'J1232+4821' RA= 12:32:34.787570 DEC= +48:21:32.94079 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.290, 0.122, 5.0, 0.213, 0.155, 8.4, 0.232, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 893 observations" / source= '1230-183', 'J1232-1836' RA= 12:32:43.034431 DEC= -18:36:05.85716 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.054, 8.4, 0.055, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '1230-070', 'J1232-0717' RA= 12:32:52.497281 DEC= -07:17:29.39041 RAER= 0.96 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1230+155', 'J1232+1519' RA= 12:32:59.650892 DEC= +15:19:01.04877 RAER= 0.89 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.017, 8.4, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1230-437', 'J1233-4400' RA= 12:33:03.361501 DEC= -44:00:47.68226 RAER= 3.47 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1230-002', 'J1233-0031' RA= 12:33:04.051430 DEC= -00:31:34.18415 RAER= 1.39 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1230+173', 'J1233+1701' RA= 12:33:05.142755 DEC= +17:01:33.35367 RAER= 0.75 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1230+294', 'J1233+2912' RA= 12:33:08.837736 DEC= +29:12:08.81228 RAER= 1.26 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1230+507', 'J1233+5027' RA= 12:33:11.238428 DEC= +50:27:26.19968 RAER= 1.90 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.031, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1231+811', 'J1233+8054' RA= 12:33:12.893058 DEC= +80:54:33.97223 RAER= 0.66 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.210, 8.4, 0.181, 0.078, 22.2, 0.228, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4538 observations" / source= '1230-101', 'J1233-1025' RA= 12:33:13.164882 DEC= -10:25:18.43757 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.306, 0.152, 8.4, 0.211, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1230+439', 'J1233+4339' RA= 12:33:14.354933 DEC= +43:39:12.63662 RAER= 1.64 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1230-374', 'J1233-3742' RA= 12:33:40.186721 DEC= -37:42:19.14656 RAER= 13.30 DECER= 46.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1231-014', 'J1233-0144' RA= 12:33:41.334196 DEC= -01:44:23.71566 RAER= 0.33 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1231+507', 'J1233+5026' RA= 12:33:49.266528 DEC= +50:26:22.77782 RAER= 0.28 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.043, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 292 observations" / source= '1231+064', 'J1234+0607' RA= 12:34:00.367806 DEC= +06:07:51.15102 RAER= 1.03 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1231-573', 'J1234-5735' RA= 12:34:07.010238 DEC= -57:35:52.95356 RAER= 1.38 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '1231-362', 'J1234-3633' RA= 12:34:07.445471 DEC= -36:33:43.22633 RAER= 13.89 DECER= 16.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1231-123', 'J1234-1239' RA= 12:34:09.970231 DEC= -12:39:13.48842 RAER= 0.63 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.038, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1231-331', 'J1234-3326' RA= 12:34:10.007416 DEC= -33:26:38.63003 RAER= 33.63 DECER= 47.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1231+481', 'J1234+4753' RA= 12:34:13.330777 DEC= +47:53:51.23682 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.173, 5.0, 0.337, 0.234, 8.4, 0.208, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 980 observations" / source= '1231+553', 'J1234+5503' RA= 12:34:17.152032 DEC= +55:03:12.86647 RAER= 2.92 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.034, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1231+248', 'J1234+2431' RA= 12:34:25.673747 DEC= +24:31:43.56286 RAER= 1.58 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.007, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1231-395', 'J1234-3951' RA= 12:34:29.291539 DEC= -39:51:28.36614 RAER= 30.55 DECER= 64.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1232+728', 'J1234+7232' RA= 12:34:32.968678 DEC= +72:32:37.25181 RAER= 1.35 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.066, 8.4, 0.076, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1232+394', 'J1234+3910' RA= 12:34:38.957678 DEC= +39:10:46.84030 RAER= 1.04 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1232-043', 'J1234-0436' RA= 12:34:44.219178 DEC= -04:36:22.39915 RAER= 0.71 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1232-338', 'J1234-3408' RA= 12:34:46.120121 DEC= -34:08:59.05519 RAER= 0.21 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.113, 8.4, 0.285, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 299 observations" / source= '1232+358', 'J1234+3533' RA= 12:34:51.435616 DEC= +35:33:58.20676 RAER= 0.54 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1232+680', 'J1234+6745' RA= 12:34:53.771839 DEC= +67:45:49.28559 RAER= 3.75 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.036, 8.4, 0.036, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1232-064', 'J1235-0644' RA= 12:35:01.195999 DEC= -06:44:12.19866 RAER= 11.61 DECER= 10.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1233+739', 'J1235+7342' RA= 12:35:04.604734 DEC= +73:42:23.84805 RAER= 8.59 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1232+366', 'J1235+3621' RA= 12:35:05.806487 DEC= +36:21:19.32126 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.139, 5.0, 0.201, 0.087, 8.4, 0.200, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 800 observations" / source= '1233+691', 'J1235+6853' RA= 12:35:19.277344 DEC= +68:53:37.61319 RAER= 1.84 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.036, 8.4, 0.049, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1232-319', 'J1235-3212' RA= 12:35:26.804705 DEC= -32:12:35.51076 RAER= 21.40 DECER= 40.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1232-035', 'J1235-0347' RA= 12:35:29.492505 DEC= -03:47:35.38307 RAER= 0.84 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1233+527', 'J1235+5228' RA= 12:35:30.559227 DEC= +52:28:27.75528 RAER= 0.27 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.061, 5.0, 0.095, 0.075, 8.4, 0.100, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 200 observations" / source= '1233+128', 'J1235+1233' RA= 12:35:39.807321 DEC= +12:33:22.83032 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.053, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 598 observations" / source= '1232-416', 'J1235-4153' RA= 12:35:41.942449 DEC= -41:53:18.47043 RAER= 13.31 DECER= 28.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1233-249', 'J1235-2515' RA= 12:35:47.756969 DEC= -25:15:08.87373 RAER= 0.66 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.023, 8.4, 0.050, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1233+539', 'J1235+5340' RA= 12:35:48.228497 DEC= +53:40:04.95467 RAER= 0.85 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1233-147', 'J1235-1459' RA= 12:35:51.346370 DEC= -14:59:17.30819 RAER= 1.65 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1233+246', 'J1236+2424' RA= 12:36:03.911818 DEC= +24:24:42.99736 RAER= 0.77 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.045, 8.4, 0.048, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1233+169', 'J1236+1638' RA= 12:36:08.141268 DEC= +16:38:29.05873 RAER= 0.37 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1233+392', 'J1236+3900' RA= 12:36:23.016794 DEC= +39:00:00.97492 RAER= 0.76 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1234-220', 'J1236-2221' RA= 12:36:43.194724 DEC= -22:21:01.13615 RAER= 0.78 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.030, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1234+396', 'J1236+3920' RA= 12:36:51.446426 DEC= +39:20:27.70280 RAER= 0.52 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 402 observations" / source= '1234+254', 'J1236+2507' RA= 12:36:51.570573 DEC= +25:07:50.61820 RAER= 0.97 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1234+147', 'J1236+1430' RA= 12:36:54.854457 DEC= +14:30:31.47481 RAER= 0.79 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.021, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1234+335', 'J1237+3314' RA= 12:37:04.079199 DEC= +33:14:22.23930 RAER= 0.22 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.036, 8.4, 0.111, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '1234+668', 'J1237+6634' RA= 12:37:04.768578 DEC= +66:34:54.57641 RAER= 2.35 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.011, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1234-723', 'J1237-7235' RA= 12:37:11.733706 DEC= -72:35:31.31110 RAER= 0.90 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1234-504', 'J1237-5046' RA= 12:37:15.238549 DEC= -50:46:23.17398 RAER= 1.45 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.262, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1234+474', 'J1237+4708' RA= 12:37:17.439141 DEC= +47:08:07.02758 RAER= 0.80 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.048, 8.4, 0.063, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1234+082', 'J1237+0755' RA= 12:37:21.658105 DEC= +07:55:31.94900 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.089, 5.0, 0.122, 0.089, 8.4, 0.115, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1235+512', 'J1237+5057' RA= 12:37:23.915809 DEC= +50:57:19.15858 RAER= 0.68 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1235+744', 'J1237+7411' RA= 12:37:24.986500 DEC= +74:11:30.88295 RAER= 8.60 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1234-051', 'J1237-0528' RA= 12:37:25.103607 DEC= -05:28:01.14348 RAER= 0.53 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.012, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1235+222', 'J1237+2158' RA= 12:37:29.894511 DEC= +21:58:46.56007 RAER= 0.46 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.056, 8.4, 0.084, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1234-200', 'J1237-2018' RA= 12:37:30.733920 DEC= -20:18:29.10563 RAER= 3.15 DECER= 6.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1235+617', 'J1237+6128' RA= 12:37:35.474213 DEC= +61:28:09.93801 RAER= 3.17 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.057, 8.4, 0.021, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1235+196', 'J1237+1924' RA= 12:37:36.420355 DEC= +19:24:40.62000 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.140, 5.0, 0.289, 0.187, 8.4, 0.255, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 794 observations" / source= '1235+200', 'J1237+1944' RA= 12:37:41.127430 DEC= +19:44:33.66821 RAER= 0.42 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.047, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1235+120', 'J1237+1149' RA= 12:37:43.522203 DEC= +11:49:05.48828 RAER= 0.32 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1235+080', 'J1237+0749' RA= 12:37:49.412711 DEC= +07:49:05.60223 RAER= 0.62 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.014, 8.4, 0.101, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1235-157', 'J1237-1558' RA= 12:37:51.346694 DEC= -15:58:43.95751 RAER= 0.82 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1235+208', 'J1237+2034' RA= 12:37:56.590955 DEC= +20:34:18.84987 RAER= 0.16 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.191, 5.0, 0.252, 0.054, 8.4, 0.177, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1235+228', 'J1237+2234' RA= 12:37:57.949353 DEC= +22:34:30.10439 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.064, 8.4, 0.185, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '1235+076', 'J1238+0723' RA= 12:38:02.445641 DEC= +07:23:21.81716 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.075, 8.4, 0.254, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 729 observations" / source= '1235-454', 'J1238-4541' RA= 12:38:06.034564 DEC= -45:41:29.68145 RAER= 5.80 DECER= 17.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1235-117', 'J1238-1159' RA= 12:38:07.415688 DEC= -11:59:24.65088 RAER= 0.72 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.195, n/a, 8.4, 0.174, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1235+537', 'J1238+5325' RA= 12:38:07.776766 DEC= +53:25:55.91345 RAER= 1.54 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1235-174', 'J1238-1743' RA= 12:38:09.213759 DEC= -17:43:44.63447 RAER= 2.67 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1236+681', 'J1238+6755' RA= 12:38:12.471286 DEC= +67:55:07.17152 RAER= 4.98 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.023, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1235-018', 'J1238-0204' RA= 12:38:19.394385 DEC= -02:04:37.89698 RAER= 1.69 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.012, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1235-226', 'J1238-2254' RA= 12:38:20.558087 DEC= -22:54:30.97615 RAER= 16.30 DECER= 22.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1235-197', 'J1238-1959' RA= 12:38:24.389437 DEC= -19:59:13.68467 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.103, 8.4, 0.144, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '1236+779', 'J1238+7742' RA= 12:38:24.619587 DEC= +77:42:05.10671 RAER= 14.94 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.011, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1236+543', 'J1238+5406' RA= 12:38:31.241073 DEC= +54:06:51.93527 RAER= 4.20 DECER= 6.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1236+530', 'J1238+5249' RA= 12:38:32.538362 DEC= +52:49:15.43774 RAER= 0.98 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.011, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1236+445', 'J1238+4413' RA= 12:38:33.769195 DEC= +44:13:45.99636 RAER= 11.85 DECER= 9.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1236-066', 'J1238-0656' RA= 12:38:38.486319 DEC= -06:56:12.17352 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.062, 8.4, 0.105, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '1236-267', 'J1238-2659' RA= 12:38:41.297354 DEC= -26:59:57.58575 RAER= 1.52 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.070, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1236-381', 'J1238-3825' RA= 12:38:52.731576 DEC= -38:25:56.98292 RAER= 0.26 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.086, 8.4, 0.092, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '1236+283', 'J1239+2806' RA= 12:39:00.818286 DEC= +28:06:47.00450 RAER= 0.90 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.028, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1236+221', 'J1239+2152' RA= 12:39:02.704668 DEC= +21:52:32.13775 RAER= 3.43 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1236+180', 'J1239+1744' RA= 12:39:05.125305 DEC= +17:44:57.54386 RAER= 0.62 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1236+005', 'J1239+0018' RA= 12:39:08.619049 DEC= +00:18:33.08940 RAER= 1.43 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1236+327', 'J1239+3230' RA= 12:39:09.165845 DEC= +32:30:27.69736 RAER= 5.47 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1236+411', 'J1239+4049' RA= 12:39:15.002150 DEC= +40:49:55.42109 RAER= 1.95 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.013, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1236+174', 'J1239+1711' RA= 12:39:21.849294 DEC= +17:11:57.49981 RAER= 0.99 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1236+077', 'J1239+0730' RA= 12:39:24.588331 DEC= +07:30:17.18904 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.644, 0.419, 5.0, 0.420, n/a, 8.4, 0.875, 0.424, 15.2, 1.040, 0.378 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9352 observations" / source= '1237+301', 'J1239+2950' RA= 12:39:27.348629 DEC= +29:50:25.39187 RAER= 0.22 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '1236-200', 'J1239-2022' RA= 12:39:32.440310 DEC= -20:22:00.56006 RAER= 8.19 DECER= 20.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1236+049', 'J1239+0443' RA= 12:39:32.755679 DEC= +04:43:05.23313 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.467, 0.377, 5.0, 0.838, n/a, 8.4, 0.373, 0.303, 15.2, 0.636, 0.536 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1237+373', 'J1239+3705' RA= 12:39:36.366738 DEC= +37:05:06.23767 RAER= 0.50 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1237-101', 'J1239-1023' RA= 12:39:43.061488 DEC= -10:23:28.69259 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.460, 0.516, 5.0, 1.167, 0.339, 8.4, 0.998, 0.275 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2657 observations" / source= '1236-684', 'J1239-6845' RA= 12:39:46.651393 DEC= -68:45:30.89280 RAER= 0.36 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.226, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '1237+345', 'J1239+3415' RA= 12:39:54.148776 DEC= +34:15:28.75746 RAER= 0.63 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.111, 8.4, 0.094, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1237-210', 'J1239-2116' RA= 12:39:55.456209 DEC= -21:16:52.52528 RAER= 2.09 DECER= 3.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.023, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1237-113', 'J1239-1137' RA= 12:39:59.431860 DEC= -11:37:22.99534 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.043, 8.4, 0.084, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '1237+231', 'J1240+2251' RA= 12:40:04.161569 DEC= +22:51:42.42111 RAER= 1.27 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1237+137', 'J1240+1326' RA= 12:40:06.170513 DEC= +13:26:50.55619 RAER= 0.69 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.018, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1237+246', 'J1240+2425' RA= 12:40:09.122947 DEC= +24:25:31.22223 RAER= 0.41 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.041, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1237+236', 'J1240+2323' RA= 12:40:17.771266 DEC= +23:23:50.64451 RAER= 0.76 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.045, 8.4, 0.032, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1237-289', 'J1240-2914' RA= 12:40:18.353856 DEC= -29:14:21.17479 RAER= 1.88 DECER= 8.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1237+353', 'J1240+3502' RA= 12:40:21.143558 DEC= +35:02:58.74123 RAER= 2.12 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1237-715', 'J1240-7148' RA= 12:40:21.185118 DEC= -71:48:57.79035 RAER= 21.89 DECER= 7.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1237-170', 'J1240-1717' RA= 12:40:25.788363 DEC= -17:17:22.89833 RAER= 0.30 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.232, 0.051, 8.4, 0.141, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1238+702', 'J1240+6958' RA= 12:40:34.700364 DEC= +69:58:30.61013 RAER= 0.36 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.156, 8.4, 0.143, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 966 observations" / source= '1238-110', 'J1240-1121' RA= 12:40:37.342060 DEC= -11:21:24.80743 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.106, 8.4, 0.105, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1238+538', 'J1240+5334' RA= 12:40:42.289157 DEC= +53:34:23.56035 RAER= 2.94 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1238+234', 'J1240+2310' RA= 12:40:44.491347 DEC= +23:10:45.85812 RAER= 1.42 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1238+243', 'J1240+2405' RA= 12:40:47.984938 DEC= +24:05:14.15073 RAER= 0.22 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.391, 0.098, 5.0, 0.259, 0.041, 8.4, 0.125, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '1238+055', 'J1240+0516' RA= 12:40:49.193083 DEC= +05:16:58.56556 RAER= 0.74 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1238-570', 'J1240-5720' RA= 12:40:57.612110 DEC= -57:20:56.15919 RAER= 1.39 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.187, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1238-272', 'J1241-2730' RA= 12:41:14.173710 DEC= -27:30:26.40662 RAER= 5.13 DECER= 13.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1238+015', 'J1241+0114' RA= 12:41:20.015134 DEC= +01:14:37.47976 RAER= 1.15 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1239+552', 'J1241+5458' RA= 12:41:27.703726 DEC= +54:58:19.05153 RAER= 0.33 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.119, 5.0, 0.134, 0.036, 8.4, 0.085, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '1239+606', 'J1241+6020' RA= 12:41:29.590677 DEC= +60:20:41.32179 RAER= 0.27 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.190, 5.0, 0.187, 0.067, 8.4, 0.146, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1266 observations" / source= '1239+429', 'J1241+4239' RA= 12:41:30.021650 DEC= +42:39:38.16385 RAER= 1.66 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.029, 8.4, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1238-070', 'J1241-0716' RA= 12:41:30.365261 DEC= -07:16:54.95056 RAER= 1.12 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1239+166', 'J1241+1620' RA= 12:41:35.947646 DEC= +16:20:33.66903 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1239-236', 'J1241-2353' RA= 12:41:41.278585 DEC= -23:53:38.83207 RAER= 0.53 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.041, 8.4, 0.044, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1239+390', 'J1241+3844' RA= 12:41:43.133243 DEC= +38:44:04.26992 RAER= 1.61 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1239-172', 'J1241-1728' RA= 12:41:44.070593 DEC= -17:28:35.69767 RAER= 1.64 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1239-146', 'J1241-1455' RA= 12:41:49.363248 DEC= -14:55:58.50996 RAER= 0.79 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1239+170', 'J1241+1649' RA= 12:41:56.910340 DEC= +16:49:11.54915 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.121, 8.4, 0.122, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1239+395', 'J1242+3919' RA= 12:42:06.957359 DEC= +39:19:27.85073 RAER= 1.88 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.011, 8.4, 0.025, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1239+376', 'J1242+3720' RA= 12:42:09.812379 DEC= +37:20:05.69257 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.591, 0.461, 5.0, 0.366, 0.093, 8.4, 0.334, 0.146, 22.2, 0.246, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2396 observations" / source= '1239+029', 'J1242+0240' RA= 12:42:10.762990 DEC= +02:40:49.32991 RAER= 0.35 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1239-124', 'J1242-1244' RA= 12:42:13.493468 DEC= -12:44:49.06499 RAER= 5.03 DECER= 8.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1239-166', 'J1242-1653' RA= 12:42:20.469422 DEC= -16:53:03.91791 RAER= 1.13 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.051, 8.4, 0.070, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1239-060', 'J1242-0620' RA= 12:42:24.543360 DEC= -06:20:17.87891 RAER= 1.13 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1240+443', 'J1242+4402' RA= 12:42:30.896806 DEC= +44:02:15.65197 RAER= 2.05 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1239-086', 'J1242-0857' RA= 12:42:32.247156 DEC= -08:57:35.96778 RAER= 1.38 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.007, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1240-061', 'J1242-0625' RA= 12:42:37.767518 DEC= -06:25:28.91143 RAER= 18.26 DECER= 14.56 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1240+099', 'J1242+0941' RA= 12:42:38.285739 DEC= +09:41:03.91770 RAER= 0.27 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.042, 8.4, 0.071, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1240+332', 'J1242+3258' RA= 12:42:47.204955 DEC= +32:58:36.26496 RAER= 5.07 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1240+381', 'J1242+3751' RA= 12:42:51.369056 DEC= +37:51:00.02535 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.520, 0.286, 5.0, 0.560, 0.217, 8.4, 0.432, 0.185, 15.2, 0.274, 0.120, 22.2, 0.304, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4493 observations" / source= '1240+661', 'J1242+6550' RA= 12:42:55.004835 DEC= +65:50:12.17348 RAER= 4.93 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1240-294', 'J1243-2943' RA= 12:43:10.661941 DEC= -29:43:22.50406 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.164, 8.4, 0.196, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1241+735', 'J1243+7315' RA= 12:43:11.217120 DEC= +73:15:59.24978 RAER= 0.50 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.081, 8.4, 0.099, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '1240+367', 'J1243+3627' RA= 12:43:12.736266 DEC= +36:27:43.99709 RAER= 0.22 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.041, 8.4, 0.060, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 834 observations" / source= '1240+401', 'J1243+3951' RA= 12:43:18.913428 DEC= +39:51:17.68669 RAER= 0.49 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1240-159', 'J1243-1611' RA= 12:43:25.198736 DEC= -16:11:48.39654 RAER= 1.80 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1240-394', 'J1243-3941' RA= 12:43:34.141632 DEC= -39:41:52.15587 RAER= 3.89 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1240-059', 'J1243-0613' RA= 12:43:34.729677 DEC= -06:13:22.91436 RAER= 4.01 DECER= 9.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1240-182', 'J1243-1833' RA= 12:43:35.612732 DEC= -18:33:47.62752 RAER= 6.60 DECER= 7.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1241+118', 'J1243+1133' RA= 12:43:39.971469 DEC= +11:33:09.68793 RAER= 0.80 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1241+749', 'J1243+7442' RA= 12:43:45.033301 DEC= +74:42:37.11474 RAER= 0.48 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.119, 5.0, 0.184, 0.127, 8.4, 0.184, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '1240-679', 'J1243-6811' RA= 12:43:45.220332 DEC= -68:11:03.43298 RAER= 0.87 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.217, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1241-066', 'J1243-0653' RA= 12:43:47.525731 DEC= -06:53:48.25320 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.021, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1241+160', 'J1243+1545' RA= 12:43:52.331875 DEC= +15:45:14.55739 RAER= 0.91 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1241-020', 'J1243-0218' RA= 12:43:52.487886 DEC= -02:18:38.40017 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.122, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '1241+410', 'J1243+4043' RA= 12:43:55.781526 DEC= +40:43:58.45116 RAER= 0.22 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 538 observations" / source= '1241+166', 'J1243+1622' RA= 12:43:57.649220 DEC= +16:22:53.39298 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.284, 5.0, 0.399, 0.271, 8.4, 0.393, 0.304 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1241+198', 'J1243+1933' RA= 12:43:57.861766 DEC= +19:33:50.87896 RAER= 0.40 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.062, 8.4, 0.058, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1248+881', 'J1244+8755' RA= 12:44:06.863736 DEC= +87:55:07.92396 RAER= 22.99 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, n/a, 8.4, 0.022, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1241+176', 'J1244+1721' RA= 12:44:10.824972 DEC= +17:21:04.50502 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.069, 5.0, 0.164, 0.021, 8.4, 0.103, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '1241-078', 'J1244-0806' RA= 12:44:12.302891 DEC= -08:06:03.93011 RAER= 3.09 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1241-262', 'J1244-2633' RA= 12:44:14.641930 DEC= -26:33:25.00008 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.102, 8.4, 0.083, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1241+425', 'J1244+4215' RA= 12:44:16.311288 DEC= +42:15:15.72156 RAER= 9.03 DECER= 7.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1241+411', 'J1244+4051' RA= 12:44:19.960252 DEC= +40:51:36.72803 RAER= 1.93 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.016, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1241-496', 'J1244-4954' RA= 12:44:22.973221 DEC= -49:54:22.36242 RAER= 0.88 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations. No flux information" / source= '1242+640', 'J1244+6344' RA= 12:44:24.053855 DEC= +63:44:57.15331 RAER= 4.11 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.022, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1241+254', 'J1244+2511' RA= 12:44:27.042538 DEC= +25:11:22.61983 RAER= 1.10 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.014, 8.4, 0.048, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1241-519', 'J1244-5213' RA= 12:44:32.981365 DEC= -52:13:00.76289 RAER= 0.50 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1241-089', 'J1244-0915' RA= 12:44:33.567350 DEC= -09:15:22.57446 RAER= 1.64 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1242-044', 'J1244-0446' RA= 12:44:49.026694 DEC= -04:46:08.93685 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.090, 8.4, 0.084, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '1242+410', 'J1244+4048' RA= 12:44:49.187541 DEC= +40:48:06.16241 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.820, 0.105, 5.0, 0.493, 0.068, 8.4, 0.179, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 872 observations" / source= '1242+364', 'J1244+3609' RA= 12:44:49.678096 DEC= +36:09:25.42113 RAER= 1.20 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.013, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1243+802', 'J1244+8000' RA= 12:44:59.681504 DEC= +80:00:31.15753 RAER= 6.09 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, n/a, 5.0, 0.064, 0.028, 8.4, 0.046, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1242-646', 'J1245-6458' RA= 12:45:02.899740 DEC= -64:58:02.01221 RAER= 6.71 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1242+574', 'J1245+5709' RA= 12:45:09.999543 DEC= +57:09:54.37406 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.059, 5.0, 0.068, 0.030, 8.4, 0.087, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1017 observations" / source= '1242+572', 'J1245+5657' RA= 12:45:11.760002 DEC= +56:57:12.76115 RAER= 2.87 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.064, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1242+362', 'J1245+3558' RA= 12:45:15.414190 DEC= +35:58:27.01765 RAER= 0.75 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.042, 8.4, 0.062, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1242-239', 'J1245-2413' RA= 12:45:21.886339 DEC= -24:13:59.93431 RAER= 0.55 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.030, 8.4, 0.068, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1243+027', 'J1245+0228' RA= 12:45:33.801870 DEC= +02:28:25.20376 RAER= 0.64 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1243+715', 'J1245+7117' RA= 12:45:36.006495 DEC= +71:17:38.40930 RAER= 2.62 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1243-160', 'J1245-1616' RA= 12:45:53.742271 DEC= -16:16:45.70530 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.414, 0.342, 5.0, 1.034, 1.180, 8.4, 0.632, 0.490, 15.2, 1.387, 0.469 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14254 observations" / source= '1243-412', 'J1245-4128' RA= 12:45:57.631228 DEC= -41:28:45.18975 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.118, 8.4, 0.069, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '1243+228', 'J1245+2232' RA= 12:45:57.772628 DEC= +22:32:05.39376 RAER= 1.10 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.005, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1243+440', 'J1245+4345' RA= 12:45:59.999840 DEC= +43:46:26.97453 RAER= 0.28 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.055, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '1243-179', 'J1246-1814' RA= 12:46:01.800324 DEC= -18:14:53.78274 RAER= 2.02 DECER= 5.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1243+014', 'J1246+0113' RA= 12:46:02.536593 DEC= +01:13:18.82686 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.043, 5.0, 0.051, 0.055, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '1243+004', 'J1246+0007' RA= 12:46:02.834166 DEC= +00:07:55.13873 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '1243-072', 'J1246-0730' RA= 12:46:04.232116 DEC= -07:30:46.57467 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.556, 0.360, 5.0, 0.724, 0.572, 8.4, 0.756, 0.492, 15.2, 1.046, 0.890 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35098 observations" / source= '1243-146', 'J1246-1452' RA= 12:46:04.708989 DEC= -14:52:32.04130 RAER= 5.84 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1243+327', 'J1246+3228' RA= 12:46:18.322048 DEC= +32:28:56.59328 RAER= 0.30 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1243-111', 'J1246-1125' RA= 12:46:21.302325 DEC= -11:25:14.15115 RAER= 1.42 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.026, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1244+121', 'J1246+1153' RA= 12:46:33.756088 DEC= +11:53:47.92961 RAER= 0.86 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1244+134', 'J1246+1311' RA= 12:46:38.585175 DEC= +13:11:06.01029 RAER= 5.80 DECER= 11.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1244+070', 'J1246+0643' RA= 12:46:39.597382 DEC= +06:43:55.02051 RAER= 0.98 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.020, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1244-255', 'J1246-2547' RA= 12:46:46.802039 DEC= -25:47:49.28897 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.579, 0.331, 5.0, 1.317, 0.998, 8.4, 0.758, 0.470, 15.2, 0.865, 0.718 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22011 observations" / source= '1244+209', 'J1247+2041' RA= 12:47:01.179237 DEC= +20:41:04.31945 RAER= 1.25 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.010, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1244+492', 'J1247+4900' RA= 12:47:07.318864 DEC= +49:00:17.89387 RAER= 1.04 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1245+710', 'J1247+7046' RA= 12:47:07.552646 DEC= +70:46:45.12125 RAER= 0.40 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.133, 8.4, 0.120, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1244+279', 'J1247+2741' RA= 12:47:09.033853 DEC= +27:41:22.90653 RAER= 0.22 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.102, 8.4, 0.150, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '1245+716', 'J1247+7124' RA= 12:47:09.327809 DEC= +71:24:20.01921 RAER= 0.58 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.130, 8.4, 0.068, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1244+330', 'J1247+3247' RA= 12:47:09.686147 DEC= +32:47:05.02007 RAER= 0.78 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.058, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1244+324', 'J1247+3209' RA= 12:47:20.770347 DEC= +32:09:00.67246 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.030, 5.0, 0.043, 0.029, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '1245+442', 'J1247+4355' RA= 12:47:21.094770 DEC= +43:55:59.13126 RAER= 0.81 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.051, 8.4, 0.043, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1245+676', 'J1247+6723' RA= 12:47:33.329627 DEC= +67:23:16.44900 RAER= 0.45 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.137, 8.4, 0.133, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1245+261', 'J1247+2551' RA= 12:47:44.539475 DEC= +25:51:55.33981 RAER= 0.53 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.033, 8.4, 0.069, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1245+106', 'J1247+1022' RA= 12:47:47.342037 DEC= +10:22:31.58356 RAER= 0.62 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1245-280', 'J1247-2820' RA= 12:47:55.411049 DEC= -28:20:22.73377 RAER= 2.93 DECER= 11.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1245-235', 'J1247-2348' RA= 12:47:59.351240 DEC= -23:48:59.27531 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.079, 8.4, 0.133, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1245-179', 'J1248-1811' RA= 12:48:02.982416 DEC= -18:11:08.91743 RAER= 1.72 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1245+086', 'J1248+0822' RA= 12:48:06.154738 DEC= +08:22:32.83308 RAER= 1.21 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.049, 8.4, 0.044, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1245-082', 'J1248-0831' RA= 12:48:10.228748 DEC= -08:31:27.47156 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.038, 8.4, 0.073, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 290 observations" / source= '1246+586', 'J1248+5820' RA= 12:48:18.784740 DEC= +58:20:28.71687 RAER= 0.23 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.095, 5.0, 0.149, 0.103, 8.4, 0.120, 0.090, 15.2, 0.107, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1032 observations" / source= '1245-062', 'J1248-0632' RA= 12:48:22.975668 DEC= -06:32:09.81810 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.207, 5.0, 0.218, 0.277, 8.4, 0.324, 0.233 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5743 observations" / source= '1245-197', 'J1248-1959' RA= 12:48:23.898082 DEC= -19:59:18.58967 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.290, 0.280, 8.4, 0.798, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '1245-062', 'J1248-0630' RA= 12:48:26.610000 DEC= -06:30:48.67517 RAER= 4.73 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1245-457', 'J1248-4559' RA= 12:48:28.495133 DEC= -45:59:47.18018 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.631, 0.380, 5.0, 0.546, n/a, 8.4, 0.417, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1110 observations" / source= '1245-160', 'J1248-1621' RA= 12:48:28.556068 DEC= -16:21:25.35712 RAER= 1.28 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.033, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1246+517', 'J1248+5128' RA= 12:48:34.304210 DEC= +51:28:07.87471 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.068, 8.4, 0.103, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '1245-217', 'J1248-2202' RA= 12:48:35.835170 DEC= -22:02:48.99423 RAER= 1.93 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1246+206', 'J1248+2022' RA= 12:48:37.272670 DEC= +20:22:26.37027 RAER= 0.24 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.076, 8.4, 0.084, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '1246-125', 'J1248-1247' RA= 12:48:50.506985 DEC= -12:47:53.30824 RAER= 0.48 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.065, 8.4, 0.079, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1246+489', 'J1248+4839' RA= 12:48:50.948473 DEC= +48:39:53.16149 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.064, 5.0, 0.074, 0.046, 8.4, 0.073, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 893 observations" / source= '1246+473', 'J1248+4703' RA= 12:48:57.337431 DEC= +47:03:44.41691 RAER= 0.73 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.021, 8.4, 0.047, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1246+219', 'J1249+2142' RA= 12:49:03.808961 DEC= +21:42:49.11110 RAER= 7.31 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1246-231', 'J1249-2324' RA= 12:49:05.035806 DEC= -23:24:21.96074 RAER= 0.62 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.274, 0.015, 8.4, 0.142, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1246-270', 'J1249-2719' RA= 12:49:06.636378 DEC= -27:19:54.98810 RAER= 1.32 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1247+657', 'J1249+6528' RA= 12:49:11.887278 DEC= +65:28:39.22680 RAER= 3.49 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.039, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1246+156', 'J1249+1523' RA= 12:49:13.264089 DEC= +15:23:37.04342 RAER= 0.44 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.058, 8.4, 0.092, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1246+213', 'J1249+2101' RA= 12:49:17.538626 DEC= +21:01:47.53129 RAER= 0.45 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.065, 8.4, 0.070, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1246+285', 'J1249+2817' RA= 12:49:18.409281 DEC= +28:17:43.61473 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.079, 5.0, 0.106, 0.081, 8.4, 0.111, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1157 observations" / source= '1246-278', 'J1249-2808' RA= 12:49:19.308308 DEC= -28:08:34.44440 RAER= 0.37 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1246-054', 'J1249-0545' RA= 12:49:19.364162 DEC= -05:45:39.76631 RAER= 0.62 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1246-173', 'J1249-1736' RA= 12:49:22.483354 DEC= -17:36:33.31912 RAER= 2.57 DECER= 6.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1247+450', 'J1249+4444' RA= 12:49:23.509274 DEC= +44:44:50.34791 RAER= 3.19 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1246-206', 'J1249-2057' RA= 12:49:26.056883 DEC= -20:57:55.30019 RAER= 0.56 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1246+239', 'J1249+2339' RA= 12:49:26.113012 DEC= +23:39:34.86338 RAER= 0.41 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.109, 8.4, 0.134, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1246-268', 'J1249-2704' RA= 12:49:27.358292 DEC= -27:04:41.63951 RAER= 86.98 DECER= 137.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1246-189', 'J1249-1915' RA= 12:49:32.049500 DEC= -19:15:47.37704 RAER= 1.84 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1247+662', 'J1249+6557' RA= 12:49:44.387167 DEC= +65:57:53.69161 RAER= 5.04 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1247+374', 'J1249+3707' RA= 12:49:46.751273 DEC= +37:07:47.91039 RAER= 0.77 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.006, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1247-181', 'J1249-1822' RA= 12:49:58.297697 DEC= -18:22:45.73288 RAER= 1.47 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1247+454', 'J1249+4510' RA= 12:49:59.128380 DEC= +45:10:56.01113 RAER= 0.46 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 390 observations" / source= '1247+022', 'J1250+0158' RA= 12:50:06.841668 DEC= +01:58:04.14396 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.087, 5.0, 0.095, 0.025, 8.4, 0.065, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '1247+166', 'J1250+1621' RA= 12:50:09.227071 DEC= +16:21:21.46199 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.147, 5.0, 0.143, 0.057, 8.4, 0.151, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 796 observations" / source= '1247-442', 'J1250-4432' RA= 12:50:22.804813 DEC= -44:32:03.48547 RAER= 0.33 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.149, 8.4, 0.480, 0.263 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 152 observations" / source= '1248+610', 'J1250+6043' RA= 12:50:24.414225 DEC= +60:43:46.33294 RAER= 2.54 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.013, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1247+005', 'J1250+0013' RA= 12:50:27.423365 DEC= +00:13:45.58533 RAER= 1.13 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1247+139', 'J1250+1343' RA= 12:50:28.218051 DEC= +13:43:40.38526 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.089, 8.4, 0.250, 0.227 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1248+630', 'J1250+6246' RA= 12:50:28.337410 DEC= +62:46:17.12307 RAER= 1.39 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.025, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1247-141', 'J1250-1425' RA= 12:50:30.551411 DEC= -14:25:32.92725 RAER= 0.43 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1247+025', 'J1250+0216' RA= 12:50:32.580825 DEC= +02:16:32.17322 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.714, 0.266, 5.0, 0.380, 0.067, 8.4, 0.344, 0.088, 15.2, 0.253, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1247-160', 'J1250-1617' RA= 12:50:34.574985 DEC= -16:17:32.54486 RAER= 5.86 DECER= 10.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1247-463', 'J1250-4639' RA= 12:50:37.870455 DEC= -46:39:37.22756 RAER= 1.40 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.255, 0.283 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1248-025', 'J1250-0247' RA= 12:50:37.908805 DEC= -02:47:50.60263 RAER= 0.41 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.069, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1247-385', 'J1250-3850' RA= 12:50:39.554280 DEC= -38:50:27.05673 RAER= 41.17 DECER= 71.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1248+523', 'J1250+5204' RA= 12:50:41.175919 DEC= +52:04:31.21374 RAER= 2.50 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.034, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1248-168', 'J1250-1705' RA= 12:50:50.508038 DEC= -17:05:24.15852 RAER= 12.20 DECER= 14.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1248+315', 'J1250+3117' RA= 12:50:51.851467 DEC= +31:17:06.05596 RAER= 1.03 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.010, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1248-494', 'J1250-4944' RA= 12:50:59.060231 DEC= -49:44:48.00057 RAER= 1.07 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '1248+390', 'J1251+3845' RA= 12:51:02.666674 DEC= +38:45:07.34882 RAER= 0.24 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '1248+286', 'J1251+2823' RA= 12:51:03.184549 DEC= +28:23:37.40394 RAER= 0.28 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.100, 8.4, 0.076, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1248-249', 'J1251-2516' RA= 12:51:09.435525 DEC= -25:16:08.25802 RAER= 1.48 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1248-001', 'J1251-0027' RA= 12:51:11.027525 DEC= -00:27:03.76691 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.044, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '1248+063', 'J1251+0603' RA= 12:51:12.693560 DEC= +06:03:28.87573 RAER= 0.97 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.055, 8.4, 0.060, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1248-170', 'J1251-1717' RA= 12:51:14.475116 DEC= -17:17:13.15977 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.070, 8.4, 0.170, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '1248+109', 'J1251+1039' RA= 12:51:17.884228 DEC= +10:39:07.30425 RAER= 0.42 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '1248-017', 'J1251-0202' RA= 12:51:18.382838 DEC= -02:02:07.47136 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.082, 8.4, 0.118, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '1248+239', 'J1251+2337' RA= 12:51:21.309945 DEC= +23:37:48.11738 RAER= 5.93 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.005, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1248-343', 'J1251-3440' RA= 12:51:23.963364 DEC= -34:40:13.39134 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.055, 8.4, 0.060, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '1248+213', 'J1251+2102' RA= 12:51:27.702735 DEC= +21:02:53.69061 RAER= 0.34 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1249+433', 'J1251+4306' RA= 12:51:31.168762 DEC= +43:06:54.26791 RAER= 0.66 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.065, 8.4, 0.039, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1248-191', 'J1251-1927' RA= 12:51:35.290551 DEC= -19:27:54.23345 RAER= 0.38 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.047, 8.4, 0.116, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1248-350', 'J1251-3518' RA= 12:51:39.225074 DEC= -35:18:39.58124 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.223, 0.135, 8.4, 0.208, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '1249-223', 'J1251-2235' RA= 12:51:44.477226 DEC= -22:35:42.87836 RAER= 1.70 DECER= 5.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1249+435', 'J1251+4317' RA= 12:51:46.335860 DEC= +43:17:29.69445 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.112, 8.4, 0.160, 0.201 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '1249+281', 'J1251+2751' RA= 12:51:50.509319 DEC= +27:51:16.48235 RAER= 0.57 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.034, 8.4, 0.041, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1249+495', 'J1251+4918' RA= 12:51:51.032123 DEC= +49:18:55.12631 RAER= 15.80 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1249-173', 'J1252-1735' RA= 12:52:02.518153 DEC= -17:35:36.80937 RAER= 21.75 DECER= 13.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1249-215', 'J1252-2151' RA= 12:52:08.403696 DEC= -21:51:54.31932 RAER= 0.72 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1249+401', 'J1252+3951' RA= 12:52:20.879562 DEC= +39:51:00.86248 RAER= 1.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1250+568', 'J1252+5634' RA= 12:52:26.355824 DEC= +56:34:19.57293 RAER= 0.38 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.071, 5.0, 0.049, 0.007, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '1249-116', 'J1252-1158' RA= 12:52:26.440661 DEC= -11:58:07.51659 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.068, 8.4, 0.089, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '1250+447', 'J1252+4427' RA= 12:52:27.069305 DEC= +44:27:37.92712 RAER= 1.51 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1250+091', 'J1252+0849' RA= 12:52:34.587533 DEC= +08:49:44.00457 RAER= 1.54 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1250+163', 'J1252+1607' RA= 12:52:36.511342 DEC= +16:07:07.00647 RAER= 0.18 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.070, 8.4, 0.132, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '1250+334', 'J1252+3310' RA= 12:52:40.285632 DEC= +33:10:58.19287 RAER= 0.70 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.022, 8.4, 0.109, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1250+050', 'J1252+0448' RA= 12:52:40.902088 DEC= +04:48:27.48209 RAER= 16.46 DECER= 10.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1250+030', 'J1252+0246' RA= 12:52:41.855645 DEC= +02:46:16.39768 RAER= 1.04 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1249-673', 'J1252-6737' RA= 12:52:43.212084 DEC= -67:37:38.74654 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.546, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '1250+546', 'J1252+5422' RA= 12:52:44.448700 DEC= +54:22:50.46213 RAER= 1.66 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.027, 8.4, 0.032, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1250+117', 'J1252+1129' RA= 12:52:49.869798 DEC= +11:29:33.19600 RAER= 0.92 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1250+521', 'J1252+5151' RA= 12:52:50.654631 DEC= +51:51:26.86317 RAER= 1.04 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.021, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1250+119', 'J1252+1139' RA= 12:52:52.556841 DEC= +11:39:18.66626 RAER= 249.20 DECER= 402.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1250-419', 'J1252-4213' RA= 12:52:55.068015 DEC= -42:13:32.54194 RAER= 17.06 DECER= 35.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1250-330', 'J1252-3319' RA= 12:52:58.397353 DEC= -33:19:59.56107 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.178, 5.0, 0.124, 0.061, 8.4, 0.160, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 355 observations" / source= '1250+293', 'J1253+2905' RA= 12:53:06.408655 DEC= +29:05:13.88376 RAER= 0.22 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.050, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '1250-102', 'J1253-1029' RA= 12:53:07.229143 DEC= -10:29:39.19141 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.048, 8.4, 0.045, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '1251+742', 'J1253+7357' RA= 12:53:08.949618 DEC= +73:57:29.28951 RAER= 1.98 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1250+532', 'J1253+5301' RA= 12:53:11.920555 DEC= +53:01:11.73701 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.162, 5.0, 0.243, 0.144, 8.4, 0.247, 0.162, 15.2, 0.279, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 998 observations" / source= '1250+279', 'J1253+2739' RA= 12:53:14.482791 DEC= +27:39:41.62568 RAER= 0.44 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.098, 8.4, 0.116, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1251+633', 'J1253+6304' RA= 12:53:17.464516 DEC= +63:04:35.72521 RAER= 40.34 DECER= 249.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1250-287', 'J1253-2859' RA= 12:53:19.505820 DEC= -28:59:53.78701 RAER= 8.22 DECER= 18.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1250-306', 'J1253-3056' RA= 12:53:25.167658 DEC= -30:56:25.44572 RAER= 8.55 DECER= 20.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1251+308', 'J1253+3036' RA= 12:53:25.731749 DEC= +30:36:35.17211 RAER= 18.57 DECER= 8.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1251+413', 'J1253+4107' RA= 12:53:39.098665 DEC= +41:07:24.47679 RAER= 0.21 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.040, 5.0, 0.033, 0.024, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '1251-182', 'J1253-1833' RA= 12:53:44.170138 DEC= -18:33:40.96542 RAER= 1.32 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1251+037', 'J1253+0326' RA= 12:53:47.005696 DEC= +03:26:30.42784 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.048, 8.4, 0.037, 0.032, 15.2, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '1251+092', 'J1253+0859' RA= 12:53:54.593215 DEC= +08:59:02.85197 RAER= 1.61 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1251+006', 'J1253+0023' RA= 12:53:56.516577 DEC= +00:23:34.82934 RAER= 1.24 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1251-389', 'J1253-3912' RA= 12:53:57.373385 DEC= -39:12:05.79703 RAER= 18.57 DECER= 40.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1251+629', 'J1253+6242' RA= 12:53:59.310117 DEC= +62:42:57.60474 RAER= 0.76 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1251-407', 'J1253-4059' RA= 12:53:59.533723 DEC= -40:59:30.68528 RAER= 0.32 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.119, 5.0, 0.120, n/a, 8.4, 0.100, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '1251-474', 'J1254-4743' RA= 12:54:03.218788 DEC= -47:43:26.66439 RAER= 1.48 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1251+297', 'J1254+2927' RA= 12:54:05.043606 DEC= +29:27:08.90315 RAER= 1.30 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.003, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1251+278', 'J1254+2737' RA= 12:54:12.006651 DEC= +27:37:33.95878 RAER= 3.68 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1251+157', 'J1254+1528' RA= 12:54:18.429186 DEC= +15:28:23.22300 RAER= 0.49 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1251-191', 'J1254-1923' RA= 12:54:19.409149 DEC= -19:23:30.02643 RAER= 1.88 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1251+060', 'J1254+0546' RA= 12:54:22.194504 DEC= +05:46:19.78594 RAER= 0.51 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.055, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1251-217', 'J1254-2204' RA= 12:54:22.469070 DEC= -22:04:13.82521 RAER= 0.52 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '1251-281', 'J1254-2822' RA= 12:54:22.868996 DEC= -28:22:57.46041 RAER= 3.39 DECER= 11.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1252+458', 'J1254+4536' RA= 12:54:28.828690 DEC= +45:36:04.32683 RAER= 0.21 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.103, 5.0, 0.117, 0.090, 8.4, 0.083, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 877 observations" / source= '1252+729', 'J1254+7242' RA= 12:54:30.111296 DEC= +72:42:29.30661 RAER= 18.06 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1251-130', 'J1254-1317' RA= 12:54:31.468277 DEC= -13:17:16.21194 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.069, 5.0, 0.073, 0.065, 8.4, 0.093, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 783 observations" / source= '1252+192', 'J1254+1856' RA= 12:54:33.271436 DEC= +18:56:01.90907 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.054, 8.4, 0.116, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 212 observations" / source= '1252+224', 'J1254+2211' RA= 12:54:33.273807 DEC= +22:11:03.64977 RAER= 0.58 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1252+189', 'J1254+1843' RA= 12:54:34.020460 DEC= +18:43:32.30415 RAER= 0.40 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.092, 8.4, 0.096, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1251-122', 'J1254-1234' RA= 12:54:35.724248 DEC= -12:34:07.24921 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.026, 5.0, 0.070, 0.017, 8.4, 0.079, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '1251-197', 'J1254-2000' RA= 12:54:37.255619 DEC= -20:00:56.40671 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.073, 5.0, 0.107, 0.091, 8.4, 0.133, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1278 observations" / source= '1252+119', 'J1254+1141' RA= 12:54:38.255619 DEC= +11:41:05.89504 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.673, 0.272, 5.0, 0.770, 0.424, 8.4, 0.710, 0.398 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7335 observations" / source= '1251-289', 'J1254-2913' RA= 12:54:41.219942 DEC= -29:13:39.40568 RAER= 0.43 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1252+301', 'J1254+2951' RA= 12:54:41.561197 DEC= +29:51:28.29086 RAER= 0.32 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1252-268', 'J1254-2709' RA= 12:54:42.391495 DEC= -27:09:38.54888 RAER= 5.88 DECER= 13.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1251-382', 'J1254-3833' RA= 12:54:43.002080 DEC= -38:33:56.97894 RAER= 0.50 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.066, 8.4, 0.100, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1252+028', 'J1254+0233' RA= 12:54:45.466539 DEC= +02:33:28.96379 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.123, 8.4, 0.144, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 792 observations" / source= '1251-609', 'J1254-6111' RA= 12:54:46.577525 DEC= -61:11:34.96998 RAER= 3.47 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.133, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1252-106', 'J1254-1053' RA= 12:54:47.281322 DEC= -10:53:51.31369 RAER= 0.95 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1252-367', 'J1254-3659' RA= 12:54:50.845317 DEC= -36:59:49.08594 RAER= 1.47 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1252-441', 'J1254-4424' RA= 12:54:57.513246 DEC= -44:24:56.60183 RAER= 0.32 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.106, 5.0, 0.228, 0.127, 8.4, 0.222, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1252+537', 'J1254+5331' RA= 12:54:58.842077 DEC= +53:31:34.65552 RAER= 1.19 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.027, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1252+092', 'J1254+0859' RA= 12:54:58.957628 DEC= +08:59:47.55324 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.581, 0.109, 8.4, 0.231, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '1251-713', 'J1254-7138' RA= 12:54:59.921479 DEC= -71:38:18.43668 RAER= 0.33 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.761, 0.641 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1854 observations" / source= '1252+039', 'J1255+0340' RA= 12:55:00.498054 DEC= +03:40:43.11071 RAER= 0.49 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.034, 5.0, 0.026, n/a, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '1253+657', 'J1255+6527' RA= 12:55:01.280627 DEC= +65:27:37.62522 RAER= 1.43 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.043, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1252+484', 'J1255+4809' RA= 12:55:03.883098 DEC= +48:09:52.92141 RAER= 7.88 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1252+538', 'J1255+5331' RA= 12:55:09.333659 DEC= +53:31:59.35046 RAER= 1.17 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.032, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1252+141', 'J1255+1350' RA= 12:55:14.343804 DEC= +13:50:56.75072 RAER= 0.50 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.048, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1252+256', 'J1255+2522' RA= 12:55:14.735265 DEC= +25:22:06.83318 RAER= 9.08 DECER= 4.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1253+633', 'J1255+6305' RA= 12:55:28.932056 DEC= +63:05:21.94093 RAER= 3.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1252-133', 'J1255-1338' RA= 12:55:29.355237 DEC= -13:38:23.56542 RAER= 0.61 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1253+185', 'J1255+1817' RA= 12:55:31.759930 DEC= +18:17:50.91024 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.122, 5.0, 0.348, 0.208, 8.4, 0.259, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 644 observations" / source= '1253+616', 'J1255+6124' RA= 12:55:45.012369 DEC= +61:24:50.87643 RAER= 2.45 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1253+533', 'J1255+5303' RA= 12:55:52.590284 DEC= +53:03:49.66733 RAER= 1.11 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.019, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1255+805', 'J1255+8016' RA= 12:55:59.094307 DEC= +80:16:10.82307 RAER= 3.50 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1253-078', 'J1255-0804' RA= 12:55:59.877173 DEC= -08:04:32.56465 RAER= 1.41 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1252-645', 'J1256-6449' RA= 12:56:03.403197 DEC= -64:49:14.81795 RAER= 0.87 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.174, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1253-590', 'J1256-5919' RA= 12:56:04.891131 DEC= -59:19:44.01288 RAER= 0.40 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.430, 0.346 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1253-567', 'J1256-5700' RA= 12:56:05.050943 DEC= -57:00:55.09777 RAER= 85.42 DECER= 54.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1253-21A', 'J1256-2143' RA= 12:56:05.569279 DEC= -21:43:44.74749 RAER= 3.09 DECER= 8.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1253+104', 'J1256+1008' RA= 12:56:07.671186 DEC= +10:08:53.64882 RAER= 1.24 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1253-055', 'J1256-0547' RA= 12:56:11.166583 DEC= -05:47:21.52518 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 9.190, 3.681, 5.0, 12.113, 8.986, 8.4, 12.935, 7.486, 15.2, 17.964, 7.927, 22.2, 16.447, 9.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26282 observations" / source= '1253-214', 'J1256-2144' RA= 12:56:11.435574 DEC= -21:44:10.87019 RAER= 1.25 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.014, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1254+571', 'J1256+5652' RA= 12:56:14.233978 DEC= +56:52:25.23755 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.090, 5.0, 0.185, 0.101, 8.4, 0.181, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '1253-115', 'J1256-1146' RA= 12:56:15.952539 DEC= -11:46:37.33959 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, 0.027, 8.4, 0.088, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '1253-216', 'J1256-2155' RA= 12:56:25.511021 DEC= -21:55:21.14283 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.081, 8.4, 0.205, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1254+258', 'J1256+2532' RA= 12:56:30.240335 DEC= +25:32:37.71311 RAER= 0.90 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.056, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1253-065', 'J1256-0652' RA= 12:56:30.841641 DEC= -06:52:08.51400 RAER= 0.28 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '1254+272', 'J1256+2701' RA= 12:56:30.986949 DEC= +27:01:08.70183 RAER= 0.96 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.040, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1254+130', 'J1256+1247' RA= 12:56:34.857756 DEC= +12:47:34.27545 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.103, 8.4, 0.142, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '1254+538', 'J1256+5334' RA= 12:56:38.629316 DEC= +53:34:23.70889 RAER= 0.55 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '1254+226', 'J1256+2220' RA= 12:56:42.841327 DEC= +22:20:24.50110 RAER= 0.94 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 220 observations" / source= '1254-080', 'J1256-0819' RA= 12:56:46.885989 DEC= -08:19:38.38197 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.042, 5.0, 0.043, 0.036, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '1254+476', 'J1256+4720' RA= 12:56:57.015704 DEC= +47:20:19.24316 RAER= 22.22 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1254+137', 'J1256+1327' RA= 12:56:59.456400 DEC= +13:27:42.82061 RAER= 1.27 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.014, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1254+006', 'J1257+0024' RA= 12:57:03.123818 DEC= +00:24:35.75119 RAER= 2.85 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1254-171', 'J1257-1724' RA= 12:57:11.596016 DEC= -17:24:34.13485 RAER= 0.47 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.139, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1254-083', 'J1257-0837' RA= 12:57:14.795820 DEC= -08:37:02.82807 RAER= 5.44 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1254+370', 'J1257+3647' RA= 12:57:16.583335 DEC= +36:47:14.91682 RAER= 0.51 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '1254-228', 'J1257-2306' RA= 12:57:23.837060 DEC= -23:06:08.13466 RAER= 1.10 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1254-287', 'J1257-2903' RA= 12:57:24.758219 DEC= -29:03:44.61264 RAER= 16.80 DECER= 29.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1254-012', 'J1257-0132' RA= 12:57:29.791004 DEC= -01:32:39.60707 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.035, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '1256+802', 'J1257+7958' RA= 12:57:31.726572 DEC= +79:58:02.50679 RAER= 0.95 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.061, 8.4, 0.073, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 720 observations" / source= '1255+661', 'J1257+6550' RA= 12:57:33.075121 DEC= +65:50:59.94919 RAER= 2.14 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1254-108', 'J1257-1109' RA= 12:57:34.575419 DEC= -11:09:07.65331 RAER= 1.21 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1257+839', 'J1257+8342' RA= 12:57:36.425007 DEC= +83:42:31.28325 RAER= 1.81 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.048, 8.4, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '1254-245', 'J1257-2447' RA= 12:57:36.506256 DEC= -24:47:32.78472 RAER= 0.76 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.030, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1255+186', 'J1257+1821' RA= 12:57:36.975110 DEC= +18:21:12.11470 RAER= 1.79 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1255-084', 'J1257-0840' RA= 12:57:37.320477 DEC= -08:40:46.27427 RAER= 0.91 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1255-070', 'J1257-0717' RA= 12:57:39.325135 DEC= -07:17:24.21552 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.059, 8.4, 0.070, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231 observations" / source= '1255-255', 'J1257-2548' RA= 12:57:48.578221 DEC= -25:48:02.49708 RAER= 0.58 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.079, 8.4, 0.089, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1255-170', 'J1257-1716' RA= 12:57:49.296464 DEC= -17:16:22.98475 RAER= 2.65 DECER= 10.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1255+481', 'J1257+4750' RA= 12:57:52.740134 DEC= +47:50:20.60124 RAER= 0.77 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.055, 8.4, 0.084, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1255+327', 'J1257+3229' RA= 12:57:57.231855 DEC= +32:29:29.32632 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.603, 0.401, 5.0, 0.498, 0.337, 8.4, 0.518, 0.410 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1457 observations" / source= '1255-316', 'J1257-3155' RA= 12:57:59.060840 DEC= -31:55:16.85155 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.269, 0.778, 5.0, 1.443, 1.132, 8.4, 1.376, 0.676 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41391 observations" / source= '1255+28A', 'J1258+2821' RA= 12:58:00.031880 DEC= +28:21:08.94749 RAER= 0.95 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.023, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1255+018', 'J1258+0134' RA= 12:58:01.197894 DEC= +01:34:32.43024 RAER= 12.13 DECER= 12.07 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1255+286', 'J1258+2820' RA= 12:58:01.926057 DEC= +28:20:02.34430 RAER= 0.55 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.037, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1255+191', 'J1258+1851' RA= 12:58:03.365006 DEC= +18:51:45.05804 RAER= 0.58 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1255-205', 'J1258-2052' RA= 12:58:10.664196 DEC= -20:52:04.87886 RAER= 1.68 DECER= 4.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1256+546', 'J1258+5421' RA= 12:58:15.606624 DEC= +54:21:52.11745 RAER= 0.38 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.518, 0.082, 5.0, 0.193, 0.020, 8.4, 0.084, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '1255-214', 'J1258-2140' RA= 12:58:20.109127 DEC= -21:40:27.15755 RAER= 1.68 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1255+216', 'J1258+2123' RA= 12:58:21.454917 DEC= +21:23:51.33906 RAER= 0.65 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1256+651', 'J1258+6453' RA= 12:58:22.657648 DEC= +64:53:23.30187 RAER= 1.60 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.035, 8.4, 0.050, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1255-112', 'J1258-1130' RA= 12:58:23.853624 DEC= -11:30:27.73297 RAER= 0.29 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.058, 8.4, 0.071, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1254-815', 'J1258-8147' RA= 12:58:26.679589 DEC= -81:47:46.01703 RAER= 7.34 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1255-670', 'J1258-6719' RA= 12:58:28.578508 DEC= -67:19:42.61585 RAER= 1.06 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.133, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1256+617', 'J1258+6126' RA= 12:58:31.134864 DEC= +61:26:43.01427 RAER= 1.89 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.006, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1256+009', 'J1258+0038' RA= 12:58:34.915146 DEC= +00:38:32.16471 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.057, 8.4, 0.063, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '1255-177', 'J1258-1800' RA= 12:58:38.301705 DEC= -18:00:03.12455 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.292, 5.0, 0.369, 0.331, 8.4, 0.393, 0.352, 22.2, 0.348, 0.299 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5151 observations" / source= '1256-220', 'J1258-2219' RA= 12:58:54.478784 DEC= -22:19:31.12502 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.815, 0.563, 5.0, 0.619, 0.382, 8.4, 0.693, 0.496 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4671 observations" / source= '1256-175', 'J1258-1750' RA= 12:58:56.090603 DEC= -17:50:35.93717 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.306, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '1256+332', 'J1258+3257' RA= 12:58:58.603152 DEC= +32:57:38.15225 RAER= 1.33 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.041, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1256-033', 'J1259-0338' RA= 12:59:01.420887 DEC= -03:38:07.35219 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.170, 8.4, 0.084, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '1256-015', 'J1259-0150' RA= 12:59:06.615172 DEC= -01:50:58.36306 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.054, 5.0, 0.121, 0.049, 8.4, 0.081, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '1256-229', 'J1259-2310' RA= 12:59:08.462049 DEC= -23:10:38.65453 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.341, 8.4, 0.353, 0.260 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '1256-243', 'J1259-2436' RA= 12:59:12.625637 DEC= -24:36:05.50405 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.069, 8.4, 0.129, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '1256+105', 'J1259+1016' RA= 12:59:15.723233 DEC= +10:16:39.30552 RAER= 0.88 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.084, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1257+519', 'J1259+5140' RA= 12:59:31.173984 DEC= +51:40:56.26126 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.091, 5.0, 0.265, 0.219, 8.4, 0.311, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1158 observations" / source= '1257+237', 'J1259+2330' RA= 12:59:36.280850 DEC= +23:30:47.15588 RAER= 1.27 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1257+085', 'J1259+0817' RA= 12:59:37.617914 DEC= +08:17:13.64889 RAER= 6.41 DECER= 9.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1257+243', 'J1259+2407' RA= 12:59:44.555881 DEC= +24:07:08.37806 RAER= 1.26 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.017, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1257-036', 'J1259-0354' RA= 12:59:48.482303 DEC= -03:54:35.31115 RAER= 0.84 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1257-253', 'J1259-2539' RA= 12:59:48.988322 DEC= -25:39:38.74421 RAER= 0.79 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1257-375', 'J1259-3748' RA= 12:59:49.801441 DEC= -37:48:58.16416 RAER= 1.66 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.025, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1257-321', 'J1259-3223' RA= 12:59:49.833248 DEC= -32:23:28.96157 RAER= 0.52 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.048, 8.4, 0.098, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 152 observations" / source= '1257-177', 'J1259-1801' RA= 12:59:53.615630 DEC= -18:01:35.15477 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.023, 8.4, 0.053, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1257+342', 'J1259+3356' RA= 12:59:54.015638 DEC= +33:56:53.46376 RAER= 7.49 DECER= 8.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1257+123', 'J1300+1206' RA= 13:00:01.938885 DEC= +12:06:22.11785 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.139, 8.4, 0.254, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1257-149', 'J1300-1514' RA= 13:00:04.384249 DEC= -15:14:09.55765 RAER= 1.50 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.026, 8.4, 0.021, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1257-369', 'J1300-3711' RA= 13:00:09.517789 DEC= -37:11:17.01425 RAER= 16.44 DECER= 32.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1257-127', 'J1300-1302' RA= 13:00:18.740144 DEC= -13:02:53.68401 RAER= 0.29 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.013, 8.4, 0.088, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 146 observations" / source= '1258+441', 'J1300+4352' RA= 13:00:20.162281 DEC= +43:52:24.38139 RAER= 0.59 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.063, 8.4, 0.087, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1257+145', 'J1300+141A' RA= 13:00:20.918822 DEC= +14:17:18.53177 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.306, 5.0, 0.367, n/a, 8.4, 0.281, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1098 observations" / source= '1257-230', 'J1300-2318' RA= 13:00:24.966320 DEC= -23:18:05.44453 RAER= 2.56 DECER= 7.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1258+287', 'J1300+2830' RA= 13:00:28.529974 DEC= +28:30:10.18869 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.136, 5.0, 0.175, 0.133, 8.4, 0.256, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1131 observations" / source= '1258+541', 'J1300+5351' RA= 13:00:32.783127 DEC= +53:51:12.47688 RAER= 2.50 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1258+404', 'J1300+4009' RA= 13:00:33.307978 DEC= +40:09:07.67271 RAER= 0.78 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.013, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1258+087', 'J1300+0828' RA= 13:00:36.438756 DEC= +08:28:02.86362 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.069, 8.4, 0.127, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '1259+811', 'J1300+8054' RA= 13:00:37.097077 DEC= +80:54:38.74325 RAER= 64.47 DECER= 8.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, n/a, 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1258+145', 'J1300+141B' RA= 13:00:41.037016 DEC= +14:17:29.41505 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.116, 5.0, 0.142, 0.139, 8.4, 0.162, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '1258+507', 'J1300+5029' RA= 13:00:41.247052 DEC= +50:29:36.76541 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.408, 0.269, 5.0, 0.270, 0.118, 8.4, 0.258, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1123 observations" / source= '1257-326', 'J1300-3253' RA= 13:00:42.426052 DEC= -32:53:12.11414 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.074, 8.4, 0.140, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 756 observations" / source= '1258-229', 'J1300-2312' RA= 13:00:58.491797 DEC= -23:12:15.89530 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.071, 8.4, 0.132, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '1258-321', 'J1301-3226' RA= 13:01:00.784495 DEC= -32:26:28.72039 RAER= 0.52 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.031, 8.4, 0.137, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1258+054', 'J1301+0512' RA= 13:01:11.037273 DEC= +05:12:49.29399 RAER= 0.71 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1258-197', 'J1301-1959' RA= 13:01:16.563569 DEC= -19:59:46.86520 RAER= 4.60 DECER= 7.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1258+193', 'J1301+1904' RA= 13:01:21.018526 DEC= +19:04:21.39055 RAER= 0.65 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.026, 8.4, 0.043, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1258-145', 'J1301-1448' RA= 13:01:24.980592 DEC= -14:48:57.85292 RAER= 4.16 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1258+204', 'J1301+2008' RA= 13:01:25.107615 DEC= +20:08:25.87676 RAER= 0.52 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.053, 8.4, 0.059, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1258-164', 'J1301-1643' RA= 13:01:26.930527 DEC= -16:43:24.98813 RAER= 1.31 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.007, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1259+338', 'J1301+3337' RA= 13:01:29.154739 DEC= +33:37:00.38423 RAER= 0.24 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.064, 8.4, 0.073, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '1259+468', 'J1301+4634' RA= 13:01:32.606279 DEC= +46:34:02.93944 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.098, 5.0, 0.131, 0.129, 8.4, 0.129, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 883 observations" / source= '1258-369', 'J1301-3713' RA= 13:01:37.016600 DEC= -37:13:39.38830 RAER= 16.85 DECER= 31.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1259+665', 'J1301+6616' RA= 13:01:44.221615 DEC= +66:16:59.23426 RAER= 6.89 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1259+412', 'J1301+4056' RA= 13:01:45.648613 DEC= +40:56:24.64043 RAER= 0.88 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1259+445', 'J1301+4416' RA= 13:01:46.316549 DEC= +44:16:19.21504 RAER= 3.08 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.006, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1259-004', 'J1301-0041' RA= 13:01:48.557282 DEC= -00:41:14.29869 RAER= 0.75 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1300+679', 'J1302+6741' RA= 13:02:04.703865 DEC= +67:41:41.85621 RAER= 4.98 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1259+209', 'J1302+2039' RA= 13:02:14.654695 DEC= +20:39:18.61445 RAER= 0.35 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.106, 8.4, 0.122, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1259-131', 'J1302-1323' RA= 13:02:16.837419 DEC= -13:23:16.79320 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, 0.029, 5.0, 0.017, 0.015, 8.4, 0.026, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1300+485', 'J1302+4819' RA= 13:02:17.196067 DEC= +48:19:17.57427 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.169, 5.0, 0.161, 0.140, 8.4, 0.259, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2042 observations" / source= '1259+274', 'J1302+2709' RA= 13:02:20.724292 DEC= +27:09:41.59356 RAER= 0.74 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.088, 8.4, 0.082, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1259-048', 'J1302-0506' RA= 13:02:23.819516 DEC= -05:06:22.98852 RAER= 1.14 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1259-098', 'J1302-1008' RA= 13:02:25.669904 DEC= -10:08:30.76432 RAER= 1.89 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1259-312', 'J1302-3130' RA= 13:02:25.683007 DEC= -31:30:46.46708 RAER= 6.28 DECER= 14.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1300+585', 'J1302+5818' RA= 13:02:28.563550 DEC= +58:18:47.04836 RAER= 2.41 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.224, n/a, 8.4, 0.108, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1259-042', 'J1302-0430' RA= 13:02:29.249078 DEC= -04:30:31.14873 RAER= 1.52 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1259-169', 'J1302-1710' RA= 13:02:29.522071 DEC= -17:10:36.48975 RAER= 0.57 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.086, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1300+167', 'J1302+1627' RA= 13:02:32.699598 DEC= +16:27:41.54845 RAER= 0.66 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.013, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1300+693', 'J1302+6902' RA= 13:02:37.924972 DEC= +69:02:51.60199 RAER= 0.35 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.115, 8.4, 0.266, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 743 observations" / source= '1300+580', 'J1302+5748' RA= 13:02:52.465280 DEC= +57:48:37.60929 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.576, 0.516, 5.0, 0.490, 0.433, 8.4, 0.481, 0.389, 22.2, 0.461, 0.303 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140515 observations" / source= '1300+248', 'J1303+2433' RA= 13:03:03.217091 DEC= +24:33:55.72971 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.106, 8.4, 0.170, 0.157, 15.2, 0.188, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 947 observations" / source= '1301+579', 'J1303+5743' RA= 13:03:10.693669 DEC= +57:43:36.75621 RAER= 0.81 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.057, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1300-105', 'J1303-1051' RA= 13:03:13.867942 DEC= -10:51:17.12910 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.349, 0.261, 8.4, 0.257, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '1300-238', 'J1303-2405' RA= 13:03:19.646865 DEC= -24:05:03.05542 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.123, 8.4, 0.143, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '1301+414', 'J1303+4111' RA= 13:03:27.165369 DEC= +41:11:19.94827 RAER= 0.75 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.042, 8.4, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1301+191', 'J1303+1853' RA= 13:03:29.418654 DEC= +18:53:21.87753 RAER= 1.10 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.019, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1301+480', 'J1303+4748' RA= 13:03:36.355124 DEC= +47:48:40.79496 RAER= 1.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1300-460', 'J1303-4621' RA= 13:03:40.280546 DEC= -46:21:02.42325 RAER= 1.64 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.160, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1301-239', 'J1303-2414' RA= 13:03:42.565236 DEC= -24:14:42.21638 RAER= 2.40 DECER= 4.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1300-554', 'J1303-5540' RA= 13:03:49.215928 DEC= -55:40:31.60800 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.272, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '1301+354', 'J1303+3509' RA= 13:03:53.745179 DEC= +35:09:50.94942 RAER= 1.35 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1301+449', 'J1304+4442' RA= 13:04:02.226808 DEC= +44:42:30.41408 RAER= 1.62 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.023, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1301+041', 'J1304+0354' RA= 13:04:07.227737 DEC= +03:54:14.61926 RAER= 0.61 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.016, 8.4, 0.040, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1301+374', 'J1304+3709' RA= 13:04:07.324140 DEC= +37:09:08.21887 RAER= 0.54 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.044, 8.4, 0.045, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1301-217', 'J1304-2203' RA= 13:04:16.436913 DEC= -22:03:06.57741 RAER= 6.14 DECER= 12.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1301-23A', 'J1304-2412' RA= 13:04:16.692427 DEC= -24:12:16.74170 RAER= 0.88 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1301-582', 'J1304-5830' RA= 13:04:19.205041 DEC= -58:30:05.77255 RAER= 8.21 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1301-436', 'J1304-4353' RA= 13:04:21.006411 DEC= -43:53:10.18406 RAER= 4.47 DECER= 11.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.032, 8.4, 0.037, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1301-353', 'J1304-3537' RA= 13:04:33.655557 DEC= -35:37:32.80350 RAER= 6.96 DECER= 20.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1301-192', 'J1304-1932' RA= 13:04:33.692317 DEC= -19:32:50.28820 RAER= 4.62 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1302+356', 'J1304+3523' RA= 13:04:34.495063 DEC= +35:23:33.53064 RAER= 3.61 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1302-034', 'J1304-0346' RA= 13:04:43.642216 DEC= -03:46:02.55145 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.402, 0.279, 8.4, 0.423, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '1302+018', 'J1304+0132' RA= 13:04:44.017770 DEC= +01:32:30.69943 RAER= 0.47 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1302+641', 'J1304+6353' RA= 13:04:47.370281 DEC= +63:53:47.39255 RAER= 0.33 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.057, 5.0, 0.117, 0.082, 8.4, 0.102, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1302+512', 'J1304+5056' RA= 13:04:48.014350 DEC= +50:56:23.21653 RAER= 0.61 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '1302+251', 'J1304+2454' RA= 13:04:51.417528 DEC= +24:54:45.89464 RAER= 0.70 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1302-016', 'J1304-0154' RA= 13:04:57.347647 DEC= -01:54:58.58597 RAER= 0.68 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.020, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1302-208', 'J1304-2106' RA= 13:04:59.069353 DEC= -21:06:42.45825 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.081, 5.0, 0.147, 0.042, 8.4, 0.134, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 532 observations" / source= '1304+791', 'J1305+7854' RA= 13:05:00.014177 DEC= +78:54:35.79646 RAER= 0.64 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.228, 5.0, 0.191, 0.095, 8.4, 0.175, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1463 observations" / source= '1302+281', 'J1305+2752' RA= 13:05:02.500086 DEC= +27:52:21.87474 RAER= 0.43 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.061, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1302-285', 'J1305-2850' RA= 13:05:08.468501 DEC= -28:50:42.02850 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.122, 8.4, 0.235, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1302+531', 'J1305+5253' RA= 13:05:08.829709 DEC= +52:53:17.60515 RAER= 0.58 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.068, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1302-366', 'J1305-3655' RA= 13:05:12.750001 DEC= -36:55:45.33487 RAER= 0.20 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.101, 8.4, 0.161, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1302-159', 'J1305-1610' RA= 13:05:21.485043 DEC= -16:10:37.24323 RAER= 1.08 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.039, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1303+515', 'J1305+5116' RA= 13:05:22.745295 DEC= +51:16:40.20649 RAER= 0.75 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.034, 8.4, 0.040, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 284 observations" / source= '1305+825', 'J1305+8216' RA= 13:05:23.564759 DEC= +82:16:40.21186 RAER= 11.40 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.068, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1302-492', 'J1305-4928' RA= 13:05:27.476769 DEC= -49:28:05.41058 RAER= 15.85 DECER= 7.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1303+588', 'J1305+5836' RA= 13:05:27.556178 DEC= +58:36:58.50419 RAER= 1.17 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.041, 8.4, 0.058, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1302-312', 'J1305-3132' RA= 13:05:31.073448 DEC= -31:32:52.21862 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.070, 8.4, 0.159, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '1302-102', 'J1305-1033' RA= 13:05:33.015029 DEC= -10:33:19.42836 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.056, 0.805, 5.0, 0.575, 0.414, 8.4, 0.576, 0.270, 15.2, 0.508, 0.340 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3483 observations" / source= '1303+210', 'J1305+2047' RA= 13:05:34.924148 DEC= +20:47:21.66126 RAER= 0.25 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.061, 8.4, 0.084, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1303+577', 'J1305+5731' RA= 13:05:47.381980 DEC= +57:31:54.81050 RAER= 1.13 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.024, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1303+020', 'J1305+0149' RA= 13:05:54.164862 DEC= +01:49:29.88030 RAER= 0.39 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.046, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1303+557', 'J1306+5529' RA= 13:06:03.351101 DEC= +55:29:43.85681 RAER= 0.20 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.157, 5.0, 0.237, 0.153, 8.4, 0.277, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1032 observations" / source= '1303-294', 'J1306-2945' RA= 13:06:04.805448 DEC= -29:45:15.30395 RAER= 0.70 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1305+804', 'J1306+8008' RA= 13:06:05.716595 DEC= +80:08:20.56635 RAER= 0.71 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.082, 8.4, 0.164, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1081 observations" / source= '1303-250', 'J1306-2517' RA= 13:06:15.401724 DEC= -25:17:20.16373 RAER= 2.69 DECER= 7.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1303+039', 'J1306+0341' RA= 13:06:15.968551 DEC= +03:41:38.23113 RAER= 0.41 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.064, 8.4, 0.082, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1303+114', 'J1306+1113' RA= 13:06:19.247543 DEC= +11:13:39.79587 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1305+805', 'J1306+8019' RA= 13:06:20.698772 DEC= +80:19:07.59508 RAER= 10.79 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1303+273', 'J1306+2702' RA= 13:06:23.280711 DEC= +27:02:43.10915 RAER= 1.25 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1304+479', 'J1306+4741' RA= 13:06:29.949119 DEC= +47:41:32.45050 RAER= 2.29 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.012, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1303+053', 'J1306+0502' RA= 13:06:31.616593 DEC= +05:02:29.77076 RAER= 0.69 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1303-170', 'J1306-1718' RA= 13:06:32.660540 DEC= -17:18:58.38991 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.136, 8.4, 0.216, 0.153, 22.2, 0.118, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '1303-241', 'J1306-2427' RA= 13:06:41.183726 DEC= -24:27:36.34416 RAER= 0.61 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.085, 8.4, 0.084, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1304-215', 'J1306-2147' RA= 13:06:42.049579 DEC= -21:47:50.99251 RAER= 0.39 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.045, 8.4, 0.075, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1304-062', 'J1306-0629' RA= 13:06:43.062498 DEC= -06:29:48.21321 RAER= 0.61 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1304+091', 'J1306+0851' RA= 13:06:48.714487 DEC= +08:51:36.50748 RAER= 1.30 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.033, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1304-168', 'J1307-1708' RA= 13:07:04.313597 DEC= -17:08:38.98488 RAER= 2.68 DECER= 6.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1305+770', 'J1307+7649' RA= 13:07:05.245574 DEC= +76:49:18.17046 RAER= 1.86 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.034, 8.4, 0.077, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '1304+277', 'J1307+2728' RA= 13:07:09.426181 DEC= +27:28:55.81884 RAER= 2.00 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1304-223', 'J1307-2236' RA= 13:07:11.638920 DEC= -22:36:23.91374 RAER= 0.43 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.072, 8.4, 0.113, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1304+141', 'J1307+1355' RA= 13:07:13.898890 DEC= +13:55:20.48366 RAER= 0.48 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.021, 8.4, 0.057, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1304-318', 'J1307-3207' RA= 13:07:15.178813 DEC= -32:07:58.64049 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.096, 8.4, 0.168, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '1304-500', 'J1307-5019' RA= 13:07:23.177854 DEC= -50:19:19.48551 RAER= 0.38 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.242, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1304-164', 'J1307-1641' RA= 13:07:28.556395 DEC= -16:41:57.41776 RAER= 1.03 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.036, 8.4, 0.031, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1304-331', 'J1307-3325' RA= 13:07:29.243741 DEC= -33:25:24.88628 RAER= 24.39 DECER= 36.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1304-160', 'J1307-1616' RA= 13:07:37.392873 DEC= -16:16:09.95426 RAER= 0.65 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.031, 8.4, 0.055, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1304-427', 'J1307-4259' RA= 13:07:37.983548 DEC= -42:59:38.98782 RAER= 5.28 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1305+004', 'J1307+0012' RA= 13:07:47.416132 DEC= +00:12:18.27451 RAER= 0.88 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1305+069', 'J1307+0642' RA= 13:07:53.929126 DEC= +06:42:13.88297 RAER= 1.57 DECER= 5.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.018, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1305-028', 'J1307-0307' RA= 13:07:57.863201 DEC= -03:07:29.96927 RAER= 0.56 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.030, 8.4, 0.052, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1306+595', 'J1308+5915' RA= 13:08:01.623888 DEC= +59:15:32.01382 RAER= 1.24 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1305+502', 'J1308+4957' RA= 13:08:07.924235 DEC= +49:57:53.47042 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.176, 5.0, 0.241, 0.151, 8.4, 0.222, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 845 observations" / source= '1305-012', 'J1308-0128' RA= 13:08:12.016844 DEC= -01:28:59.96099 RAER= 5.22 DECER= 7.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1305-104', 'J1308-1043' RA= 13:08:12.391782 DEC= -10:43:16.70145 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.225, 5.0, 0.224, 0.099, 8.4, 0.126, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 857 observations" / source= '1310+860', 'J1308+8544' RA= 13:08:13.090190 DEC= +85:44:28.61083 RAER= 27.79 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1305+042', 'J1308+0401' RA= 13:08:15.553090 DEC= +04:01:09.35092 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.057, 8.4, 0.074, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '1304-668', 'J1308-6707' RA= 13:08:17.375612 DEC= -67:07:05.22955 RAER= 1.01 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.193, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1306+66A', 'J1308+654A' RA= 13:08:21.770273 DEC= +65:44:14.67632 RAER= 1.68 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.033, 5.0, 0.042, 0.009, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '1306+660', 'J1308+6544' RA= 13:08:21.955796 DEC= +65:44:15.15913 RAER= 1.10 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.042, 5.0, 0.127, 0.008, 8.4, 0.057, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '1305-436', 'J1308-4352' RA= 13:08:22.587037 DEC= -43:52:03.74862 RAER= 1.61 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1306+360', 'J1308+3546' RA= 13:08:23.709133 DEC= +35:46:37.16400 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.204, 5.0, 0.410, 0.339, 8.4, 0.750, 0.689, 15.2, 0.605, 0.534 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20027 observations" / source= '1306+131', 'J1308+1254' RA= 13:08:30.056513 DEC= +12:54:53.31936 RAER= 0.60 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.029, 8.4, 0.041, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1305-247', 'J1308-2458' RA= 13:08:32.727416 DEC= -24:58:32.41156 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.083, 8.4, 0.110, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1306+440', 'J1308+4344' RA= 13:08:37.905764 DEC= +43:44:15.13742 RAER= 0.50 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1303-827', 'J1308-8259' RA= 13:08:38.194661 DEC= -82:59:34.79439 RAER= 2.81 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1306-095', 'J1308-0950' RA= 13:08:39.157527 DEC= -09:50:32.41686 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.961, 0.038, 5.0, 0.591, 0.096, 8.4, 0.185, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 908 observations" / source= '1306+124', 'J1308+1211' RA= 13:08:40.824338 DEC= +12:11:37.11877 RAER= 1.68 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1305-241', 'J1308-2422' RA= 13:08:42.011652 DEC= -24:22:57.92970 RAER= 1.45 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, n/a, 5.0, 0.049, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '1306+477', 'J1308+4729' RA= 13:08:51.330445 DEC= +47:29:54.91300 RAER= 1.08 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1306+557', 'J1308+5530' RA= 13:08:54.520815 DEC= +55:30:47.64444 RAER= 0.62 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.036, 8.4, 0.066, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1306+321', 'J1308+3150' RA= 13:08:54.524936 DEC= +31:50:21.96227 RAER= 0.59 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1306+274', 'J1308+2708' RA= 13:08:56.817829 DEC= +27:08:11.62029 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.077, 8.4, 0.151, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '1306+107', 'J1309+1029' RA= 13:09:04.458678 DEC= +10:29:35.32575 RAER= 3.57 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1306+040', 'J1309+0346' RA= 13:09:06.778000 DEC= +03:46:07.59836 RAER= 1.15 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1307+562', 'J1309+5557' RA= 13:09:09.754573 DEC= +55:57:38.19419 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.225, 5.0, 0.295, 0.196, 8.4, 0.259, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1306-060', 'J1309-0621' RA= 13:09:16.997189 DEC= -06:21:14.77669 RAER= 1.19 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1306-039', 'J1309-0415' RA= 13:09:17.832840 DEC= -04:15:16.19677 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.073, 8.4, 0.085, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1307+428', 'J1309+4235' RA= 13:09:20.837976 DEC= +42:35:51.86969 RAER= 22.46 DECER= 15.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1306-094', 'J1309-0941' RA= 13:09:25.112634 DEC= -09:41:52.81241 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.044, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '1307+433', 'J1309+4305' RA= 13:09:25.526318 DEC= +43:05:05.57849 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.047, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '1306+075', 'J1309+0716' RA= 13:09:29.185502 DEC= +07:16:56.31255 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.076, 8.4, 0.123, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '1306-209', 'J1309-2111' RA= 13:09:32.250830 DEC= -21:11:07.02522 RAER= 0.58 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.044, 8.4, 0.074, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1307+121', 'J1309+1154' RA= 13:09:33.932453 DEC= +11:54:24.55310 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.993, 0.451, 5.0, 0.758, 0.292, 8.4, 0.678, 0.289, 15.2, 0.712, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2706 observations" / source= '1307+41A', 'J1309+4047' RA= 13:09:41.508935 DEC= +40:47:57.23872 RAER= 0.63 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.030, 8.4, 0.070, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1307+410', 'J1309+4049' RA= 13:09:45.496578 DEC= +40:49:54.74766 RAER= 0.72 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.042, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1306-395', 'J1309-3948' RA= 13:09:48.488324 DEC= -39:48:33.08609 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.157, 5.0, 0.325, n/a, 8.4, 0.355, 0.318 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1415 observations" / source= '1307+375', 'J1309+3716' RA= 13:09:48.878511 DEC= +37:16:51.77833 RAER= 2.56 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1307+000', 'J1309-0012' RA= 13:09:49.753471 DEC= -00:12:35.61149 RAER= 1.35 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1307+078', 'J1309+0732' RA= 13:09:58.331889 DEC= +07:32:17.52400 RAER= 0.40 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.088, 8.4, 0.068, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1307+343', 'J1310+3403' RA= 13:10:04.433618 DEC= +34:03:09.10866 RAER= 0.31 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '1307-169', 'J1310-1711' RA= 13:10:07.867948 DEC= -17:11:39.69569 RAER= 0.53 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1307-116', 'J1310-1157' RA= 13:10:12.457929 DEC= -11:57:46.68811 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.041, 8.4, 0.043, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '1307-046', 'J1310-0452' RA= 13:10:13.036037 DEC= -04:52:08.67548 RAER= 1.28 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1307-343', 'J1310-3434' RA= 13:10:14.726432 DEC= -34:34:08.44502 RAER= 1.21 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.036, 8.4, 0.044, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1307+010', 'J1310+0044' RA= 13:10:28.504357 DEC= +00:44:08.88499 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.084, 8.4, 0.149, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '1308+326', 'J1310+3220' RA= 13:10:28.663854 DEC= +32:20:43.78282 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.602, 0.738, 5.0, 1.467, 0.734, 8.4, 1.655, 0.748, 15.2, 1.905, 0.978, 22.2, 0.749, 0.435 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131885 observations" / source= '1308+208', 'J1310+2037' RA= 13:10:32.604357 DEC= +20:37:02.90820 RAER= 0.80 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1308+475', 'J1310+4714' RA= 13:10:35.135640 DEC= +47:14:16.19997 RAER= 282.59 DECER= 331.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1308+357', 'J1310+3526' RA= 13:10:36.717475 DEC= +35:26:11.89526 RAER= 1.23 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1307-561', 'J1310-5626' RA= 13:10:37.048139 DEC= -56:26:54.67121 RAER= 3.04 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1308+250', 'J1310+2448' RA= 13:10:38.513991 DEC= +24:48:22.14479 RAER= 2.37 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1308+022', 'J1310+0201' RA= 13:10:40.741721 DEC= +02:01:26.96855 RAER= 0.59 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.016, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1307-556', 'J1310-5552' RA= 13:10:43.355574 DEC= -55:52:11.52908 RAER= 0.25 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.277, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1308+627', 'J1310+6229' RA= 13:10:46.560567 DEC= +62:29:09.02355 RAER= 1.90 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1308+120', 'J1310+1149' RA= 13:10:53.264587 DEC= +11:49:52.24770 RAER= 0.66 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1308+471', 'J1310+4653' RA= 13:10:53.591589 DEC= +46:53:52.22017 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.096, 5.0, 0.233, 0.215, 8.4, 0.135, 0.118, 22.2, 0.145, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1581 observations" / source= '1308+182', 'J1310+1759' RA= 13:10:56.769981 DEC= +17:59:37.72732 RAER= 1.53 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1308+328', 'J1310+3233' RA= 13:10:59.402731 DEC= +32:33:34.44953 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.341, 0.296, 5.0, 0.513, 0.452, 8.4, 0.476, 0.393 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31808 observations" / source= '1308-244', 'J1310-2442' RA= 13:10:59.533493 DEC= -24:42:36.16997 RAER= 0.31 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.115, 8.4, 0.121, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1309+641', 'J1310+6354' RA= 13:10:59.741381 DEC= +63:54:10.95484 RAER= 7.89 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1308+314', 'J1310+3113' RA= 13:10:59.778695 DEC= +31:13:20.58974 RAER= 0.50 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1308+554', 'J1311+5513' RA= 13:11:03.210805 DEC= +55:13:54.32260 RAER= 0.18 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.140, 5.0, 0.264, 0.199, 8.4, 0.200, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5404 observations" / source= '1308+008', 'J1311+0035' RA= 13:11:06.476016 DEC= +00:35:10.04736 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '1308+145', 'J1311+1417' RA= 13:11:07.824226 DEC= +14:17:46.64773 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.720, 0.273, 8.4, 0.209, 0.075, 15.2, 0.106, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 981 observations" / source= '1308+011', 'J1311+0053' RA= 13:11:21.158399 DEC= +00:53:19.50207 RAER= 2.66 DECER= 5.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1309+340', 'J1311+3346' RA= 13:11:22.766235 DEC= +33:46:53.55853 RAER= 0.51 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.057, 8.4, 0.042, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1308+172', 'J1311+1658' RA= 13:11:23.819985 DEC= +16:58:44.19515 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.508, 0.127, 5.0, 0.301, 0.097, 8.4, 0.179, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1309+090', 'J1311+0847' RA= 13:11:34.517162 DEC= +08:47:41.41353 RAER= 0.96 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.041, 8.4, 0.027, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1308-198', 'J1311-2009' RA= 13:11:34.622777 DEC= -20:09:19.91427 RAER= 1.02 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1309+070', 'J1311+0646' RA= 13:11:36.529619 DEC= +06:46:48.31069 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.034, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '1308-232', 'J1311-2329' RA= 13:11:37.414102 DEC= -23:29:56.64564 RAER= 0.72 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.081, 8.4, 0.066, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1308-220', 'J1311-2216' RA= 13:11:39.339466 DEC= -22:16:41.76951 RAER= 3.09 DECER= 6.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.425, 0.067, 5.0, 0.100, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1309-115', 'J1311-1150' RA= 13:11:45.447008 DEC= -11:50:15.84462 RAER= 0.67 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.062, 8.4, 0.058, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1309+189', 'J1311+1839' RA= 13:11:57.251264 DEC= +18:39:30.70655 RAER= 0.69 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.015, 8.4, 0.042, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1309+210', 'J1312+2047' RA= 13:12:02.444808 DEC= +20:47:13.06031 RAER= 1.37 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1309+366', 'J1312+3623' RA= 13:12:04.676135 DEC= +36:23:17.96827 RAER= 0.97 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1310+484', 'J1312+4809' RA= 13:12:11.137549 DEC= +48:09:25.26245 RAER= 0.34 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.059, 8.4, 0.073, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1309+257', 'J1312+2531' RA= 13:12:14.288951 DEC= +25:31:13.17591 RAER= 0.20 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.143, 5.0, 0.156, 0.045, 8.4, 0.107, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '1310+451', 'J1312+4450' RA= 13:12:16.998958 DEC= +44:50:21.26082 RAER= 0.43 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1309+355', 'J1312+3515' RA= 13:12:17.752746 DEC= +35:15:21.08602 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.038, 8.4, 0.043, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 745 observations" / source= '1309+041', 'J1312+0353' RA= 13:12:22.353559 DEC= +03:53:47.53784 RAER= 1.24 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1309-188', 'J1312-1904' RA= 13:12:26.370425 DEC= -19:04:14.95445 RAER= 0.69 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1309-146', 'J1312-1453' RA= 13:12:26.769573 DEC= -14:53:50.89310 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.040, 8.4, 0.090, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '1309-384', 'J1312-3844' RA= 13:12:26.889783 DEC= -38:44:23.02559 RAER= 3.92 DECER= 46.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1310+532', 'J1312+5259' RA= 13:12:28.872254 DEC= +52:59:24.40229 RAER= 4.08 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1309-216', 'J1312-2156' RA= 13:12:31.554748 DEC= -21:56:23.38941 RAER= 0.35 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1309-205', 'J1312-2050' RA= 13:12:34.184532 DEC= -20:50:08.20878 RAER= 5.40 DECER= 11.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1309-235', 'J1312-2349' RA= 13:12:35.203543 DEC= -23:49:10.22840 RAER= 6.23 DECER= 7.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1310+174', 'J1312+1710' RA= 13:12:35.212457 DEC= +17:10:55.86806 RAER= 11.38 DECER= 16.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1308-771', 'J1312-7724' RA= 13:12:38.753251 DEC= -77:24:13.32181 RAER= 5.96 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1310+487', 'J1312+4828' RA= 13:12:43.353632 DEC= +48:28:30.94051 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.033, 5.0, 0.080, 0.040, 8.4, 0.115, 0.080, 15.2, 0.152, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1389 observations" / source= '1310-235', 'J1312-2350' RA= 13:12:48.758131 DEC= -23:50:46.95387 RAER= 0.51 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1310+314', 'J1312+3113' RA= 13:12:48.797701 DEC= +31:13:00.59268 RAER= 0.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.073, 5.0, 0.115, 0.095, 8.4, 0.097, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '1310-041', 'J1312-0424' RA= 13:12:50.901235 DEC= -04:24:49.89201 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.297, 8.4, 0.292, 0.176, 22.2, 0.259, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2997 observations" / source= '1310+197', 'J1312+1926' RA= 13:12:51.412778 DEC= +19:26:18.90693 RAER= 0.60 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1310+560', 'J1312+5548' RA= 13:12:53.197354 DEC= +55:48:13.11263 RAER= 0.59 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1310+155', 'J1312+1515' RA= 13:12:54.931561 DEC= +15:15:28.73471 RAER= 1.20 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.007, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1310-271', 'J1313-2722' RA= 13:13:01.421493 DEC= -27:22:58.84753 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.088, 8.4, 0.132, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '1311+678', 'J1313+6735' RA= 13:13:27.988905 DEC= +67:35:50.36029 RAER= 0.53 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.988, 0.068, 8.4, 0.106, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1310+022', 'J1313+0201' RA= 13:13:30.126339 DEC= +02:01:05.87072 RAER= 1.52 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1311+552', 'J1313+5458' RA= 13:13:37.853146 DEC= +54:58:23.90017 RAER= 0.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.967, 0.162, 5.0, 0.439, 0.084, 8.4, 0.209, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 898 observations" / source= '1311+261', 'J1313+2551' RA= 13:13:41.582241 DEC= +25:51:03.02191 RAER= 0.80 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.078, 8.4, 0.067, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1310-283', 'J1313-2837' RA= 13:13:41.618341 DEC= -28:37:31.07930 RAER= 9.74 DECER= 18.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1311+107', 'J1313+1027' RA= 13:13:41.647396 DEC= +10:27:14.37467 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.072, 8.4, 0.121, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 222 observations" / source= '1311-270', 'J1313-2716' RA= 13:13:47.360918 DEC= -27:16:49.20656 RAER= 1.31 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.015, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1311-333', 'J1313-3339' RA= 13:13:51.834866 DEC= -33:39:26.90176 RAER= 32.23 DECER= 60.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1311+089', 'J1314+0842' RA= 13:14:03.189133 DEC= +08:42:09.09564 RAER= 0.37 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.042, 8.4, 0.052, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1311-328', 'J1314-3303' RA= 13:14:03.558645 DEC= -33:03:55.03252 RAER= 1.89 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1311-212', 'J1314-2129' RA= 13:14:23.698194 DEC= -21:29:50.52378 RAER= 0.22 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.071, 8.4, 0.100, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1312+625', 'J1314+6219' RA= 13:14:24.686925 DEC= +62:19:45.77387 RAER= 1.19 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.013, 8.4, 0.052, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1311-273', 'J1314-2734' RA= 13:14:32.384993 DEC= -27:34:56.77881 RAER= 4.39 DECER= 12.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1312+518', 'J1314+5134' RA= 13:14:38.126458 DEC= +51:34:13.32619 RAER= 10.92 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1312+527', 'J1314+5226' RA= 13:14:43.432718 DEC= +52:26:39.61340 RAER= 2.95 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.011, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1312+240', 'J1314+2348' RA= 13:14:43.806161 DEC= +23:48:26.78127 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.069, 5.0, 0.083, 0.046, 8.4, 0.100, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1207 observations" / source= '1312+533', 'J1314+5306' RA= 13:14:43.830669 DEC= +53:06:27.73099 RAER= 0.21 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.198, 5.0, 0.400, 0.242, 8.4, 0.288, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1312+369', 'J1314+3639' RA= 13:14:44.321909 DEC= +36:39:02.60876 RAER= 2.58 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1311-347', 'J1314-3459' RA= 13:14:47.570453 DEC= -34:59:22.49126 RAER= 28.42 DECER= 44.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1312-354', 'J1314-3545' RA= 13:14:51.128778 DEC= -35:45:23.78670 RAER= 1.77 DECER= 9.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1312+479', 'J1314+4743' RA= 13:14:53.886498 DEC= +47:43:00.03080 RAER= 0.66 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.089, 8.4, 0.067, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1312+563', 'J1314+5603' RA= 13:14:58.406343 DEC= +56:03:42.42861 RAER= 3.23 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.011, 8.4, 0.049, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1312+126', 'J1315+1220' RA= 13:15:01.852882 DEC= +12:20:52.63640 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.074, 5.0, 0.163, 0.086, 8.4, 0.145, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '1312-533', 'J1315-5334' RA= 13:15:04.181132 DEC= -53:34:35.87443 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.552, 0.553 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '1312+322', 'J1315+3157' RA= 13:15:10.564954 DEC= +31:57:17.60603 RAER= 0.20 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.059, 8.4, 0.083, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '1312+289', 'J1315+2840' RA= 13:15:13.491533 DEC= +28:40:53.66912 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.092, 5.0, 0.134, 0.126, 8.4, 0.104, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '1312-161', 'J1315-1623' RA= 13:15:23.961299 DEC= -16:23:07.55397 RAER= 2.80 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1313+619', 'J1315+6141' RA= 13:15:26.002806 DEC= +61:41:33.06944 RAER= 2.82 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.051, 8.4, 0.056, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1313+199', 'J1315+1939' RA= 13:15:28.888608 DEC= +19:39:46.74915 RAER= 0.55 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.028, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1313+118', 'J1315+1133' RA= 13:15:32.615734 DEC= +11:33:31.68020 RAER= 0.60 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1312-194', 'J1315-1942' RA= 13:15:35.961649 DEC= -19:42:30.47501 RAER= 9.32 DECER= 19.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1312-636', 'J1315-6354' RA= 13:15:50.480952 DEC= -63:54:25.77133 RAER= 5.91 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1313-072', 'J1315-0733' RA= 13:15:52.974624 DEC= -07:33:02.07640 RAER= 0.20 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.032, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 272 observations" / source= '1313+178', 'J1315+1736' RA= 13:15:56.342737 DEC= +17:36:44.54907 RAER= 0.23 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.074, 8.4, 0.132, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '1313+216', 'J1315+2120' RA= 13:15:58.499338 DEC= +21:20:45.43946 RAER= 0.57 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1313-020', 'J1316-0218' RA= 13:16:00.793539 DEC= -02:18:20.16924 RAER= 0.17 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.032, 8.4, 0.053, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1313-333', 'J1316-3338' RA= 13:16:07.985947 DEC= -33:38:59.17269 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.671, 0.342, 5.0, 1.226, 1.297, 8.4, 0.772, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15665 observations" / source= '1313+453', 'J1316+4504' RA= 13:16:11.914220 DEC= +45:04:28.73669 RAER= 8.16 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1313-242', 'J1316-2428' RA= 13:16:15.530022 DEC= -24:28:23.71077 RAER= 20.17 DECER= 29.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1313+073', 'J1316+0702' RA= 13:16:17.017435 DEC= +07:02:46.59897 RAER= 0.35 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1313+053', 'J1316+0504' RA= 13:16:22.955309 DEC= +05:04:52.67411 RAER= 0.29 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.042, 8.4, 0.091, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1314+697', 'J1316+6927' RA= 13:16:22.981323 DEC= +69:27:16.64729 RAER= 1.59 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.035, 8.4, 0.118, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1313+200', 'J1316+1947' RA= 13:16:24.567802 DEC= +19:47:04.46053 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.070, 5.0, 0.215, 0.111, 8.4, 0.126, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '1314+677', 'J1316+6726' RA= 13:16:27.201524 DEC= +67:26:24.26262 RAER= 0.39 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.073, 8.4, 0.095, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '1313-301', 'J1316-3025' RA= 13:16:32.969823 DEC= -30:25:32.16626 RAER= 1.16 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.251, n/a, 8.4, 0.267, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1314+621', 'J1316+6155' RA= 13:16:42.835543 DEC= +61:55:30.11165 RAER= 5.72 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1314+016', 'J1316+0120' RA= 13:16:48.876963 DEC= +01:20:35.63174 RAER= 0.74 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.069, 8.4, 0.042, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1313-716', 'J1316-7155' RA= 13:16:54.299214 DEC= -71:55:27.01877 RAER= 27.86 DECER= 7.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1314-148', 'J1316-1508' RA= 13:16:54.895641 DEC= -15:08:51.85314 RAER= 11.41 DECER= 26.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1315+727', 'J1316+7226' RA= 13:16:59.040627 DEC= +72:26:20.85137 RAER= 0.62 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.044, 8.4, 0.060, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1315+606', 'J1317+6020' RA= 13:17:00.048991 DEC= +60:20:26.71689 RAER= 1.40 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.040, 8.4, 0.060, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1315+396', 'J1317+3925' RA= 13:17:18.635643 DEC= +39:25:28.14255 RAER= 0.21 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.103, 5.0, 0.210, 0.056, 8.4, 0.144, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '1315+671', 'J1317+6655' RA= 13:17:21.339933 DEC= +66:55:44.97282 RAER= 3.34 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.010, 8.4, 0.024, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1314-654', 'J1317-6540' RA= 13:17:24.534198 DEC= -65:40:51.93965 RAER= 25.03 DECER= 14.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1314-332', 'J1317-3328' RA= 13:17:25.242163 DEC= -33:28:41.00219 RAER= 10.25 DECER= 23.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1314-544', 'J1317-5441' RA= 13:17:25.948111 DEC= -54:41:45.00541 RAER= 1.76 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1314-202', 'J1317-2031' RA= 13:17:26.148826 DEC= -20:31:38.12454 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.104, 8.4, 0.111, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339 observations" / source= '1314+062', 'J1317+0600' RA= 13:17:28.652255 DEC= +06:00:46.51941 RAER= 0.99 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.036, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1315+346', 'J1317+3425' RA= 13:17:36.494181 DEC= +34:25:15.93238 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.268, 0.197, 5.0, 0.237, 0.156, 8.4, 0.268, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4258 observations" / source= '1314-134', 'J1317-1345' RA= 13:17:36.537695 DEC= -13:45:32.65290 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.202, 8.4, 0.205, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '1315+415', 'J1317+4115' RA= 13:17:39.193748 DEC= +41:15:45.61731 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.272, 0.076, 5.0, 0.202, 0.033, 8.4, 0.158, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 831 observations" / source= '1314-451', 'J1317-4522' RA= 13:17:39.615930 DEC= -45:22:19.46377 RAER= 1.68 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.166, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1316+665', 'J1317+6615' RA= 13:17:53.174426 DEC= +66:15:55.42550 RAER= 1.53 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.037, 8.4, 0.045, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1315-173', 'J1318-1735' RA= 13:18:08.132243 DEC= -17:35:36.64169 RAER= 0.50 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1315+183', 'J1318+1807' RA= 13:18:14.289067 DEC= +18:07:14.79043 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.130, 8.4, 0.154, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1316+708', 'J1318+7037' RA= 13:18:14.600883 DEC= +70:37:15.43051 RAER= 5.17 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.024, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1315+231', 'J1318+2252' RA= 13:18:18.597097 DEC= +22:52:28.06442 RAER= 1.75 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1316+357', 'J1318+3532' RA= 13:18:19.602510 DEC= +35:32:05.19451 RAER= 0.74 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.069, 8.4, 0.061, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1317+750', 'J1318+7448' RA= 13:18:22.923319 DEC= +74:48:35.21349 RAER= 9.34 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.005, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1315-104', 'J1318-1043' RA= 13:18:25.886366 DEC= -10:43:28.44844 RAER= 0.23 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.037, 5.0, 0.055, 0.018, 8.4, 0.041, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '1316+622', 'J1318+6200' RA= 13:18:26.990359 DEC= +62:00:36.30954 RAER= 1.69 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1315+047', 'J1318+0430' RA= 13:18:29.642230 DEC= +04:30:10.01036 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.077, 8.4, 0.091, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '1315-460', 'J1318-4620' RA= 13:18:30.166659 DEC= -46:20:35.95831 RAER= 109.03 DECER= 69.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1315-058', 'J1318-0607' RA= 13:18:33.709433 DEC= -06:07:23.82034 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.147, 5.0, 0.382, 0.326, 8.4, 0.387, 0.221 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5181 observations" / source= '1317+681', 'J1318+6754' RA= 13:18:40.303991 DEC= +67:54:24.05373 RAER= 1.49 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.079, 8.4, 0.122, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1316-128', 'J1318-1307' RA= 13:18:41.923740 DEC= -13:07:13.66010 RAER= 9.97 DECER= 13.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1316-12A', 'J1318-1235' RA= 13:18:42.853311 DEC= -12:35:03.84571 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.041, 8.4, 0.042, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 758 observations" / source= '1316+585', 'J1318+5814' RA= 13:18:53.505915 DEC= +58:14:56.60894 RAER= 4.08 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1316-144', 'J1318-1441' RA= 13:18:56.072369 DEC= -14:41:54.43781 RAER= 0.31 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.016, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1316-178', 'J1318-1807' RA= 13:18:56.705682 DEC= -18:07:40.42410 RAER= 0.54 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.029, 8.4, 0.116, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1316+109', 'J1319+1039' RA= 13:19:03.289904 DEC= +10:39:35.18639 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.076, 8.4, 0.072, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1316+299', 'J1319+2938' RA= 13:19:04.155474 DEC= +29:38:34.82167 RAER= 2.82 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations. No flux information" / source= '1316-06A', 'J1319-065A' RA= 13:19:04.351004 DEC= -06:56:00.09941 RAER= 1.81 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1316-066', 'J1319-0656' RA= 13:19:04.364239 DEC= -06:56:00.20614 RAER= 2.75 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1317+625', 'J1319+6217' RA= 13:19:07.485050 DEC= +62:17:21.33334 RAER= 0.59 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.133, 5.0, 0.112, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1316+211', 'J1319+2053' RA= 13:19:09.268512 DEC= +20:53:24.33781 RAER= 1.17 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1316-120', 'J1319-1217' RA= 13:19:12.072069 DEC= -12:17:32.12886 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.140, 8.4, 0.205, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '1316-006', 'J1319-0055' RA= 13:19:16.581521 DEC= -00:55:01.35035 RAER= 0.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1318+782', 'J1319+7758' RA= 13:19:21.265160 DEC= +77:58:22.28060 RAER= 5.30 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1317+491', 'J1319+4851' RA= 13:19:30.294674 DEC= +48:51:03.19661 RAER= 1.09 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.044, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1317+258', 'J1319+2534' RA= 13:19:31.491689 DEC= +25:34:44.60192 RAER= 0.90 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1316-123', 'J1319-1239' RA= 13:19:31.669604 DEC= -12:39:25.07729 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.112, 8.4, 0.393, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1317+143', 'J1319+1405' RA= 13:19:31.742459 DEC= +14:05:33.12082 RAER= 0.21 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.026, 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '1317-005', 'J1319-0049' RA= 13:19:38.766174 DEC= -00:49:39.93943 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.501, 0.206, 5.0, 0.323, 0.187, 8.4, 0.286, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '1317+167', 'J1319+1628' RA= 13:19:41.395162 DEC= +16:28:52.63586 RAER= 0.56 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.036, 8.4, 0.049, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1317+520', 'J1319+5148' RA= 13:19:46.198124 DEC= +51:48:05.77748 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.156, 5.0, 0.318, 0.208, 8.4, 0.220, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1629 observations" / source= '1317-271', 'J1319-2724' RA= 13:19:50.011243 DEC= -27:24:37.01532 RAER= 0.29 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.059, 5.0, 0.060, 0.029, 8.4, 0.055, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '1317-229', 'J1319-2312' RA= 13:19:50.598495 DEC= -23:12:39.98423 RAER= 0.51 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.045, 8.4, 0.048, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1317+199', 'J1319+1941' RA= 13:19:52.061620 DEC= +19:41:35.47440 RAER= 0.41 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.062, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1317+389', 'J1319+3840' RA= 13:19:59.778133 DEC= +38:40:22.40831 RAER= 0.55 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 309 observations" / source= '1318+521', 'J1320+5152' RA= 13:20:05.216201 DEC= +51:52:06.55270 RAER= 0.58 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, n/a, 5.0, 0.108, 0.067, 8.4, 0.084, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '1318+591', 'J1320+5854' RA= 13:20:12.562588 DEC= +58:54:41.51023 RAER= 19.15 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1317-215', 'J1320-2149' RA= 13:20:16.830378 DEC= -21:49:38.31101 RAER= 1.15 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1318+608', 'J1320+6035' RA= 13:20:17.292009 DEC= +60:35:32.00250 RAER= 1.51 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.066, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1317-581', 'J1320-5827' RA= 13:20:22.116563 DEC= -58:27:41.46257 RAER= 2.43 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.095, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1317-028', 'J1320-0304' RA= 13:20:24.852080 DEC= -03:04:55.73742 RAER= 1.08 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.018, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1317+019', 'J1320+0140' RA= 13:20:26.794887 DEC= +01:40:36.81208 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.386, 0.124, 8.4, 0.355, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '1318+334', 'J1320+3311' RA= 13:20:33.216040 DEC= +33:11:42.25691 RAER= 1.30 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1318+344', 'J1320+3408' RA= 13:20:35.316723 DEC= +34:08:22.34684 RAER= 2.27 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1318+508', 'J1320+5036' RA= 13:20:42.208456 DEC= +50:36:07.79697 RAER= 0.28 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.085, 5.0, 0.176, 0.022, 8.4, 0.092, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '1318-139', 'J1320-1415' RA= 13:20:45.043502 DEC= -14:15:11.72461 RAER= 24.00 DECER= 18.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1318+459', 'J1320+4541' RA= 13:20:51.677739 DEC= +45:41:10.20229 RAER= 0.42 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1322+850', 'J1320+8450' RA= 13:20:53.183773 DEC= +84:50:11.15943 RAER= 1.66 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.432, 0.082, 8.4, 0.205, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '1318+092', 'J1320+0858' RA= 13:20:59.569556 DEC= +08:58:42.00946 RAER= 0.31 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '1318+345', 'J1321+3415' RA= 13:21:05.504138 DEC= +34:15:01.06047 RAER= 2.98 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1318-080', 'J1321-0818' RA= 13:21:08.676217 DEC= -08:18:15.53022 RAER= 0.63 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.018, 5.0, 0.030, 0.020, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '1318+225', 'J1321+2216' RA= 13:21:11.202562 DEC= +22:16:12.10825 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.439, 0.398, 5.0, 0.251, 0.171, 8.4, 0.368, 0.245, 15.2, 0.352, 0.290 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1149 observations" / source= '1318-434', 'J1321-4342' RA= 13:21:12.844737 DEC= -43:42:16.84284 RAER= 0.34 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.075, 8.4, 0.453, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '1318-263', 'J1321-2636' RA= 13:21:14.036933 DEC= -26:36:10.46476 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.218, 8.4, 0.264, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 698 observations" / source= '1318+193', 'J1321+1904' RA= 13:21:17.305235 DEC= +19:04:16.93572 RAER= 0.67 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.020, 8.4, 0.014, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1319+443', 'J1321+4406' RA= 13:21:25.526110 DEC= +44:06:34.10184 RAER= 0.72 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.065, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1318-160', 'J1321-1618' RA= 13:21:25.770915 DEC= -16:18:20.75429 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '1318+000', 'J1321-0014' RA= 13:21:30.186354 DEC= -00:14:01.64222 RAER= 0.67 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1319+006', 'J1321+0023' RA= 13:21:39.566035 DEC= +00:23:57.63829 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.075, 8.4, 0.085, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1318-343', 'J1321-3437' RA= 13:21:40.661284 DEC= -34:37:52.72453 RAER= 15.36 DECER= 27.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1322+835', 'J1321+8316' RA= 13:21:45.608953 DEC= +83:16:13.42354 RAER= 1.01 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.145, 8.4, 0.185, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1406 observations" / source= '1319+354', 'J1321+3510' RA= 13:21:55.684875 DEC= +35:10:37.28351 RAER= 0.78 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1318-590', 'J1321-5918' RA= 13:21:56.814093 DEC= -59:18:53.72505 RAER= 1.10 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1319+325', 'J1322+3219' RA= 13:22:00.098039 DEC= +32:19:02.90409 RAER= 1.12 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1319+089', 'J1322+0842' RA= 13:22:10.178604 DEC= +08:42:32.84526 RAER= 0.44 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.044, 8.4, 0.043, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1319+220', 'J1322+2148' RA= 13:22:11.403585 DEC= +21:48:12.27931 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.110, 5.0, 0.171, 0.128, 8.4, 0.178, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '1319+270', 'J1322+2645' RA= 13:22:14.973415 DEC= +26:45:46.28371 RAER= 0.79 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.047, 5.0, 0.172, 0.018, 8.4, 0.052, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '1319+331', 'J1322+3252' RA= 13:22:18.097247 DEC= +32:52:54.32348 RAER= 0.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1319-058', 'J1322-0606' RA= 13:22:20.078371 DEC= -06:06:17.63990 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.102, 8.4, 0.125, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1320+433', 'J1322+4303' RA= 13:22:21.202941 DEC= +43:03:41.22902 RAER= 0.67 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '1316-840', 'J1322-8419' RA= 13:22:27.528353 DEC= -84:19:34.13623 RAER= 2.87 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1319-140', 'J1322-1418' RA= 13:22:30.583809 DEC= -14:18:54.49205 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.040, 8.4, 0.040, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 314 observations" / source= '1319-093', 'J1322-0937' RA= 13:22:36.912630 DEC= -09:37:37.80022 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.343, 5.0, 0.171, 0.102, 8.4, 0.271, 0.276 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2478 observations" / source= '1320-160', 'J1322-1617' RA= 13:22:43.654259 DEC= -16:17:24.82071 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 197 observations" / source= '1320-267', 'J1322-2658' RA= 13:22:45.833448 DEC= -26:58:15.19159 RAER= 6.83 DECER= 15.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1321+763', 'J1322+7606' RA= 13:22:47.378921 DEC= +76:06:47.52539 RAER= 8.61 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.035, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1320+325', 'J1322+3216' RA= 13:22:47.400018 DEC= +32:16:08.45854 RAER= 2.11 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1319-652', 'J1322-6532' RA= 13:22:53.888489 DEC= -65:32:19.89078 RAER= 2.33 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.307, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1320+394', 'J1322+3912' RA= 13:22:55.664449 DEC= +39:12:07.95133 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.142, 5.0, 0.183, 0.169, 8.4, 0.116, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 910 observations" / source= '1320+299', 'J1323+2941' RA= 13:23:00.873445 DEC= +29:41:44.81259 RAER= 0.17 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.197, 0.064, 8.4, 0.213, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 367 observations" / source= '1320+049', 'J1323+0439' RA= 13:23:01.000445 DEC= +04:39:51.41383 RAER= 0.50 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1320-385', 'J1323-3849' RA= 13:23:04.148491 DEC= -38:49:00.67008 RAER= 0.25 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.170, 8.4, 0.151, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1320-446', 'J1323-4452' RA= 13:23:04.247059 DEC= -44:52:33.85633 RAER= 1.51 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.901, 0.073, 8.4, 0.174, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1320-387', 'J1323-3859' RA= 13:23:12.216307 DEC= -38:59:37.00716 RAER= 3.90 DECER= 7.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.023, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1320-338', 'J1323-3407' RA= 13:23:17.138786 DEC= -34:07:12.34963 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.075, 8.4, 0.182, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '1320-030', 'J1323-0318' RA= 13:23:17.871066 DEC= -03:18:14.79853 RAER= 0.49 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.045, 8.4, 0.057, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1320-303', 'J1323-3038' RA= 13:23:19.467321 DEC= -30:38:06.66564 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.156, 8.4, 0.182, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1320-140', 'J1323-1420' RA= 13:23:25.854699 DEC= -14:20:13.94667 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.062, 5.0, 0.022, 0.014, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1320-581', 'J1323-5824' RA= 13:23:30.220714 DEC= -58:24:39.90981 RAER= 8.04 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1320-078', 'J1323-0806' RA= 13:23:30.530942 DEC= -08:06:21.63312 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.101, 8.4, 0.094, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 641 observations" / source= '1321+651', 'J1323+6452' RA= 13:23:38.379422 DEC= +64:52:12.58445 RAER= 1.37 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.039, 8.4, 0.053, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1320-407', 'J1323-4101' RA= 13:23:40.839038 DEC= -41:01:23.64725 RAER= 0.76 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.098, 8.4, 0.058, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '1321+318', 'J1323+3133' RA= 13:23:45.015369 DEC= +31:33:56.71277 RAER= 0.92 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.015, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1320-366', 'J1323-3653' RA= 13:23:45.877499 DEC= -36:53:38.06699 RAER= 0.97 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1321+326', 'J1323+3223' RA= 13:23:50.923251 DEC= +32:23:50.91299 RAER= 0.52 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.048, 8.4, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1323+799', 'J1323+7942' RA= 13:23:51.569938 DEC= +79:42:51.84712 RAER= 0.68 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.497, 0.297, 8.4, 0.382, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '1321-215', 'J1323-2147' RA= 13:23:52.539589 DEC= -21:47:32.32517 RAER= 0.53 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.020, 8.4, 0.030, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1321+254', 'J1323+2508' RA= 13:23:55.675892 DEC= +25:08:34.16341 RAER= 0.73 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.013, 8.4, 0.042, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1321+143', 'J1323+1405' RA= 13:23:58.363033 DEC= +14:05:59.46354 RAER= 0.45 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1322+579', 'J1324+5739' RA= 13:24:00.906240 DEC= +57:39:16.35384 RAER= 0.58 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.034, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 465 observations" / source= '1321-122', 'J1324-1231' RA= 13:24:00.945038 DEC= -12:31:58.99052 RAER= 1.17 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1321-361', 'J1324-3623' RA= 13:24:03.562720 DEC= -36:23:35.64818 RAER= 1.21 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1321+345', 'J1324+3417' RA= 13:24:04.869286 DEC= +34:17:38.86970 RAER= 0.37 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1321-323', 'J1324-3235' RA= 13:24:11.860721 DEC= -32:35:35.59269 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.080, 8.4, 0.132, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '1321+410', 'J1324+4048' RA= 13:24:12.095618 DEC= +40:48:11.76200 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.514, 0.359, 5.0, 0.365, 0.198, 8.4, 0.214, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 637 observations" / source= '1321-105', 'J1324-1049' RA= 13:24:25.793111 DEC= -10:49:23.13444 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.314, 0.260, 8.4, 0.499, 0.352 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2303 observations" / source= '1322+479', 'J1324+4743' RA= 13:24:29.342431 DEC= +47:43:20.62440 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.116, 5.0, 0.159, 0.130, 8.4, 0.170, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 852 observations" / source= '1322+593', 'J1324+5908' RA= 13:24:33.218215 DEC= +59:08:17.69474 RAER= 4.49 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1322+027', 'J1324+0226' RA= 13:24:33.293534 DEC= +02:26:45.70983 RAER= 0.80 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.061, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1322+151', 'J1324+1450' RA= 13:24:38.091410 DEC= +14:50:49.12925 RAER= 0.60 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.021, 8.4, 0.037, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1322+366', 'J1324+3622' RA= 13:24:51.441094 DEC= +36:22:42.77254 RAER= 0.18 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.054, 8.4, 0.081, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1322+551', 'J1324+5454' RA= 13:24:55.175780 DEC= +54:54:05.43945 RAER= 2.96 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1322+331', 'J1324+3251' RA= 13:24:57.515185 DEC= +32:51:45.90145 RAER= 0.22 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '1322-078', 'J1325-0804' RA= 13:25:09.615549 DEC= -08:04:48.39123 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.064, 8.4, 0.170, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1322+116', 'J1325+1123' RA= 13:25:12.493411 DEC= +11:23:29.83944 RAER= 1.62 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1322-110', 'J1325-1117' RA= 13:25:13.219585 DEC= -11:17:39.08197 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.105, 5.0, 0.084, 0.058, 8.4, 0.130, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 853 observations" / source= '1323+383', 'J1325+3807' RA= 13:25:17.574632 DEC= +38:07:12.86904 RAER= 0.39 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '1322+214', 'J1325+2109' RA= 13:25:18.708318 DEC= +21:09:25.28702 RAER= 0.27 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.019, 8.4, 0.057, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '1323+515', 'J1325+5119' RA= 13:25:19.842784 DEC= +51:19:48.18823 RAER= 0.55 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '1322-578', 'J1325-5808' RA= 13:25:22.585372 DEC= -58:08:37.51645 RAER= 9.77 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1322-427', 'J1325-4301' RA= 13:25:27.615239 DEC= -43:01:08.80535 RAER= 0.26 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.134, 0.242, 5.0, 3.224, 0.104, 8.4, 1.935, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '1323+65A', 'J1325+651A' RA= 13:25:29.705496 DEC= +65:15:13.36208 RAER= 1.66 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1323+65B', 'J1325+651B' RA= 13:25:29.917832 DEC= +65:15:16.21209 RAER= 10.89 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, n/a, 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1324+758', 'J1325+7535' RA= 13:25:34.734458 DEC= +75:35:03.89596 RAER= 5.41 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.049, 8.4, 0.036, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1322-323', 'J1325-3235' RA= 13:25:38.720424 DEC= -32:35:54.18630 RAER= 4.09 DECER= 16.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1323+080', 'J1325+0748' RA= 13:25:44.816643 DEC= +07:48:30.33869 RAER= 2.86 DECER= 6.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1323+415', 'J1325+4115' RA= 13:25:58.940911 DEC= +41:15:00.28313 RAER= 0.77 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 218 observations" / source= '1323+072', 'J1326+0657' RA= 13:26:02.335314 DEC= +06:57:51.82299 RAER= 1.00 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.017, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1323-165', 'J1326-1651' RA= 13:26:08.804614 DEC= -16:51:04.19023 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.067, 8.4, 0.061, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '1323-271', 'J1326-2725' RA= 13:26:10.592146 DEC= -27:25:38.70575 RAER= 0.86 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1323+298', 'J1326+2933' RA= 13:26:14.993056 DEC= +29:33:30.96364 RAER= 6.30 DECER= 9.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1323+321', 'J1326+3154' RA= 13:26:16.511691 DEC= +31:54:09.52028 RAER= 0.20 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.565, 0.191, 5.0, 1.414, 0.027, 8.4, 0.619, 0.028, 15.2, 0.209, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '1323+127', 'J1326+1229' RA= 13:26:17.703667 DEC= +12:29:58.74229 RAER= 1.11 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1323+037', 'J1326+0326' RA= 13:26:26.682072 DEC= +03:26:27.77378 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.051, 8.4, 0.067, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 606 observations" / source= '1323-275', 'J1326-2751' RA= 13:26:30.672325 DEC= -27:51:12.34904 RAER= 0.83 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1324+521', 'J1326+5154' RA= 13:26:32.218243 DEC= +51:54:15.71862 RAER= 0.23 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.169, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '1324+448', 'J1326+4434' RA= 13:26:36.905954 DEC= +44:34:59.14283 RAER= 0.43 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '1324+021', 'J1326+0151' RA= 13:26:40.689565 DEC= +01:51:53.07353 RAER= 1.18 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1323-526', 'J1326-5256' RA= 13:26:49.229126 DEC= -52:56:23.63306 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.894, 0.785 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '1324+574', 'J1326+5712' RA= 13:26:50.572349 DEC= +57:12:06.74583 RAER= 0.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.455, 0.138, 5.0, 0.220, 0.059, 8.4, 0.191, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1079 observations" / source= '1324-168', 'J1326-1708' RA= 13:26:50.929050 DEC= -17:08:34.44084 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.131, 8.4, 0.108, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 928 observations" / source= '1324-047', 'J1326-0500' RA= 13:26:54.613941 DEC= -05:00:58.97341 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.141, 8.4, 0.149, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1324-278', 'J1326-2808' RA= 13:26:57.108564 DEC= -28:08:31.36888 RAER= 1.50 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1324-221', 'J1326-2227' RA= 13:26:57.722048 DEC= -22:27:21.12428 RAER= 0.40 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.048, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1324+175', 'J1326+1720' RA= 13:26:59.041353 DEC= +17:20:07.96282 RAER= 0.59 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.041, 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1324+224', 'J1327+2210' RA= 13:27:00.861315 DEC= +22:10:50.16282 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.082, 0.813, 5.0, 0.505, 0.368, 8.4, 0.821, 0.617, 15.2, 0.898, 0.560, 22.2, 0.550, 0.403 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86393 observations" / source= '1324+006', 'J1327+0024' RA= 13:27:12.858021 DEC= +00:24:14.21576 RAER= 1.04 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.051, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1324+348', 'J1327+3432' RA= 13:27:16.034967 DEC= +34:32:35.16953 RAER= 3.42 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1325+437', 'J1327+4326' RA= 13:27:20.978950 DEC= +43:26:27.98891 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.488, 0.367, 5.0, 0.313, 0.110, 8.4, 0.349, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 949 observations" / source= '1324-355', 'J1327-3547' RA= 13:27:23.653768 DEC= -35:47:37.32768 RAER= 2.35 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1325+504', 'J1327+5008' RA= 13:27:25.123697 DEC= +50:08:49.17382 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.108, 5.0, 0.083, 0.070, 8.4, 0.163, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1233 observations" / source= '1325+321', 'J1327+3151' RA= 13:27:31.676876 DEC= +31:51:26.27240 RAER= 0.70 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1324-077', 'J1327-0758' RA= 13:27:33.564133 DEC= -07:58:42.63939 RAER= 0.30 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.024, 8.4, 0.072, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1325+253', 'J1327+2508' RA= 13:27:35.233797 DEC= +25:08:26.83380 RAER= 0.95 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.015, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1324-419', 'J1327-4214' RA= 13:27:36.062750 DEC= -42:14:32.32222 RAER= 1.65 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.152, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1325+553', 'J1327+5504' RA= 13:27:36.954272 DEC= +55:04:05.31837 RAER= 41.94 DECER= 15.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1325-133', 'J1327-1336' RA= 13:27:42.023728 DEC= -13:36:00.16100 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.073, 8.4, 0.113, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1721 observations" / source= '1324-279', 'J1327-2814' RA= 13:27:43.883363 DEC= -28:14:02.02630 RAER= 6.26 DECER= 8.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1325-189', 'J1327-1911' RA= 13:27:44.320073 DEC= -19:11:06.60980 RAER= 2.99 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1325+126', 'J1327+1223' RA= 13:27:54.683000 DEC= +12:23:09.17825 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.154, 5.0, 0.227, 0.153, 8.4, 0.273, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3228 observations" / source= '1325+183', 'J1328+1807' RA= 13:28:00.505181 DEC= +18:07:18.15722 RAER= 0.48 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.057, 8.4, 0.070, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1326+507', 'J1328+5028' RA= 13:28:06.237130 DEC= +50:28:10.82191 RAER= 1.64 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.025, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1325-222', 'J1328-2231' RA= 13:28:37.856677 DEC= -22:31:32.37890 RAER= 6.30 DECER= 8.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1324-748', 'J1328-7508' RA= 13:28:39.401211 DEC= -75:08:58.27754 RAER= 7.18 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.170, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1326+626', 'J1328+6221' RA= 13:28:40.564249 DEC= +62:21:37.03577 RAER= 0.32 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.088, 5.0, 0.070, 0.029, 8.4, 0.128, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1051 observations" / source= '1325-472', 'J1328-4727' RA= 13:28:40.623601 DEC= -47:27:49.45571 RAER= 5.67 DECER= 3.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1326+17A', 'J1328+1743' RA= 13:28:54.489749 DEC= +17:43:19.34413 RAER= 0.80 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.014, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1326-053', 'J1328-0538' RA= 13:28:58.681616 DEC= -05:38:00.56731 RAER= 0.57 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1326+179', 'J1328+1744' RA= 13:28:58.739252 DEC= +17:44:13.39525 RAER= 0.67 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1325-558', 'J1329-5608' RA= 13:29:01.144915 DEC= -56:08:02.66561 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.456, 0.766 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1045 observations" / source= '1326+111', 'J1329+1053' RA= 13:29:01.415618 DEC= +10:53:04.80320 RAER= 0.55 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.013, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1327+504', 'J1329+5009' RA= 13:29:05.802713 DEC= +50:09:26.40078 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.246, 0.220, 5.0, 0.159, 0.122, 8.4, 0.244, 0.190 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8754 observations" / source= '1327+482', 'J1329+4801' RA= 13:29:09.246477 DEC= +48:01:09.65010 RAER= 0.41 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.035, 5.0, 0.031, 0.030, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '1327+483', 'J1329+4804' RA= 13:29:16.320913 DEC= +48:04:28.44799 RAER= 1.16 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1326-379', 'J1329-3814' RA= 13:29:19.181919 DEC= -38:14:18.60761 RAER= 1.87 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1326-264', 'J1329-2640' RA= 13:29:20.805660 DEC= -26:40:21.38759 RAER= 0.36 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '1327+501', 'J1329+4956' RA= 13:29:33.758844 DEC= +49:56:00.90066 RAER= 5.93 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1327-035', 'J1329-0346' RA= 13:29:39.292708 DEC= -03:46:49.63753 RAER= 3.30 DECER= 5.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1327+459', 'J1329+4540' RA= 13:29:42.486096 DEC= +45:40:00.26839 RAER= 6.39 DECER= 6.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1327+540', 'J1329+5346' RA= 13:29:47.255490 DEC= +53:46:42.94785 RAER= 2.15 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.033, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1327-055', 'J1329-0546' RA= 13:29:47.273570 DEC= -05:46:59.73331 RAER= 0.84 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1327+400', 'J1329+3949' RA= 13:29:49.131098 DEC= +39:49:33.11336 RAER= 0.86 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.048, 8.4, 0.054, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1327+321', 'J1329+3154' RA= 13:29:52.864916 DEC= +31:54:11.05447 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.990, 0.644, 5.0, 0.716, 0.270, 8.4, 0.765, 0.264 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1957 observations" / source= '1328+545', 'J1330+5414' RA= 13:30:05.401631 DEC= +54:14:51.56449 RAER= 4.23 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1327-214', 'J1330-2142' RA= 13:30:07.127674 DEC= -21:42:01.80352 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.185, 0.096, 8.4, 0.190, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '1327-206', 'J1330-2056' RA= 13:30:07.700520 DEC= -20:56:16.57576 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.050, 8.4, 0.150, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '1326-697', 'J1330-7003' RA= 13:30:11.076806 DEC= -70:03:13.07792 RAER= 0.38 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.163, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1327-311', 'J1330-3122' RA= 13:30:19.084056 DEC= -31:22:59.13553 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.553, 0.459, 5.0, 0.382, 0.158, 8.4, 0.393, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1328+449', 'J1330+4441' RA= 13:30:21.525994 DEC= +44:41:20.27178 RAER= 1.78 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.014, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1329+702', 'J1330+7001' RA= 13:30:25.808582 DEC= +70:01:38.67268 RAER= 1.96 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1328+245', 'J1330+2415' RA= 13:30:26.520903 DEC= +24:15:21.51913 RAER= 4.86 DECER= 7.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1327-143', 'J1330-1437' RA= 13:30:27.449617 DEC= -14:37:49.15932 RAER= 0.75 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.033, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1328+501', 'J1330+4954' RA= 13:30:29.388938 DEC= +49:54:27.48370 RAER= 0.33 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.016, 8.4, 0.082, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 483 observations" / source= '1328+254', 'J1330+2509' RA= 13:30:37.690387 DEC= +25:09:10.87839 RAER= 0.38 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.342, 0.052, 8.4, 0.169, 0.137, 15.2, 0.125, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 824 observations" / source= '1328+522', 'J1330+5202' RA= 13:30:42.599286 DEC= +52:02:15.45478 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.096, 5.0, 0.148, 0.120, 8.4, 0.162, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1321 observations" / source= '1328+141', 'J1330+1351' RA= 13:30:54.124266 DEC= +13:51:03.06364 RAER= 0.47 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.056, 8.4, 0.050, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1328+396', 'J1330+3921' RA= 13:30:58.426280 DEC= +39:21:17.76792 RAER= 1.56 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.008, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1328+297', 'J1331+2932' RA= 13:31:01.832640 DEC= +29:32:16.51212 RAER= 1.07 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.017, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1328+319', 'J1331+3139' RA= 13:31:06.357346 DEC= +31:39:18.84917 RAER= 0.81 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1328+307', 'J1331+3030' RA= 13:31:08.288073 DEC= +30:30:32.95914 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 6.328, 0.268, 5.0, 3.029, 0.154, 8.4, 0.870, 0.111, 15.2, 0.829, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4698 observations" / source= '1328+388', 'J1331+3835' RA= 13:31:11.471684 DEC= +38:35:01.07690 RAER= 1.13 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.020, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1328-263', 'J1331-2639' RA= 13:31:11.693024 DEC= -26:39:09.61993 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.085, 8.4, 0.213, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '1328+056', 'J1331+0521' RA= 13:31:15.926460 DEC= +05:21:19.80929 RAER= 0.25 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.032, 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1328-131', 'J1331-1326' RA= 13:31:20.359086 DEC= -13:26:05.58695 RAER= 0.38 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.033, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1328+130', 'J1331+1244' RA= 13:31:24.142825 DEC= +12:44:44.61114 RAER= 0.50 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.024, 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 334 observations" / source= '1328-298', 'J1331-3006' RA= 13:31:25.017725 DEC= -30:06:50.95029 RAER= 1.27 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.046, 8.4, 0.060, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1328-034', 'J1331-0341' RA= 13:31:29.161460 DEC= -03:41:14.11415 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.097, 8.4, 0.173, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '1329+174', 'J1331+1712' RA= 13:31:33.444591 DEC= +17:12:50.60026 RAER= 11.74 DECER= 16.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.044, 8.4, 0.084, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1329+141', 'J1331+1352' RA= 13:31:34.180401 DEC= +13:52:26.40472 RAER= 1.56 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.005, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1328-275', 'J1331-2749' RA= 13:31:44.537979 DEC= -27:49:46.47546 RAER= 9.41 DECER= 18.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1329-065', 'J1331-0646' RA= 13:31:46.867261 DEC= -06:46:33.08561 RAER= 0.46 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1329+063', 'J1331+0608' RA= 13:31:53.897126 DEC= +06:08:23.39147 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.112, 8.4, 0.188, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1329-192', 'J1331-1929' RA= 13:31:54.477966 DEC= -19:29:35.15073 RAER= 0.50 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.176, n/a, 8.4, 0.159, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1328-422', 'J1331-4230' RA= 13:31:57.062059 DEC= -42:30:57.16347 RAER= 1.78 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.045, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1329-049', 'J1332-0509' RA= 13:32:04.464687 DEC= -05:09:43.30611 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.337, 5.0, 0.313, 0.283, 8.4, 0.387, 0.346, 15.2, 1.199, 1.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2244 observations" / source= '1329-357', 'J1332-3601' RA= 13:32:14.011113 DEC= -36:01:32.03537 RAER= 18.99 DECER= 39.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1330+300', 'J1332+2949' RA= 13:32:20.551450 DEC= +29:49:45.94105 RAER= 0.20 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.048, 5.0, 0.079, 0.058, 8.4, 0.048, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 700 observations" / source= '1330+173', 'J1332+1706' RA= 13:32:30.267022 DEC= +17:06:26.88279 RAER= 0.85 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1329-137', 'J1332-1402' RA= 13:32:30.928235 DEC= -14:02:13.18673 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.144, 8.4, 0.138, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1329-257', 'J1332-2559' RA= 13:32:31.979388 DEC= -25:59:45.03512 RAER= 0.46 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.050, 8.4, 0.096, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1329-665', 'J1332-6646' RA= 13:32:37.508773 DEC= -66:46:50.06940 RAER= 13.59 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1329-126', 'J1332-1256' RA= 13:32:39.251403 DEC= -12:56:15.34352 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.105, 5.0, 0.196, 0.158, 8.4, 0.206, 0.168, 15.2, 0.150, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 717 observations" / source= '1330+075', 'J1332+0719' RA= 13:32:42.544585 DEC= +07:19:38.06694 RAER= 0.22 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.035, 5.0, 0.013, 0.010, 8.4, 0.025, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '1330+476', 'J1332+4722' RA= 13:32:45.246429 DEC= +47:22:22.66767 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.131, 5.0, 0.187, 0.170, 8.4, 0.238, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5565 observations" / source= '1330+022', 'J1332+0200' RA= 13:32:53.270540 DEC= +02:00:45.69914 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.175, 5.0, 0.480, 0.240, 8.4, 0.582, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4121 observations" / source= '1329-662', 'J1332-6628' RA= 13:32:54.054200 DEC= -66:28:26.61199 RAER= 2.47 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations. No flux information" / source= '1330-122', 'J1332-1232' RA= 13:32:55.878368 DEC= -12:32:32.81177 RAER= 2.28 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1330+049', 'J1332+0438' RA= 13:32:59.584504 DEC= +04:38:50.19129 RAER= 1.01 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1330+071', 'J1333+0652' RA= 13:33:04.996961 DEC= +06:52:31.96981 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.129, 8.4, 0.137, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1330-097', 'J1333-1000' RA= 13:33:06.050706 DEC= -10:00:36.37567 RAER= 0.61 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1330-223', 'J1333-2235' RA= 13:33:06.847863 DEC= -22:35:58.61504 RAER= 0.31 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1330+276', 'J1333+2725' RA= 13:33:07.490732 DEC= +27:25:18.38258 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.212, 5.0, 0.566, 0.458, 8.4, 0.272, 0.206 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 696 observations" / source= '1330-331', 'J1333-3324' RA= 13:33:08.846812 DEC= -33:24:40.21912 RAER= 0.77 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1330-204', 'J1333-2042' RA= 13:33:10.900698 DEC= -20:42:11.49886 RAER= 1.46 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1330-164', 'J1333-1644' RA= 13:33:11.680409 DEC= -16:44:50.89738 RAER= 0.80 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.022, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1330-150', 'J1333-1518' RA= 13:33:12.829602 DEC= -15:18:55.21291 RAER= 1.49 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1330-296', 'J1333-2955' RA= 13:33:19.958307 DEC= -29:55:54.64953 RAER= 0.71 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.038, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1331+272', 'J1333+2702' RA= 13:33:32.367711 DEC= +27:02:11.46303 RAER= 1.11 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1331+170', 'J1333+1649' RA= 13:33:35.782639 DEC= +16:49:04.01455 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.516, 0.420, 5.0, 0.449, 0.335, 8.4, 0.335, 0.168, 15.2, 0.338, 0.226 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '1330-328', 'J1333-3305' RA= 13:33:35.796023 DEC= -33:05:13.62704 RAER= 1.19 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1331+452', 'J1333+4500' RA= 13:33:36.522200 DEC= +45:00:13.47892 RAER= 5.54 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1330-236', 'J1333-2356' RA= 13:33:38.926024 DEC= -23:56:25.58097 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.082, 8.4, 0.179, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1331-195', 'J1333-1950' RA= 13:33:45.175683 DEC= -19:50:42.34334 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.112, 8.4, 0.219, 0.159, 22.2, 0.334, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1352 observations" / source= '1331-109', 'J1333-1112' RA= 13:33:50.234214 DEC= -11:12:51.67488 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.092, 8.4, 0.117, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1029 observations" / source= '1331+512', 'J1333+5057' RA= 13:33:53.783887 DEC= +50:57:35.91584 RAER= 0.23 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.076, 5.0, 0.037, 0.040, 8.4, 0.052, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1158 observations" / source= '1331-115', 'J1334-1150' RA= 13:34:04.190767 DEC= -11:50:14.27168 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.113, 8.4, 0.192, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1331+301', 'J1334+2951' RA= 13:34:07.506295 DEC= +29:51:37.06819 RAER= 1.26 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1331+390', 'J1334+3846' RA= 13:34:10.536704 DEC= +38:46:43.15364 RAER= 1.55 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1331-350', 'J1334-3520' RA= 13:34:12.026295 DEC= -35:20:14.05217 RAER= 2.64 DECER= 7.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.046, 5.0, 0.042, n/a, 8.4, 0.064, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1331-099', 'J1334-1009' RA= 13:34:18.565517 DEC= -10:09:28.97005 RAER= 0.94 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.055, 8.4, 0.078, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1331+094', 'J1334+0912' RA= 13:34:19.562460 DEC= +09:12:00.36173 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.054, 8.4, 0.096, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1332+309', 'J1334+3044' RA= 13:34:22.494956 DEC= +30:44:12.50560 RAER= 0.22 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 393 observations" / source= '1333+666', 'J1334+6625' RA= 13:34:33.006166 DEC= +66:25:04.30371 RAER= 3.16 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1332+567', 'J1334+5631' RA= 13:34:37.493066 DEC= +56:31:47.85736 RAER= 0.96 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.047, 8.4, 0.073, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1332+318', 'J1334+3136' RA= 13:34:39.317355 DEC= +31:36:18.54588 RAER= 1.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.025, 8.4, 0.030, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1332-268', 'J1334-2707' RA= 13:34:47.815005 DEC= -27:07:37.64950 RAER= 0.71 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1332+317', 'J1334+3128' RA= 13:34:49.728165 DEC= +31:28:24.05030 RAER= 0.24 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, 0.026, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1332+320', 'J1334+3148' RA= 13:34:54.315414 DEC= +31:48:08.15920 RAER= 2.45 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1332-168', 'J1335-1707' RA= 13:35:00.223898 DEC= -17:07:08.54238 RAER= 1.94 DECER= 4.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1332+035', 'J1335+0316' RA= 13:35:08.494700 DEC= +03:16:21.79422 RAER= 0.54 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.048, 8.4, 0.036, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1332+031', 'J1335+0253' RA= 13:35:11.904888 DEC= +02:53:09.50772 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.053, 8.4, 0.091, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1332-111', 'J1335-1122' RA= 13:35:12.715370 DEC= -11:22:36.58867 RAER= 0.65 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1332-389', 'J1335-3911' RA= 13:35:20.501820 DEC= -39:11:45.91863 RAER= 217.42 DECER= 231.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1333+459', 'J1335+4542' RA= 13:35:21.962188 DEC= +45:42:38.23216 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.552, 0.362, 5.0, 0.675, 0.248, 8.4, 0.671, 0.332, 15.2, 0.293, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '1333+589', 'J1335+5844' RA= 13:35:25.928527 DEC= +58:44:00.29145 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.602, 0.166, 5.0, 0.637, 0.127, 8.4, 0.597, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 661 observations" / source= '1332-328', 'J1335-3307' RA= 13:35:29.629739 DEC= -33:07:44.45625 RAER= 7.74 DECER= 18.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1332-295', 'J1335-2950' RA= 13:35:29.752239 DEC= -29:50:38.92879 RAER= 3.03 DECER= 6.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.015, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1333-049', 'J1335-0511' RA= 13:35:56.476761 DEC= -05:11:41.65995 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.289, 0.131, 8.4, 0.181, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '1333+459', 'J1335+4539' RA= 13:35:59.349755 DEC= +45:39:05.98758 RAER= 5.39 DECER= 9.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1333+176', 'J1336+1725' RA= 13:36:02.009252 DEC= +17:25:13.09073 RAER= 1.16 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, 0.020, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '1333+212', 'J1336+2057' RA= 13:36:06.857240 DEC= +20:57:47.50022 RAER= 0.48 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1333-082', 'J1336-0829' RA= 13:36:08.259834 DEC= -08:29:51.79815 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.211, 8.4, 0.571, 0.280, 22.2, 0.450, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2695 observations" / source= '1333+211', 'J1336+2051' RA= 13:36:12.913669 DEC= +20:51:03.64286 RAER= 0.48 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1334+264', 'J1336+2610' RA= 13:36:22.765450 DEC= +26:10:09.18167 RAER= 1.92 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1333-046', 'J1336-0451' RA= 13:36:22.942068 DEC= -04:51:29.05321 RAER= 3.29 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1333-359', 'J1336-3612' RA= 13:36:30.750722 DEC= -36:12:56.45251 RAER= 33.93 DECER= 56.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1333+034', 'J1336+0314' RA= 13:36:31.447793 DEC= +03:14:23.54472 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.101, 8.4, 0.069, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '1333-152', 'J1336-1529' RA= 13:36:34.089167 DEC= -15:29:48.07101 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.059, 5.0, 0.129, 0.119, 8.4, 0.098, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 869 observations" / source= '1333-186', 'J1336-1852' RA= 13:36:34.393345 DEC= -18:52:41.67411 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.358, 8.4, 0.473, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 606 observations" / source= '1333-170', 'J1336-1717' RA= 13:36:35.644702 DEC= -17:17:27.10112 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.086, 8.4, 0.129, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 752 observations" / source= '1333-337', 'J1336-3357' RA= 13:36:39.032522 DEC= -33:57:57.07302 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.076, 5.0, 0.242, n/a, 8.4, 0.266, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 945 observations" / source= '1335+705', 'J1336+7019' RA= 13:36:54.299273 DEC= +70:19:10.29413 RAER= 6.86 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1334-053', 'J1336-0534' RA= 13:36:54.852397 DEC= -05:34:42.76192 RAER= 0.99 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.017, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1334-130', 'J1337-1319' RA= 13:37:14.778497 DEC= -13:19:18.37474 RAER= 1.27 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.042, 8.4, 0.054, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1335+658', 'J1337+6532' RA= 13:37:16.059692 DEC= +65:32:46.31674 RAER= 0.29 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.061, 8.4, 0.126, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 802 observations" / source= '1334-057', 'J1337-0601' RA= 13:37:19.510939 DEC= -06:01:47.11624 RAER= 0.54 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.028, 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1334+008', 'J1337+0035' RA= 13:37:31.364165 DEC= +00:35:28.93121 RAER= 0.21 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.048, 8.4, 0.090, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '1334-126', 'J1337-1254' RA= 13:37:33.791875 DEC= -12:54:10.46622 RAER= 2.60 DECER= 7.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1334-179', 'J1337-1811' RA= 13:37:37.554400 DEC= -18:11:40.93904 RAER= 0.29 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, n/a, 8.4, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1335+023', 'J1337+0206' RA= 13:37:39.633816 DEC= +02:06:57.50309 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.076, 8.4, 0.086, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '1334-127', 'J1337-1257' RA= 13:37:39.782783 DEC= -12:57:24.69338 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.580, 1.873, 5.0, 3.226, 2.604, 8.4, 3.764, 2.897, 15.2, 4.793, 3.588, 22.2, 3.242, 0.962 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165494 observations" / source= '1335-197', 'J1337-1958' RA= 13:37:47.327795 DEC= -19:58:11.55868 RAER= 1.52 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1335+552', 'J1337+5501' RA= 13:37:49.642260 DEC= +55:01:02.11747 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.713, 0.398, 5.0, 0.581, 0.326, 8.4, 0.463, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 901 observations" / source= '1335+519', 'J1337+5143' RA= 13:37:51.793456 DEC= +51:43:38.95069 RAER= 0.50 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '1334-649', 'J1337-6509' RA= 13:37:52.445274 DEC= -65:09:24.89819 RAER= 0.46 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.456, 0.354 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '1335-287', 'J1337-2902' RA= 13:37:55.431164 DEC= -29:02:37.35776 RAER= 12.19 DECER= 20.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1334-481', 'J1337-4821' RA= 13:37:55.848250 DEC= -48:21:58.77573 RAER= 2.03 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.219, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1335-06B', 'J1338-062B' RA= 13:38:07.760169 DEC= -06:27:07.60522 RAER= 184.56 DECER= 84.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, n/a, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1335-06A', 'J1338-062A' RA= 13:38:07.977579 DEC= -06:27:11.16380 RAER= 0.64 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1336+668', 'J1338+6632' RA= 13:38:14.400216 DEC= +66:32:48.70153 RAER= 1.22 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.060, 8.4, 0.068, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1335-037', 'J1338-0400' RA= 13:38:15.979237 DEC= -04:00:54.52313 RAER= 0.51 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.055, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1336+397', 'J1338+3928' RA= 13:38:16.470225 DEC= +39:28:29.77620 RAER= 0.96 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.035, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1336+252', 'J1338+2501' RA= 13:38:25.259469 DEC= +25:01:25.92600 RAER= 0.62 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.054, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1337+684', 'J1338+6813' RA= 13:38:28.397369 DEC= +68:13:23.62081 RAER= 4.08 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1336+096', 'J1338+0922' RA= 13:38:32.673967 DEC= +09:22:05.88092 RAER= 0.89 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.027, 8.4, 0.021, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1336+391', 'J1338+3851' RA= 13:38:50.002017 DEC= +38:51:10.29553 RAER= 1.73 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1336+432', 'J1338+4302' RA= 13:38:57.158686 DEC= +43:02:35.10116 RAER= 1.20 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1336+121', 'J1338+1153' RA= 13:38:59.052290 DEC= +11:53:16.70048 RAER= 0.49 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1336-237', 'J1339-2401' RA= 13:39:01.746391 DEC= -24:01:14.00636 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.512, 0.487, 8.4, 0.541, 0.305 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 695 observations" / source= '1336-063', 'J1339-0637' RA= 13:39:07.145588 DEC= -06:37:04.87918 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.052, 5.0, 0.098, 0.032, 8.4, 0.112, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '1337+566', 'J1339+5623' RA= 13:39:15.901293 DEC= +56:23:48.16617 RAER= 1.87 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.023, 8.4, 0.024, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1336-235', 'J1339-2348' RA= 13:39:16.432352 DEC= -23:48:29.67871 RAER= 0.57 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1336-180', 'J1339-1819' RA= 13:39:17.544434 DEC= -18:19:04.90024 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.066, 8.4, 0.064, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 277 observations" / source= '1336-260', 'J1339-2620' RA= 13:39:19.890802 DEC= -26:20:30.49583 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.806, 0.470, 8.4, 0.587, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '1337+637', 'J1339+6328' RA= 13:39:23.782837 DEC= +63:28:58.42371 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.517, 0.225, 5.0, 0.348, 0.123, 8.4, 0.216, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 673 observations" / source= '1336-048', 'J1339-0503' RA= 13:39:32.479028 DEC= -05:03:38.12068 RAER= 9.72 DECER= 10.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1336-030', 'J1339-0317' RA= 13:39:32.666934 DEC= -03:17:06.30583 RAER= 0.50 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.012, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1337+114', 'J1339+1111' RA= 13:39:50.365547 DEC= +11:11:30.81292 RAER= 0.77 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.038, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1338+694', 'J1339+6910' RA= 13:39:58.795277 DEC= +69:10:16.19505 RAER= 8.24 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.016, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1337+392', 'J1340+3900' RA= 13:40:02.999679 DEC= +39:00:38.67278 RAER= 0.78 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.039, 8.4, 0.055, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1337-013', 'J1340-0137' RA= 13:40:04.615065 DEC= -01:37:46.54389 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.175, 8.4, 0.224, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1337-148', 'J1340-1503' RA= 13:40:04.961132 DEC= -15:03:14.74589 RAER= 0.46 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.049, 8.4, 0.047, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1337-033', 'J1340-0335' RA= 13:40:13.304485 DEC= -03:35:20.80377 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.630, 0.148, 8.4, 0.094, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1338+381', 'J1340+3754' RA= 13:40:22.951829 DEC= +37:54:43.83367 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.272, 5.0, 0.241, 0.104, 8.4, 0.124, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1471 observations" / source= '1338+444', 'J1340+4410' RA= 13:40:29.799056 DEC= +44:10:03.91550 RAER= 1.30 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1338+450', 'J1340+4448' RA= 13:40:35.201801 DEC= +44:48:17.35162 RAER= 1.13 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1338+362', 'J1340+3600' RA= 13:40:36.009678 DEC= +36:00:26.73249 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.116, 5.0, 0.108, 0.087, 8.4, 0.077, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1122 observations" / source= '1338+303', 'J1340+3008' RA= 13:40:41.985331 DEC= +30:08:34.81726 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.054, 5.0, 0.072, 0.040, 8.4, 0.072, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1338-039', 'J1340-0410' RA= 13:40:42.017285 DEC= -04:10:07.04915 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '1337-297', 'J1340-3002' RA= 13:40:43.953130 DEC= -30:02:20.13731 RAER= 0.49 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.185, 0.109, 8.4, 0.118, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1338+295', 'J1340+2919' RA= 13:40:44.613454 DEC= +29:19:30.01975 RAER= 0.92 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1339+696', 'J1340+6923' RA= 13:40:48.007500 DEC= +69:23:22.72132 RAER= 0.41 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.222, 0.112, 8.4, 0.142, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 690 observations" / source= '1338-309', 'J1340-3114' RA= 13:40:55.833706 DEC= -31:14:42.67171 RAER= 38.99 DECER= 43.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1338-164', 'J1341-1643' RA= 13:41:00.873065 DEC= -16:43:13.42228 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.044, 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1338+107', 'J1341+1032' RA= 13:41:04.249590 DEC= +10:32:06.63869 RAER= 255.86 DECER= 413.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1338+402', 'J1341+3959' RA= 13:41:05.106916 DEC= +39:59:45.41660 RAER= 0.48 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.011, 15.2, 0.006, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1338+332', 'J1341+3301' RA= 13:41:08.111337 DEC= +33:01:10.33410 RAER= 0.52 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.033, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1339+432', 'J1341+4300' RA= 13:41:09.609969 DEC= +43:00:19.93877 RAER= 0.59 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.047, 8.4, 0.056, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1338+285', 'J1341+2816' RA= 13:41:15.282768 DEC= +28:16:05.07700 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.104, 5.0, 0.194, 0.182, 8.4, 0.189, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '1338-183', 'J1341-1835' RA= 13:41:16.715026 DEC= -18:35:23.84416 RAER= 2.84 DECER= 8.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1340+748', 'J1341+7434' RA= 13:41:18.556537 DEC= +74:34:54.68179 RAER= 2.22 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.048, 8.4, 0.062, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1339+486', 'J1341+4820' RA= 13:41:20.919905 DEC= +48:20:57.33960 RAER= 32.79 DECER= 9.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1339+357', 'J1341+3532' RA= 13:41:33.120664 DEC= +35:32:51.91770 RAER= 1.10 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1339+539', 'J1341+5344' RA= 13:41:34.851720 DEC= +53:44:43.77772 RAER= 1.43 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.039, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1339+554', 'J1341+5514' RA= 13:41:36.227584 DEC= +55:14:37.90411 RAER= 1.92 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.056, 8.4, 0.040, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1339+375', 'J1341+3716' RA= 13:41:38.662767 DEC= +37:16:44.86462 RAER= 2.09 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1340+711', 'J1341+7054' RA= 13:41:45.387857 DEC= +70:54:48.84572 RAER= 7.25 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1338-388', 'J1341-3906' RA= 13:41:53.965720 DEC= -39:06:59.85734 RAER= 2.56 DECER= 9.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1339+373', 'J1341+3707' RA= 13:41:59.911708 DEC= +37:07:10.13786 RAER= 0.30 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.032, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1339+129', 'J1342+1242' RA= 13:42:04.637964 DEC= +12:42:49.96924 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.098, 5.0, 0.149, 0.108, 8.4, 0.075, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1339-206', 'J1342-2051' RA= 13:42:04.739555 DEC= -20:51:29.54146 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.172, 8.4, 0.423, 0.284, 22.2, 0.451, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1749 observations" / source= '1339-324', 'J1342-3240' RA= 13:42:06.201997 DEC= -32:40:47.64296 RAER= 0.19 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.217, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1339-121', 'J1342-1225' RA= 13:42:06.222269 DEC= -12:25:38.99861 RAER= 0.49 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.373, 0.035, 5.0, 0.071, 0.019, 8.4, 0.052, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 197 observations" / source= '1339+274', 'J1342+2709' RA= 13:42:08.376688 DEC= +27:09:30.61711 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.172, 5.0, 0.278, 0.184, 8.4, 0.364, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1340+591', 'J1342+5855' RA= 13:42:10.503291 DEC= +58:55:14.08916 RAER= 31.93 DECER= 12.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1339+093', 'J1342+0905' RA= 13:42:13.135337 DEC= +09:05:40.83610 RAER= 0.88 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.048, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1340+60A', 'J1342+602A' RA= 13:42:13.258306 DEC= +60:21:42.77129 RAER= 1.88 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1338-582', 'J1342-5827' RA= 13:42:13.482816 DEC= -58:27:58.99493 RAER= 1.76 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1340+60B', 'J1342+602B' RA= 13:42:13.654509 DEC= +60:21:42.12018 RAER= 25.59 DECER= 13.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1339-287', 'J1342-2900' RA= 13:42:15.345628 DEC= -29:00:41.83118 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.153, 8.4, 0.199, 0.201, 22.2, 0.340, 0.243 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2010 observations" / source= '1339+015', 'J1342+0117' RA= 13:42:17.082845 DEC= +01:17:16.56990 RAER= 0.85 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.027, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1339-299', 'J1342-3010' RA= 13:42:20.267734 DEC= -30:10:17.52247 RAER= 0.39 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.030, 8.4, 0.059, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1340+514', 'J1342+5110' RA= 13:42:24.315205 DEC= +51:10:12.43774 RAER= 0.32 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '1340+353', 'J1342+3507' RA= 13:42:31.801573 DEC= +35:07:10.30624 RAER= 0.29 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.069, 8.4, 0.122, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1340+094', 'J1342+0910' RA= 13:42:33.744044 DEC= +09:10:31.90255 RAER= 0.58 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.033, 8.4, 0.109, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1339-293', 'J1342-2933' RA= 13:42:35.638247 DEC= -29:33:12.56184 RAER= 7.94 DECER= 23.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1340-054', 'J1342-0542' RA= 13:42:39.630524 DEC= -05:42:25.56337 RAER= 0.81 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1340+100', 'J1342+0947' RA= 13:42:40.022814 DEC= +09:47:52.36363 RAER= 1.17 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1340+053', 'J1342+0504' RA= 13:42:43.623460 DEC= +05:04:32.22107 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.087, 8.4, 0.139, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1340+260', 'J1342+2547' RA= 13:42:45.328204 DEC= +25:47:11.51780 RAER= 1.04 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1340-000', 'J1342-0016' RA= 13:42:50.571374 DEC= -00:16:10.40616 RAER= 9.91 DECER= 6.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1340+263', 'J1342+2605' RA= 13:42:51.355592 DEC= +26:05:55.14692 RAER= 0.65 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1341+724', 'J1342+7212' RA= 13:42:51.705610 DEC= +72:12:53.65541 RAER= 3.92 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.053, 8.4, 0.068, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1340+407', 'J1342+4032' RA= 13:42:52.949542 DEC= +40:32:01.60948 RAER= 0.40 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1340+287', 'J1342+2828' RA= 13:42:54.383572 DEC= +28:28:05.85838 RAER= 0.61 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.094, 8.4, 0.124, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1340+289', 'J1343+2844' RA= 13:43:00.179454 DEC= +28:44:07.50934 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.073, 5.0, 0.154, 0.100, 8.4, 0.137, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '1341+691', 'J1343+6855' RA= 13:43:00.553652 DEC= +68:55:17.15666 RAER= 0.42 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.069, 8.4, 0.096, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 583 observations" / source= '1340-134', 'J1343-1341' RA= 13:43:02.146605 DEC= -13:41:14.54794 RAER= 0.93 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.085, 8.4, 0.059, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1341+457', 'J1343+4532' RA= 13:43:05.827429 DEC= +45:32:51.69626 RAER= 0.29 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.053, 8.4, 0.097, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '1340+439', 'J1343+4343' RA= 13:43:05.938005 DEC= +43:43:23.47514 RAER= 4.40 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1340-145', 'J1343-1446' RA= 13:43:13.331995 DEC= -14:46:39.99874 RAER= 0.49 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1341+392', 'J1343+3858' RA= 13:43:20.411982 DEC= +38:58:32.06003 RAER= 2.92 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1342+700', 'J1343+6945' RA= 13:43:23.017015 DEC= +69:45:01.24493 RAER= 1.49 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.062, 8.4, 0.062, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1340-237', 'J1343-2357' RA= 13:43:26.811135 DEC= -23:57:32.01317 RAER= 0.88 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1341+576', 'J1343+5721' RA= 13:43:28.720060 DEC= +57:21:47.06359 RAER= 0.25 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.034, 8.4, 0.061, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 884 observations" / source= '1340-175', 'J1343-1747' RA= 13:43:37.414193 DEC= -17:47:55.44691 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.722, 0.347, 5.0, 0.637, 0.184, 8.4, 0.454, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1341+275', 'J1343+2717' RA= 13:43:38.732708 DEC= +27:17:57.83834 RAER= 0.97 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1341+201', 'J1343+1953' RA= 13:43:39.199522 DEC= +19:53:01.72070 RAER= 0.51 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1342+662', 'J1343+6602' RA= 13:43:45.959575 DEC= +66:02:25.74509 RAER= 0.25 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.220, 8.4, 0.317, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29990 observations" / source= '1341+483', 'J1343+4803' RA= 13:43:50.591498 DEC= +48:03:58.95215 RAER= 37.08 DECER= 12.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1339-767', 'J1343-7658' RA= 13:43:51.650474 DEC= -76:58:10.79067 RAER= 6.64 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '1342+581', 'J1343+5754' RA= 13:43:57.620289 DEC= +57:54:42.43981 RAER= 0.53 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.059, 8.4, 0.123, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1341-366', 'J1344-3655' RA= 13:44:00.354872 DEC= -36:55:51.57491 RAER= 0.45 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.070, 5.0, 0.072, 0.064, 8.4, 0.065, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '1341-091', 'J1344-0924' RA= 13:44:01.286247 DEC= -09:24:43.37853 RAER= 0.20 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.039, 5.0, 0.054, 0.040, 8.4, 0.064, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1341-174', 'J1344-1739' RA= 13:44:03.423719 DEC= -17:39:05.67251 RAER= 0.25 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.020, 8.4, 0.076, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '1342+488', 'J1344+4835' RA= 13:44:03.538826 DEC= +48:35:43.18039 RAER= 1.10 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1342+663', 'J1344+6606' RA= 13:44:08.679606 DEC= +66:06:11.64375 RAER= 0.25 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.525, 0.483, 8.4, 0.449, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10688 observations" / source= '1341-351', 'J1344-3525' RA= 13:44:09.191597 DEC= -35:25:16.31417 RAER= 5.90 DECER= 31.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1341-171', 'J1344-1723' RA= 13:44:14.402455 DEC= -17:23:40.39557 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.189, 8.4, 0.301, 0.224, 15.2, 0.361, 0.282 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1750 observations" / source= '1341+144', 'J1344+1409' RA= 13:44:23.744266 DEC= +14:09:14.88820 RAER= 1.86 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.213, 5.0, 0.100, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '1341-36A', 'J1344-3656' RA= 13:44:23.784135 DEC= -36:56:28.79288 RAER= 0.68 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.029, 5.0, 0.037, 0.028, 8.4, 0.029, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '1341-187', 'J1344-1857' RA= 13:44:26.686264 DEC= -18:57:43.42413 RAER= 0.80 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1341-246', 'J1344-2452' RA= 13:44:32.871366 DEC= -24:52:19.13714 RAER= 0.44 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.024, 8.4, 0.045, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1342+163', 'J1344+1607' RA= 13:44:36.408012 DEC= +16:07:27.77373 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1342+341', 'J1344+3355' RA= 13:44:37.104275 DEC= +33:55:46.21642 RAER= 0.39 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1342-074', 'J1344-0743' RA= 13:44:37.954947 DEC= -07:43:21.35424 RAER= 1.17 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1342+407', 'J1344+4028' RA= 13:44:41.526705 DEC= +40:28:02.22611 RAER= 0.91 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1342+067', 'J1344+0627' RA= 13:44:42.629630 DEC= +06:27:07.20340 RAER= 0.83 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1342+553', 'J1344+5503' RA= 13:44:43.742198 DEC= +55:03:00.49731 RAER= 1.03 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1342+430', 'J1344+4245' RA= 13:44:49.244610 DEC= +42:45:39.79564 RAER= 1.12 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.039, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1342-175', 'J1344-1746' RA= 13:44:49.254737 DEC= -17:46:56.05034 RAER= 1.67 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1341-337', 'J1344-3359' RA= 13:44:52.036504 DEC= -33:59:39.48193 RAER= 3.22 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1344+793', 'J1344+7907' RA= 13:44:55.709461 DEC= +79:07:10.76399 RAER= 1.36 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.036, 8.4, 0.030, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1343+545', 'J1344+5415' RA= 13:44:57.688096 DEC= +54:15:08.87868 RAER= 1.07 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1341-693', 'J1345-6936' RA= 13:45:11.851898 DEC= -69:36:51.50673 RAER= 1.15 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1342-337', 'J1345-3402' RA= 13:45:13.095554 DEC= -34:02:29.46762 RAER= 87.24 DECER= 154.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1341-619', 'J1345-6214' RA= 13:45:27.000041 DEC= -62:14:33.02103 RAER= 12.33 DECER= 30.05 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1342-111', 'J1345-1121' RA= 13:45:32.212776 DEC= -11:21:35.42186 RAER= 10.98 DECER= 14.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1343+451', 'J1345+4452' RA= 13:45:33.172482 DEC= +44:52:59.57248 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.472, 0.350, 5.0, 0.180, 0.163, 8.4, 0.505, 0.357, 15.2, 0.762, 0.685 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1295 observations" / source= '1343+386', 'J1345+3823' RA= 13:45:36.942200 DEC= +38:23:12.49928 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.510, 0.046, 5.0, 0.289, 0.013, 8.4, 0.106, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 499 observations" / source= '1343-007', 'J1345-0057' RA= 13:45:37.236376 DEC= -00:57:06.48207 RAER= 0.55 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1342-336', 'J1345-3356' RA= 13:45:43.046101 DEC= -33:56:43.35486 RAER= 0.60 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1343+537', 'J1345+5332' RA= 13:45:45.355232 DEC= +53:32:52.28887 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.179, 5.0, 0.067, 0.071, 8.4, 0.245, 0.151, 22.2, 0.244, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2777 observations" / source= '1343+073', 'J1345+0706' RA= 13:45:49.314777 DEC= +07:06:31.12006 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.115, 8.4, 0.134, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '1343-300', 'J1345-3015' RA= 13:45:51.519994 DEC= -30:15:04.59166 RAER= 0.23 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.844, 0.181, 8.4, 0.230, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1343-125', 'J1346-1248' RA= 13:46:08.063074 DEC= -12:48:21.36281 RAER= 0.52 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.056, 8.4, 0.099, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1345+735', 'J1346+7320' RA= 13:46:08.475110 DEC= +73:20:53.29642 RAER= 0.42 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.051, 8.4, 0.110, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1125 observations" / source= '1343-218', 'J1346-2203' RA= 13:46:15.900524 DEC= -22:03:11.54964 RAER= 1.00 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1344+484', 'J1346+4813' RA= 13:46:23.839572 DEC= +48:13:06.69049 RAER= 303.44 DECER= 325.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1343-377', 'J1346-3758' RA= 13:46:23.988887 DEC= -37:58:15.83165 RAER= 0.60 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.030, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1344+249', 'J1346+2440' RA= 13:46:33.987586 DEC= +24:40:58.51859 RAER= 2.38 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1344+463', 'J1346+4606' RA= 13:46:36.451554 DEC= +46:06:48.24876 RAER= 0.97 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.055, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1344+292', 'J1346+2900' RA= 13:46:37.434976 DEC= +29:00:42.39501 RAER= 0.31 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1344+158', 'J1346+1537' RA= 13:46:37.690635 DEC= +15:37:10.35283 RAER= 1.58 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1343-284', 'J1346-2839' RA= 13:46:42.541660 DEC= -28:39:21.50487 RAER= 0.77 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.023, 8.4, 0.029, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1344-183', 'J1346-1834' RA= 13:46:45.387937 DEC= -18:34:47.44270 RAER= 0.80 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.015, 8.4, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1345+616', 'J1346+6121' RA= 13:46:46.057836 DEC= +61:21:28.21604 RAER= 7.45 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1343-601', 'J1346-6024' RA= 13:46:49.042265 DEC= -60:24:29.35750 RAER= 0.96 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.295, 0.490 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1344+146', 'J1346+1424' RA= 13:46:49.463980 DEC= +14:24:01.51033 RAER= 2.20 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1344+390', 'J1347+3850' RA= 13:47:03.095933 DEC= +38:50:24.79086 RAER= 0.42 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '1344+397', 'J1347+3928' RA= 13:47:04.291362 DEC= +39:28:58.03757 RAER= 0.50 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '1344-180', 'J1347-1819' RA= 13:47:04.570309 DEC= -18:19:59.71617 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 8.4, 0.060, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 349 observations" / source= '1344-297', 'J1347-2958' RA= 13:47:06.879562 DEC= -29:58:42.45367 RAER= 0.42 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '1344+188', 'J1347+1835' RA= 13:47:23.490200 DEC= +18:35:37.57389 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.354, 0.242, 5.0, 0.384, 0.232, 8.4, 0.357, 0.268 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '1344+029', 'J1347+0239' RA= 13:47:23.608418 DEC= +02:39:45.96949 RAER= 2.86 DECER= 4.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1344-135', 'J1347-1346' RA= 13:47:29.505177 DEC= -13:46:42.60693 RAER= 0.24 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.041, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '1345+061', 'J1347+0552' RA= 13:47:31.444738 DEC= +05:52:33.80397 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.051, 8.4, 0.061, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '1344-216', 'J1347-2156' RA= 13:47:31.810983 DEC= -21:56:45.88824 RAER= 2.86 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1345+125', 'J1347+1217' RA= 13:47:33.361652 DEC= +12:17:24.23982 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 1.511, 0.232, 8.4, 1.279, 0.209, 15.2, 0.871, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1346+735', 'J1347+7318' RA= 13:47:34.628785 DEC= +73:18:12.89601 RAER= 3.12 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.064, 8.4, 0.077, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1344-375', 'J1347-3750' RA= 13:47:40.428987 DEC= -37:50:36.61984 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.100, 8.4, 0.139, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '1345+584', 'J1347+5812' RA= 13:47:40.992291 DEC= +58:12:42.06917 RAER= 6.66 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.006, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1345+288', 'J1347+2836' RA= 13:47:51.584882 DEC= +28:36:29.71301 RAER= 2.76 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1345+414', 'J1347+4113' RA= 13:47:52.068719 DEC= +41:13:45.25674 RAER= 1.74 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.024, 8.4, 0.029, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1345-257', 'J1347-2559' RA= 13:47:55.365307 DEC= -25:59:27.00920 RAER= 1.26 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.027, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1345-309', 'J1347-3111' RA= 13:47:55.915993 DEC= -31:11:42.69733 RAER= 25.33 DECER= 50.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1345+289', 'J1348+2840' RA= 13:48:04.349096 DEC= +28:40:25.36691 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.042, 5.0, 0.044, 0.037, 8.4, 0.058, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1961 observations" / source= '1345-168', 'J1348-1707' RA= 13:48:15.388971 DEC= -17:07:50.49380 RAER= 1.02 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1346+438', 'J1348+4335' RA= 13:48:21.895466 DEC= +43:35:17.11867 RAER= 1.20 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.009, 8.4, 0.029, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1345-205', 'J1348-2049' RA= 13:48:23.779816 DEC= -20:49:34.96811 RAER= 0.69 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1345-164', 'J1348-1640' RA= 13:48:39.908934 DEC= -16:40:01.51728 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.055, 8.4, 0.055, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1345-248', 'J1348-2505' RA= 13:48:47.401332 DEC= -25:05:08.68529 RAER= 4.86 DECER= 7.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1346+268', 'J1348+2635' RA= 13:48:52.489452 DEC= +26:35:34.34005 RAER= 2.09 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1346+081', 'J1348+0756' RA= 13:48:53.413571 DEC= +07:56:47.79592 RAER= 2.02 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.019, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1346+402', 'J1348+3959' RA= 13:48:56.069174 DEC= +39:59:06.63707 RAER= 0.46 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1346-168', 'J1348-1704' RA= 13:48:59.230342 DEC= -17:04:06.05812 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.053, 8.4, 0.077, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '1346-109', 'J1349-1110' RA= 13:49:03.193049 DEC= -11:10:00.81918 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.098, 8.4, 0.150, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2266 observations" / source= '1346-262', 'J1349-2629' RA= 13:49:09.413951 DEC= -26:29:17.49589 RAER= 0.96 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.025, 8.4, 0.045, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1345-716', 'J1349-7152' RA= 13:49:09.754314 DEC= -71:52:51.20574 RAER= 16.57 DECER= 5.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1346-139', 'J1349-1413' RA= 13:49:16.024563 DEC= -14:13:16.84755 RAER= 4.55 DECER= 10.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1347+356', 'J1349+3524' RA= 13:49:18.521179 DEC= +35:24:15.75562 RAER= 0.83 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1346-306', 'J1349-3056' RA= 13:49:20.398490 DEC= -30:56:24.19622 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.113, 5.0, 0.158, 0.065, 8.4, 0.199, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 691 observations" / source= '1346-233', 'J1349-2334' RA= 13:49:24.688319 DEC= -23:34:31.14529 RAER= 0.23 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.160, 8.4, 0.118, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '1345-715', 'J1349-7147' RA= 13:49:29.118766 DEC= -71:47:31.85583 RAER= 3.02 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations. No flux information" / source= '1346-113', 'J1349-1132' RA= 13:49:31.443261 DEC= -11:32:53.83027 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.243, 8.4, 0.239, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 668 observations" / source= '1346-385', 'J1349-3845' RA= 13:49:32.936697 DEC= -38:45:53.47189 RAER= 41.37 DECER= 57.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1347+539', 'J1349+5341' RA= 13:49:34.656629 DEC= +53:41:17.03996 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.764, 0.257, 5.0, 0.456, 0.201, 8.4, 0.441, 0.262 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2643 observations" / source= '1346-391', 'J1349-3922' RA= 13:49:51.117810 DEC= -39:22:51.52079 RAER= 5.08 DECER= 15.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1347-347', 'J1349-3501' RA= 13:49:55.344741 DEC= -35:01:00.15766 RAER= 3.02 DECER= 8.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1349+716', 'J1350+7125' RA= 13:50:13.596741 DEC= +71:25:47.35523 RAER= 2.72 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.026, 8.4, 0.044, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1347-144', 'J1350-1439' RA= 13:50:13.857890 DEC= -14:39:47.99437 RAER= 0.60 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.051, 8.4, 0.050, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1347-218', 'J1350-2204' RA= 13:50:14.090173 DEC= -22:04:41.07777 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.757, 0.221, 8.4, 0.237, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '1348+384', 'J1350+3812' RA= 13:50:15.036020 DEC= +38:12:06.78880 RAER= 0.85 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1347-290', 'J1350-2916' RA= 13:50:18.582555 DEC= -29:16:48.82468 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.060, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1347-053', 'J1350-0534' RA= 13:50:19.108623 DEC= -05:34:02.60882 RAER= 0.87 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.026, 8.4, 0.052, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1347+099', 'J1350+0940' RA= 13:50:22.136012 DEC= +09:40:10.65530 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.432, 0.268, 5.0, 0.335, n/a, 8.4, 0.206, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1348+244', 'J1350+2411' RA= 13:50:26.182947 DEC= +24:11:55.06452 RAER= 0.34 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.066, 8.4, 0.089, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1348+392', 'J1350+3859' RA= 13:50:32.368190 DEC= +38:59:22.91096 RAER= 0.42 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '1348+339', 'J1350+3342' RA= 13:50:36.012583 DEC= +33:42:17.61546 RAER= 0.30 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.058, 8.4, 0.115, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '1347-163', 'J1350-1634' RA= 13:50:36.143957 DEC= -16:34:49.51445 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.053, 8.4, 0.192, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '1349+617', 'J1350+6132' RA= 13:50:38.186764 DEC= +61:32:48.51722 RAER= 0.34 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.076, 5.0, 0.095, 0.053, 8.4, 0.080, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1004 observations" / source= '1348-130', 'J1350-1316' RA= 13:50:43.433278 DEC= -13:16:30.83401 RAER= 1.37 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1348+237', 'J1350+2331' RA= 13:50:45.658353 DEC= +23:31:45.15879 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.036, 8.4, 0.079, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '1348+029', 'J1350+0243' RA= 13:50:45.991099 DEC= +02:43:04.94177 RAER= 1.25 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.024, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1348+066', 'J1350+0626' RA= 13:50:47.079848 DEC= +06:26:58.52975 RAER= 0.88 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.072, 8.4, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1348+045', 'J1350+0419' RA= 13:50:49.299983 DEC= +04:19:58.05824 RAER= 0.44 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1348+308', 'J1350+3034' RA= 13:50:52.736223 DEC= +30:34:53.59067 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.207, 5.0, 0.228, 0.180, 8.4, 0.231, 0.129, 15.2, 0.198, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5181 observations" / source= '1348-012', 'J1350-0128' RA= 13:50:53.140824 DEC= -01:28:38.09559 RAER= 1.41 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.037, 8.4, 0.004, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1349+647', 'J1350+6428' RA= 13:50:55.699448 DEC= +64:28:56.78391 RAER= 0.63 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.258, 0.168, 8.4, 0.287, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '1348+007', 'J1351+0031' RA= 13:51:04.434267 DEC= +00:31:19.50668 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.122, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1348+087', 'J1351+0830' RA= 13:51:16.919063 DEC= +08:30:39.90332 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.225, 5.0, 0.440, 0.274, 8.4, 0.408, 0.277 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2081 observations" / source= '1348-152', 'J1351-1530' RA= 13:51:17.463084 DEC= -15:30:16.01242 RAER= 0.51 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1349+388', 'J1351+3838' RA= 13:51:19.844986 DEC= +38:38:14.20399 RAER= 0.29 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '1348+114', 'J1351+1114' RA= 13:51:20.845564 DEC= +11:14:52.98230 RAER= 0.45 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1348+095', 'J1351+0916' RA= 13:51:26.478846 DEC= +09:16:43.68544 RAER= 0.39 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.026, 8.4, 0.063, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1349+313', 'J1351+3104' RA= 13:51:27.986591 DEC= +31:04:09.94072 RAER= 0.40 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1349+306', 'J1351+3025' RA= 13:51:31.203915 DEC= +30:25:02.88418 RAER= 0.89 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1348-263', 'J1351-2633' RA= 13:51:32.983319 DEC= -26:33:18.79533 RAER= 0.84 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.075, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1349+094', 'J1351+0913' RA= 13:51:35.780520 DEC= +09:13:10.86394 RAER= 37.85 DECER= 17.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1349+048', 'J1351+0435' RA= 13:51:37.617496 DEC= +04:35:41.63137 RAER= 5.60 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1348-269', 'J1351-2711' RA= 13:51:37.953759 DEC= -27:11:35.20613 RAER= 11.65 DECER= 21.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1348-289', 'J1351-2912' RA= 13:51:46.838824 DEC= -29:12:17.65117 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.239, 0.083, 8.4, 0.188, 0.135, 22.2, 0.238, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 499 observations" / source= '1349-225', 'J1351-2250' RA= 13:51:47.342001 DEC= -22:50:15.94288 RAER= 0.40 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.094, 8.4, 0.059, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1349+344', 'J1351+3413' RA= 13:51:47.898839 DEC= +34:13:28.79408 RAER= 0.34 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1349-145', 'J1351-1449' RA= 13:51:52.649645 DEC= -14:49:14.55840 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.026, 0.419, 5.0, 0.802, 0.387, 8.4, 0.648, 0.425 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1027 observations" / source= '1349+290', 'J1351+2850' RA= 13:51:54.454907 DEC= +28:50:07.92577 RAER= 1.07 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1349-276', 'J1351-2754' RA= 13:51:55.100623 DEC= -27:54:45.60609 RAER= 0.90 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1349-344', 'J1351-3442' RA= 13:51:55.861824 DEC= -34:42:26.84534 RAER= 1.38 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.123, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1350+559', 'J1351+5542' RA= 13:51:58.200637 DEC= +55:42:10.92336 RAER= 0.61 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '1349+363', 'J1352+3603' RA= 13:52:00.944470 DEC= +36:03:51.21876 RAER= 0.42 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '1349-265', 'J1352-2649' RA= 13:52:10.302167 DEC= -26:49:28.26116 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.676, 0.057, 5.0, 0.232, 0.025, 8.4, 0.120, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 294 observations" / source= '1349-121', 'J1352-1223' RA= 13:52:11.299254 DEC= -12:23:06.83729 RAER= 2.40 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1349+323', 'J1352+3208' RA= 13:52:12.125677 DEC= +32:08:18.85093 RAER= 0.27 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 153 observations" / source= '1350+316', 'J1352+3126' RA= 13:52:17.801225 DEC= +31:26:46.46169 RAER= 0.55 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '1349-275', 'J1352-2745' RA= 13:52:28.046120 DEC= -27:45:07.13230 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.155, 8.4, 0.168, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '1350+493', 'J1352+4908' RA= 13:52:29.018822 DEC= +49:08:23.04949 RAER= 0.47 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '1350+204', 'J1352+2014' RA= 13:52:30.403425 DEC= +20:14:24.52133 RAER= 2.04 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1349+027', 'J1352+0232' RA= 13:52:30.702201 DEC= +02:32:47.16343 RAER= 1.01 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.263, n/a, 8.4, 0.169, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1350-044', 'J1352-0443' RA= 13:52:40.903572 DEC= -04:43:30.42691 RAER= 1.39 DECER= 3.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1350+146', 'J1352+1424' RA= 13:52:45.876240 DEC= +14:24:22.60029 RAER= 0.88 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.060, 8.4, 0.047, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1349-415', 'J1352-4150' RA= 13:52:48.346787 DEC= -41:50:29.81356 RAER= 1.79 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1350-180', 'J1352-1817' RA= 13:52:50.278442 DEC= -18:17:28.40941 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1351+659', 'J1352+6541' RA= 13:52:51.186145 DEC= +65:41:13.19409 RAER= 2.18 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.027, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1351+586', 'J1352+5824' RA= 13:52:53.866653 DEC= +58:24:49.16224 RAER= 2.57 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1350+113', 'J1352+1107' RA= 13:52:56.366755 DEC= +11:07:07.28193 RAER= 3.00 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1349-439', 'J1352-4412' RA= 13:52:56.534954 DEC= -44:12:40.38768 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.194, 8.4, 0.363, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2254 observations" / source= '1350+181', 'J1353+1756' RA= 13:53:00.195243 DEC= +17:56:41.46820 RAER= 0.54 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.055, 8.4, 0.050, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1338-876', 'J1353-8751' RA= 13:53:03.222130 DEC= -87:51:08.15210 RAER= 52.74 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1350-383', 'J1353-3835' RA= 13:53:04.365492 DEC= -38:35:38.02167 RAER= 2.59 DECER= 14.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1350+049', 'J1353+0443' RA= 13:53:05.539609 DEC= +04:43:38.67241 RAER= 1.57 DECER= 5.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, 0.024, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '1350+283', 'J1353+2809' RA= 13:53:08.346766 DEC= +28:09:08.92802 RAER= 1.97 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1350-142', 'J1353-1427' RA= 13:53:08.772907 DEC= -14:27:15.30158 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.021, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '1351+379', 'J1353+3741' RA= 13:53:14.085987 DEC= +37:41:13.99571 RAER= 0.75 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1351+640', 'J1353+6345' RA= 13:53:15.831175 DEC= +63:45:45.68271 RAER= 1.60 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1351+509', 'J1353+5043' RA= 13:53:16.102262 DEC= +50:43:00.01665 RAER= 6.54 DECER= 4.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1350+148', 'J1353+1435' RA= 13:53:22.839867 DEC= +14:35:39.25850 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.201, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1352+757', 'J1353+7532' RA= 13:53:23.168048 DEC= +75:32:57.73555 RAER= 0.41 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.234, 8.4, 0.321, 0.272, 22.2, 0.232, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3764 observations" / source= '1350+086', 'J1353+0824' RA= 13:53:25.330293 DEC= +08:24:20.78084 RAER= 0.74 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.078, 8.4, 0.063, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1351+576', 'J1353+5725' RA= 13:53:26.033931 DEC= +57:25:52.90756 RAER= 2.24 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1351+405', 'J1353+4016' RA= 13:53:26.694415 DEC= +40:16:58.87723 RAER= 1.26 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.014, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1351+325', 'J1353+3218' RA= 13:53:27.243394 DEC= +32:18:24.28939 RAER= 0.26 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.024, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '1351+267', 'J1353+2631' RA= 13:53:35.924910 DEC= +26:31:47.51792 RAER= 1.43 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1349-664', 'J1353-6639' RA= 13:53:40.141565 DEC= -66:39:57.66338 RAER= 2.90 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1352+609', 'J1353+6044' RA= 13:53:41.210414 DEC= +60:44:23.14340 RAER= 1.01 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.020, 8.4, 0.063, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1350-393', 'J1353-3937' RA= 13:53:45.150437 DEC= -39:37:10.89596 RAER= 2.20 DECER= 18.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1351-063', 'J1353-0637' RA= 13:53:49.143632 DEC= -06:37:03.85398 RAER= 0.47 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.007, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1351+021', 'J1353+0151' RA= 13:53:51.584422 DEC= +01:51:53.88969 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.059, 8.4, 0.130, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 606 observations" / source= '1351+297', 'J1353+2933' RA= 13:53:56.533674 DEC= +29:33:07.84401 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1352+636', 'J1353+6324' RA= 13:53:58.847187 DEC= +63:24:32.45867 RAER= 0.40 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.101, 5.0, 0.116, 0.076, 8.4, 0.103, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '1352+697', 'J1354+6931' RA= 13:54:03.097919 DEC= +69:31:49.05901 RAER= 5.97 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.030, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1351+318', 'J1354+3139' RA= 13:54:05.392491 DEC= +31:39:02.43151 RAER= 1.06 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.029, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1351-018', 'J1354-0206' RA= 13:54:06.895330 DEC= -02:06:03.19050 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.837, 0.654, 5.0, 0.791, 0.556, 8.4, 0.674, 0.436, 15.2, 0.531, 0.281 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52266 observations" / source= '1351-211', 'J1354-2123' RA= 13:54:11.490706 DEC= -21:23:12.12846 RAER= 1.20 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.033, 8.4, 0.045, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1351-365', 'J1354-3648' RA= 13:54:19.452210 DEC= -36:48:34.76771 RAER= 1.25 DECER= 5.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1352+274', 'J1354+2710' RA= 13:54:20.049507 DEC= +27:10:11.37443 RAER= 1.32 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1353+670', 'J1354+6645' RA= 13:54:23.088126 DEC= +66:45:25.59788 RAER= 1.54 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.066, 8.4, 0.088, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1352+373', 'J1354+3706' RA= 13:54:26.693218 DEC= +37:06:54.57622 RAER= 0.65 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1351-237', 'J1354-2357' RA= 13:54:30.435619 DEC= -23:57:48.75691 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, 0.104, 8.4, 0.211, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '1352+394', 'J1354+3910' RA= 13:54:34.930438 DEC= +39:10:45.62056 RAER= 0.90 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.048, 8.4, 0.043, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1353+729', 'J1354+7240' RA= 13:54:42.278501 DEC= +72:40:23.90692 RAER= 16.63 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1351-244', 'J1354-2443' RA= 13:54:42.815261 DEC= -24:43:24.67918 RAER= 0.44 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1352+066', 'J1354+0622' RA= 13:54:44.210017 DEC= +06:22:48.11622 RAER= 3.12 DECER= 7.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1350-736', 'J1354-7353' RA= 13:54:44.908928 DEC= -73:53:41.96632 RAER= 5.40 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1352-104', 'J1354-1041' RA= 13:54:46.518692 DEC= -10:41:02.65627 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.278, 5.0, 0.467, 0.281, 8.4, 0.594, 0.414 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3363 observations" / source= '1352-197', 'J1354-2001' RA= 13:54:49.488220 DEC= -20:01:35.57898 RAER= 1.01 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1352+009', 'J1355+0040' RA= 13:55:07.577328 DEC= +00:40:43.27619 RAER= 0.93 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.028, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1352+098', 'J1355+0938' RA= 13:55:12.134785 DEC= +09:38:50.17616 RAER= 0.46 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.053, 8.4, 0.068, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1352+140', 'J1355+1349' RA= 13:55:15.481374 DEC= +13:49:38.78402 RAER= 1.48 DECER= 4.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1352+119', 'J1355+1144' RA= 13:55:18.704739 DEC= +11:44:53.59680 RAER= 1.35 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1352-523', 'J1355-5236' RA= 13:55:32.650422 DEC= -52:36:43.67935 RAER= 0.43 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1352-299', 'J1355-3014' RA= 13:55:32.674149 DEC= -30:14:35.98099 RAER= 0.34 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.067, 8.4, 0.096, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1352-520', 'J1355-5215' RA= 13:55:36.256512 DEC= -52:15:02.95107 RAER= 6.91 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1354+673', 'J1355+6708' RA= 13:55:39.058128 DEC= +67:08:01.78657 RAER= 1.84 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.016, 8.4, 0.074, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1353+306', 'J1355+3024' RA= 13:55:41.118748 DEC= +30:24:11.92672 RAER= 0.25 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '1352-632', 'J1355-6326' RA= 13:55:46.612200 DEC= -63:26:42.57408 RAER= 1.17 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.117, 0.757 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '1353-095', 'J1355-0947' RA= 13:55:47.894912 DEC= -09:47:55.19845 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.122, 8.4, 0.073, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '1352-369', 'J1355-3709' RA= 13:55:47.987862 DEC= -37:09:56.88723 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.076, 8.4, 0.127, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '1353-128', 'J1356-1305' RA= 13:56:01.240428 DEC= -13:05:33.13917 RAER= 0.22 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.041, 5.0, 0.038, 0.015, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '1354+487', 'J1356+4831' RA= 13:56:03.325470 DEC= +48:31:37.56089 RAER= 0.32 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.049, 8.4, 0.045, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '1353-036', 'J1356-0355' RA= 13:56:04.473274 DEC= -03:55:32.24330 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1353-341', 'J1356-3421' RA= 13:56:05.386543 DEC= -34:21:10.85803 RAER= 0.24 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.460, 0.070, 8.4, 0.247, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 415 observations" / source= '1353-171', 'J1356-1724' RA= 13:56:06.953016 DEC= -17:24:31.81771 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.074, 8.4, 0.142, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 845 observations" / source= '1353+054', 'J1356+0515' RA= 13:56:07.214146 DEC= +05:15:17.26396 RAER= 0.38 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1354+418', 'J1356+4136' RA= 13:56:07.375208 DEC= +41:36:15.36285 RAER= 1.21 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.027, 8.4, 0.026, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '1353-062', 'J1356-0628' RA= 13:56:32.287055 DEC= -06:28:40.48120 RAER= 1.43 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1355+662', 'J1356+6559' RA= 13:56:33.191012 DEC= +65:59:57.91854 RAER= 2.72 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.026, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1354+247', 'J1356+2431' RA= 13:56:40.379928 DEC= +24:31:00.21275 RAER= 0.26 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.040, 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '1354-107', 'J1356-1101' RA= 13:56:46.831811 DEC= -11:01:29.22733 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.107, 5.0, 0.248, 0.143, 8.4, 0.131, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 918 observations" / source= '1354+089', 'J1356+0843' RA= 13:56:47.103066 DEC= +08:43:52.30078 RAER= 0.33 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, n/a, 5.0, 0.054, 0.021, 8.4, 0.053, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1354+374', 'J1356+3710' RA= 13:56:49.735606 DEC= +37:10:26.09950 RAER= 0.79 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.077, 8.4, 0.076, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1354+295', 'J1356+2918' RA= 13:56:52.542462 DEC= +29:18:18.74724 RAER= 0.38 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1354-085', 'J1356-0848' RA= 13:56:54.855244 DEC= -08:48:54.85652 RAER= 16.86 DECER= 17.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1354+195', 'J1357+1919' RA= 13:57:04.436659 DEC= +19:19:07.37236 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.930, 0.306, 5.0, 0.941, 0.447, 8.4, 1.053, 0.455, 15.2, 1.173, 0.396, 22.2, 1.697, 0.520 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5088 observations" / source= '1354-174', 'J1357-1744' RA= 13:57:06.074229 DEC= -17:44:01.90489 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.472, 0.663, 5.0, 0.639, 0.183, 8.4, 0.611, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '1354+258', 'J1357+2537' RA= 13:57:06.535548 DEC= +25:37:24.49326 RAER= 0.98 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1354-091', 'J1357-0923' RA= 13:57:10.240596 DEC= -09:23:14.85730 RAER= 0.92 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.041, 8.4, 0.031, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1354-152', 'J1357-1527' RA= 13:57:11.244987 DEC= -15:27:28.78689 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.290, 5.0, 0.408, 0.337, 8.4, 0.429, 0.349, 15.2, 0.644, 0.589 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14548 observations" / source= '1354-025', 'J1357-0250' RA= 13:57:22.384720 DEC= -02:50:00.95816 RAER= 0.65 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.050, 8.4, 0.099, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1354+005', 'J1357+0015' RA= 13:57:26.479632 DEC= +00:15:42.43022 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.216, 0.165, 8.4, 0.214, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '1354-103', 'J1357-1034' RA= 13:57:26.592134 DEC= -10:34:46.16751 RAER= 2.67 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.010, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1355+483', 'J1357+4807' RA= 13:57:30.614417 DEC= +48:07:41.43326 RAER= 30.40 DECER= 10.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1353-643', 'J1357-6433' RA= 13:57:34.497529 DEC= -64:33:27.34316 RAER= 1.28 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '1355+255', 'J1357+2517' RA= 13:57:38.638937 DEC= +25:17:47.95398 RAER= 0.77 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.029, 8.4, 0.061, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1355+017', 'J1357+0128' RA= 13:57:38.698209 DEC= +01:28:13.63158 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.034, 5.0, 0.041, 0.035, 8.4, 0.043, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 355 observations" / source= '1355+441', 'J1357+4353' RA= 13:57:40.592070 DEC= +43:53:59.76960 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.645, 0.168, 5.0, 0.386, 0.049, 8.4, 0.253, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 787 observations" / source= '1355+010', 'J1357+0046' RA= 13:57:53.724858 DEC= +00:46:33.35495 RAER= 0.79 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.216, 0.016, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1357+769', 'J1357+7643' RA= 13:57:55.371531 DEC= +76:43:21.05099 RAER= 0.44 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.688, 0.612, 5.0, 0.225, 0.206, 8.4, 0.660, 0.589 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256456 observations" / source= '1355-381', 'J1358-3821' RA= 13:58:00.871251 DEC= -38:21:17.33892 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.120, 5.0, 0.194, 0.090, 8.4, 0.131, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 370 observations" / source= '1400+839', 'J1358+8340' RA= 13:58:01.348016 DEC= +83:40:21.96135 RAER= 2.46 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.062, 8.4, 0.071, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 679 observations" / source= '1355+219', 'J1358+2140' RA= 13:58:06.053678 DEC= +21:40:21.29322 RAER= 0.40 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1356+581', 'J1358+5752' RA= 13:58:17.588684 DEC= +57:52:04.58168 RAER= 4.25 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1355+115', 'J1358+1119' RA= 13:58:22.419718 DEC= +11:19:32.91909 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.093, 8.4, 0.128, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '1357+697', 'J1358+6929' RA= 13:58:33.465162 DEC= +69:29:41.94268 RAER= 5.10 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.034, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1355-215', 'J1358-2148' RA= 13:58:38.226924 DEC= -21:48:55.04679 RAER= 0.47 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.026, 8.4, 0.054, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1355-619', 'J1358-6209' RA= 13:58:40.511465 DEC= -62:09:55.58001 RAER= 35.49 DECER= 16.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '1356+478', 'J1358+4737' RA= 13:58:40.666478 DEC= +47:37:58.31141 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.611, 0.314, 5.0, 0.382, 0.129, 8.4, 0.284, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '1356-068', 'J1358-0704' RA= 13:58:50.590585 DEC= -07:04:01.55369 RAER= 0.47 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.046, 8.4, 0.078, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1355-416', 'J1359-4152' RA= 13:59:00.184983 DEC= -41:52:52.63731 RAER= 0.37 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.055, 8.4, 0.071, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '1357+514', 'J1359+5113' RA= 13:59:01.735865 DEC= +51:13:13.54732 RAER= 5.54 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1357+559', 'J1359+5544' RA= 13:59:05.743425 DEC= +55:44:29.38365 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.108, 5.0, 0.100, 0.098, 8.4, 0.121, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1299 observations" / source= '1356+298', 'J1359+2935' RA= 13:59:07.774632 DEC= +29:35:31.92802 RAER= 0.72 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.009, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1356+185', 'J1359+1815' RA= 13:59:19.741576 DEC= +18:15:52.46948 RAER= 0.85 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1356-116', 'J1359-1150' RA= 13:59:21.323941 DEC= -11:50:44.12372 RAER= 0.81 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1356+022', 'J1359+0159' RA= 13:59:27.149342 DEC= +01:59:54.56317 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.473, 0.168, 8.4, 0.376, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '1357+470', 'J1359+4650' RA= 13:59:27.665568 DEC= +46:50:46.03363 RAER= 3.01 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1357+432', 'J1359+4301' RA= 13:59:31.993143 DEC= +43:01:03.72654 RAER= 1.07 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, n/a, 8.4, 0.055, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1356-082', 'J1359-0831' RA= 13:59:32.387849 DEC= -08:31:17.24734 RAER= 0.73 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, n/a, 5.0, 0.040, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '1357+363', 'J1359+3607' RA= 13:59:36.558939 DEC= +36:07:26.52539 RAER= 0.41 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 311 observations" / source= '1355-660', 'J1359-6615' RA= 13:59:37.750469 DEC= -66:15:38.81969 RAER= 8.10 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '1357+404', 'J1359+4011' RA= 13:59:38.094275 DEC= +40:11:38.25045 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.167, 5.0, 0.175, 0.172, 8.4, 0.281, 0.253, 15.2, 0.305, 0.257 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1091 observations" / source= '1357+129', 'J1359+1244' RA= 13:59:42.611360 DEC= +12:44:12.63827 RAER= 0.63 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1357+107', 'J1359+1033' RA= 13:59:47.357236 DEC= +10:33:18.54775 RAER= 3.36 DECER= 7.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1357-119', 'J1359-1209' RA= 13:59:47.457673 DEC= -12:09:28.63630 RAER= 0.73 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.025, 8.4, 0.049, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1357+273', 'J1359+2708' RA= 13:59:47.906614 DEC= +27:08:28.32184 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.127, 8.4, 0.165, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 218 observations" / source= '1356-375', 'J1359-3746' RA= 13:59:49.717969 DEC= -37:46:00.84804 RAER= 1.14 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.031, 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1357+227', 'J1359+2229' RA= 13:59:52.150005 DEC= +22:29:45.33891 RAER= 0.32 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.114, 8.4, 0.134, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1357-106', 'J1359-1056' RA= 13:59:55.560651 DEC= -10:56:27.09763 RAER= 1.91 DECER= 8.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1357-235', 'J1359-2347' RA= 13:59:55.834868 DEC= -23:47:58.22701 RAER= 1.01 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1357+148', 'J1359+1436' RA= 13:59:59.701782 DEC= +14:36:33.21547 RAER= 0.30 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.058, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1357-187', 'J1400-1858' RA= 14:00:03.865998 DEC= -18:58:11.08594 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.210, 8.4, 0.364, 0.318 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 623 observations" / source= '1357+295', 'J1400+2918' RA= 14:00:08.892821 DEC= +29:18:27.59232 RAER= 0.28 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1357-154', 'J1400-1541' RA= 14:00:10.561180 DEC= -15:41:17.48746 RAER= 2.54 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1357-101', 'J1400-1023' RA= 14:00:20.459427 DEC= -10:23:41.00772 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.033, 8.4, 0.042, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '1358+181', 'J1400+1751' RA= 14:00:26.407913 DEC= +17:51:33.30738 RAER= 0.47 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1358+624', 'J1400+6210' RA= 14:00:28.648067 DEC= +62:10:38.58828 RAER= 0.41 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.984, 0.189, 8.4, 0.269, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1357-162', 'J1400-1626' RA= 14:00:33.993516 DEC= -16:26:47.95198 RAER= 1.42 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.036, 8.4, 0.029, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1357-558', 'J1400-5604' RA= 14:00:41.777678 DEC= -56:04:55.57211 RAER= 2.65 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1358+046', 'J1400+0425' RA= 14:00:48.444108 DEC= +04:25:30.88046 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.095, 8.4, 0.132, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '1359+700', 'J1400+6946' RA= 14:00:55.706492 DEC= +69:46:41.38339 RAER= 6.37 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1358-351', 'J1400-3525' RA= 14:00:59.109426 DEC= -35:25:04.73887 RAER= 1.61 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1359+488', 'J1401+4835' RA= 14:01:03.930503 DEC= +48:35:54.16798 RAER= 4.85 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1358-090', 'J1401-0916' RA= 14:01:05.331841 DEC= -09:16:31.57183 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.111, 8.4, 0.213, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1358-383', 'J1401-3835' RA= 14:01:18.279820 DEC= -38:35:02.19804 RAER= 3.44 DECER= 13.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1358-030', 'J1401-0315' RA= 14:01:19.103736 DEC= -03:15:47.23303 RAER= 2.22 DECER= 10.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.043, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1358-287', 'J1401-2856' RA= 14:01:21.945226 DEC= -28:56:56.12868 RAER= 8.87 DECER= 22.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1358-119', 'J1401-1212' RA= 14:01:25.521804 DEC= -12:12:26.66282 RAER= 0.63 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1359+200', 'J1401+1947' RA= 14:01:31.559631 DEC= +19:47:57.00023 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, 0.067, 8.4, 0.108, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1358-089', 'J1401-0911' RA= 14:01:31.927503 DEC= -09:11:22.87087 RAER= 0.45 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.095, 8.4, 0.088, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1358-212', 'J1401-2126' RA= 14:01:32.561067 DEC= -21:26:41.85852 RAER= 0.62 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1358-214', 'J1401-2142' RA= 14:01:34.286673 DEC= -21:42:08.42174 RAER= 0.73 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.035, 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1358-298', 'J1401-3004' RA= 14:01:34.939426 DEC= -30:04:36.87200 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.087, 8.4, 0.140, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1359+15B', 'J1401+151B' RA= 14:01:35.515502 DEC= +15:13:24.40234 RAER= 0.73 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1359+15C', 'J1401+151C' RA= 14:01:35.527932 DEC= +15:13:23.98774 RAER= 0.67 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1359+15A', 'J1401+151A' RA= 14:01:35.549374 DEC= +15:13:25.65492 RAER= 0.68 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1359+364', 'J1401+3611' RA= 14:01:38.733061 DEC= +36:11:21.90616 RAER= 0.28 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.079, 8.4, 0.147, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '1359-113', 'J1401-1136' RA= 14:01:41.845450 DEC= -11:36:24.91581 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.015, 5.0, 0.044, n/a, 8.4, 0.061, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1358-357', 'J1401-3559' RA= 14:01:42.993384 DEC= -35:59:52.18218 RAER= 1.62 DECER= 6.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1400+588', 'J1401+5835' RA= 14:01:45.699926 DEC= +58:35:42.26700 RAER= 0.27 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.076, 5.0, 0.073, 0.059, 8.4, 0.089, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 940 observations" / source= '1359+502', 'J1401+5002' RA= 14:01:52.367879 DEC= +50:02:16.56868 RAER= 12.29 DECER= 6.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1359-320', 'J1401-3218' RA= 14:01:59.509173 DEC= -32:18:45.09626 RAER= 2.94 DECER= 9.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1359-281', 'J1402-2822' RA= 14:02:02.401683 DEC= -28:22:25.14476 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.069, 8.4, 0.173, 0.087, 22.2, 0.118, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '1400+532', 'J1402+5301' RA= 14:02:06.659218 DEC= +53:01:25.78193 RAER= 3.62 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1400+585', 'J1402+5817' RA= 14:02:14.811751 DEC= +58:17:47.00877 RAER= 0.85 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.213, 0.166, 8.4, 0.118, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1359+039', 'J1402+0342' RA= 14:02:24.842162 DEC= +03:42:26.58095 RAER= 4.65 DECER= 4.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1400+347', 'J1402+3428' RA= 14:02:35.741894 DEC= +34:28:20.99177 RAER= 1.05 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1359-333', 'J1402-3334' RA= 14:02:41.324338 DEC= -33:34:07.56453 RAER= 16.07 DECER= 30.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1400+162', 'J1402+1559' RA= 14:02:44.513557 DEC= +15:59:56.66586 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.082, 8.4, 0.133, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1400-181', 'J1402-1825' RA= 14:02:45.755551 DEC= -18:25:56.42665 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.063, 8.4, 0.094, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '1400-184', 'J1402-1840' RA= 14:02:48.504537 DEC= -18:40:47.48971 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.228, 8.4, 0.164, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1359-664', 'J1402-6640' RA= 14:02:57.425463 DEC= -66:40:31.99760 RAER= 0.98 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1400+064', 'J1403+0610' RA= 14:03:13.294044 DEC= +06:10:08.35620 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.039, 8.4, 0.049, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '1401+435', 'J1403+4320' RA= 14:03:19.457654 DEC= +43:20:19.85759 RAER= 2.86 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.013, 8.4, 0.007, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1400+003', 'J1403+0006' RA= 14:03:30.337211 DEC= +00:06:55.96890 RAER= 2.04 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1401+092', 'J1403+0859' RA= 14:03:33.356353 DEC= +08:59:44.25873 RAER= 13.68 DECER= 16.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1400-337', 'J1403-3358' RA= 14:03:38.723616 DEC= -33:58:41.86855 RAER= 7.06 DECER= 21.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1401+415', 'J1403+4117' RA= 14:03:44.024583 DEC= +41:17:34.93052 RAER= 1.11 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1400-355', 'J1403-3547' RA= 14:03:49.695485 DEC= -35:47:46.22940 RAER= 2.14 DECER= 18.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1401+325', 'J1404+3220' RA= 14:04:02.307076 DEC= +32:20:51.71827 RAER= 0.81 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.040, 8.4, 0.033, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1401-084', 'J1404-0838' RA= 14:04:03.080308 DEC= -08:38:43.81853 RAER= 0.37 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1402+660', 'J1404+6551' RA= 14:04:05.278913 DEC= +65:51:37.58490 RAER= 0.36 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.438, 0.043, 8.4, 0.184, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1401-361', 'J1404-3622' RA= 14:04:05.308961 DEC= -36:22:38.96961 RAER= 1.13 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, n/a, 8.4, 0.109, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1401+000', 'J1404-0013' RA= 14:04:12.123981 DEC= -00:13:25.09117 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.149, 8.4, 0.381, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '1402+415', 'J1404+4117' RA= 14:04:16.357327 DEC= +41:17:48.72858 RAER= 1.85 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1404+787', 'J1404+7829' RA= 14:04:20.292847 DEC= +78:29:50.54866 RAER= 17.46 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.083, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1400-584', 'J1404-5844' RA= 14:04:26.867355 DEC= -58:44:14.76880 RAER= 39.56 DECER= 20.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1402+077', 'J1404+0728' RA= 14:04:32.992344 DEC= +07:28:46.96523 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.134, 5.0, 0.130, 0.055, 8.4, 0.100, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '1401-154', 'J1404-1538' RA= 14:04:38.834297 DEC= -15:38:50.36868 RAER= 0.39 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.046, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '1401-138', 'J1404-1405' RA= 14:04:40.279619 DEC= -14:05:08.38116 RAER= 0.32 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.064, 5.0, 0.068, 0.017, 8.4, 0.042, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '1402-012', 'J1404-0130' RA= 14:04:45.895448 DEC= -01:30:21.94723 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.220, 8.4, 0.280, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1061 observations" / source= '1402-074', 'J1404-0743' RA= 14:04:48.397763 DEC= -07:43:10.22151 RAER= 1.43 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1402+042', 'J1404+0402' RA= 14:04:50.911086 DEC= +04:02:02.22893 RAER= 3.76 DECER= 13.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1401-462', 'J1404-4626' RA= 14:04:54.061774 DEC= -46:26:40.41839 RAER= 5.99 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1402-25A', 'J1404-2535' RA= 14:04:59.098264 DEC= -25:35:36.11840 RAER= 8.14 DECER= 17.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1402+296', 'J1405+2925' RA= 14:05:00.818473 DEC= +29:25:14.14945 RAER= 2.63 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1402+044', 'J1405+0415' RA= 14:05:01.119829 DEC= +04:15:35.81874 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.820, 0.531, 5.0, 0.751, 0.370, 8.4, 0.672, 0.324, 15.2, 0.591, 0.282 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3226 observations" / source= '1402-064', 'J1405-0640' RA= 14:05:04.590809 DEC= -06:40:56.50689 RAER= 0.38 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.019, 8.4, 0.029, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1403+411', 'J1405+4056' RA= 14:05:07.795444 DEC= +40:56:57.83116 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.208, 5.0, 0.192, 0.179, 8.4, 0.204, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 999 observations" / source= '1401-599', 'J1405-6009' RA= 14:05:17.036172 DEC= -60:09:56.32763 RAER= 9.41 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '1403+345', 'J1405+3418' RA= 14:05:18.549860 DEC= +34:18:54.24907 RAER= 0.40 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 330 observations" / source= '1403+471', 'J1405+4652' RA= 14:05:23.307913 DEC= +46:52:26.86837 RAER= 0.96 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.024, 8.4, 0.056, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1402+013', 'J1405+0108' RA= 14:05:27.765048 DEC= +01:08:25.49347 RAER= 1.01 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1401-688', 'J1405-6904' RA= 14:05:28.385681 DEC= -69:04:02.15578 RAER= 0.99 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1402-144', 'J1405-1440' RA= 14:05:32.867348 DEC= -14:40:18.29656 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.167, 8.4, 0.195, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1847 observations" / source= '1402-253', 'J1405-2532' RA= 14:05:39.459312 DEC= -25:32:25.37647 RAER= 0.97 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.036, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1402-366', 'J1405-3655' RA= 14:05:40.534894 DEC= -36:55:34.78196 RAER= 11.36 DECER= 22.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1402-388', 'J1405-3907' RA= 14:05:41.376978 DEC= -39:07:18.31795 RAER= 2.08 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, n/a, 5.0, 0.111, n/a, 8.4, 0.076, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1403+002', 'J1405+0003' RA= 14:05:58.622257 DEC= +00:03:29.69770 RAER= 1.29 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1403-107', 'J1406-1058' RA= 14:06:00.571129 DEC= -10:58:49.94130 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.048, 5.0, 0.052, 0.045, 8.4, 0.056, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 732 observations" / source= '1403-085', 'J1406-0848' RA= 14:06:00.701914 DEC= -08:48:06.88154 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.679, 0.457, 8.4, 0.425, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '1403+192', 'J1406+1859' RA= 14:06:06.579051 DEC= +18:59:31.26282 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.153, 8.4, 0.115, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1403-248', 'J1406-2508' RA= 14:06:09.609939 DEC= -25:08:09.37518 RAER= 1.11 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1403-068', 'J1406-0707' RA= 14:06:10.813686 DEC= -07:07:02.31042 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.197, 5.0, 0.416, 0.209, 8.4, 0.364, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1403-148', 'J1406-1504' RA= 14:06:15.873052 DEC= -15:04:10.86453 RAER= 15.36 DECER= 16.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1404+358', 'J1406+3539' RA= 14:06:18.112593 DEC= +35:39:22.04294 RAER= 51.72 DECER= 51.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1404+479', 'J1406+4743' RA= 14:06:19.093340 DEC= +47:43:26.87227 RAER= 1.77 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.043, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1403-072', 'J1406-0727' RA= 14:06:26.137977 DEC= -07:27:08.50593 RAER= 2.15 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1404+253', 'J1406+2509' RA= 14:06:26.608328 DEC= +25:09:21.07977 RAER= 0.38 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 312 observations" / source= '1404+196', 'J1406+1926' RA= 14:06:34.771869 DEC= +19:26:56.97340 RAER= 0.75 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.030, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1403-27A', 'J1406-273A' RA= 14:06:35.610905 DEC= -27:36:15.13819 RAER= 3.40 DECER= 9.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1403-273', 'J1406-2736' RA= 14:06:35.632496 DEC= -27:36:16.27308 RAER= 1.65 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 129 observations" / source= '1403-27B', 'J1406-273B' RA= 14:06:35.664985 DEC= -27:36:16.08745 RAER= 4.11 DECER= 6.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1406+787', 'J1406+7828' RA= 14:06:36.566962 DEC= +78:28:10.40472 RAER= 0.72 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.065, 8.4, 0.157, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 765 observations" / source= '1404-070', 'J1406-0718' RA= 14:06:38.442030 DEC= -07:18:28.17909 RAER= 0.37 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.093, 8.4, 0.117, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1404-031', 'J1406-0324' RA= 14:06:39.868100 DEC= -03:24:31.02333 RAER= 0.48 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1404+347', 'J1406+3433' RA= 14:06:53.847269 DEC= +34:33:37.30614 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.166, 5.0, 0.208, 0.208, 8.4, 0.230, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 992 observations" / source= '1405+586', 'J1406+5822' RA= 14:06:55.504883 DEC= +58:22:00.06621 RAER= 0.66 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1404+255', 'J1406+2516' RA= 14:06:58.491277 DEC= +25:16:14.13059 RAER= 0.94 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.032, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1404+286', 'J1407+2827' RA= 14:07:00.394415 DEC= +28:27:14.69014 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.550, 0.692, 5.0, 1.792, 0.851, 8.4, 1.558, 0.535, 15.2, 0.940, 0.365 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80681 observations" / source= '1406+767', 'J1407+7628' RA= 14:07:01.983074 DEC= +76:28:13.52637 RAER= 0.62 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.098, 8.4, 0.090, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 926 observations" / source= '1404-061', 'J1407-0620' RA= 14:07:04.704356 DEC= -06:20:22.86992 RAER= 1.05 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1404+139', 'J1407+1344' RA= 14:07:05.276366 DEC= +13:44:14.73794 RAER= 0.46 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.036, 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1404-084', 'J1407-0839' RA= 14:07:11.246383 DEC= -08:39:30.73185 RAER= 0.72 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.016, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1404-269', 'J1407-2709' RA= 14:07:15.581857 DEC= -27:09:29.65299 RAER= 0.52 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1404+095', 'J1407+0918' RA= 14:07:18.660419 DEC= +09:18:31.78668 RAER= 0.48 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.228, 0.016, 8.4, 0.159, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1404-267', 'J1407-2701' RA= 14:07:29.762289 DEC= -27:01:04.29198 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.065, 8.4, 0.225, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '1405+191', 'J1407+1853' RA= 14:07:32.337174 DEC= +18:53:16.84191 RAER= 1.10 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1405+530', 'J1407+5249' RA= 14:07:35.624602 DEC= +52:49:25.00276 RAER= 0.58 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339 observations" / source= '1404-428', 'J1407-4302' RA= 14:07:39.720959 DEC= -43:02:31.93932 RAER= 1.39 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.445, 0.452 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1405+143', 'J1407+1406' RA= 14:07:44.207502 DEC= +14:06:20.78089 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1406+563', 'J1407+5604' RA= 14:07:50.684649 DEC= +56:04:11.63249 RAER= 3.96 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1405-062', 'J1407-0626' RA= 14:07:51.130774 DEC= -06:26:20.28480 RAER= 0.73 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.027, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1404-342', 'J1407-3431' RA= 14:07:54.917032 DEC= -34:31:28.26359 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.058, 5.0, 0.178, n/a, 8.4, 0.144, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1406+567', 'J1408+5631' RA= 14:08:07.454196 DEC= +56:31:13.41510 RAER= 0.72 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.046, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1405+101', 'J1408+0953' RA= 14:08:07.512856 DEC= +09:53:47.52577 RAER= 0.57 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.041, 8.4, 0.073, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1405-267', 'J1408-2659' RA= 14:08:09.360110 DEC= -26:59:01.77824 RAER= 2.05 DECER= 9.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1405+110', 'J1408+1047' RA= 14:08:10.272173 DEC= +10:47:17.08708 RAER= 0.94 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1405-29A', 'J1408-3006' RA= 14:08:11.423351 DEC= -30:06:02.30811 RAER= 0.54 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1405+070', 'J1408+0649' RA= 14:08:12.088631 DEC= +06:49:06.68179 RAER= 0.64 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.050, 8.4, 0.049, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1406+564', 'J1408+5613' RA= 14:08:12.946229 DEC= +56:13:32.48447 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.181, 5.0, 0.224, 0.157, 8.4, 0.213, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 971 observations" / source= '1405+258', 'J1408+2533' RA= 14:08:16.347040 DEC= +25:33:56.82020 RAER= 3.05 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1407+691', 'J1408+6854' RA= 14:08:19.075998 DEC= +68:54:50.82865 RAER= 0.50 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.100, 8.4, 0.066, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 699 observations" / source= '1404-569', 'J1408-5712' RA= 14:08:26.115511 DEC= -57:12:53.52562 RAER= 0.55 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1405+026', 'J1408+0225' RA= 14:08:28.418276 DEC= +02:25:50.38051 RAER= 0.79 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.017, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1405-298', 'J1408-3004' RA= 14:08:29.790178 DEC= -30:04:23.70605 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.127, 5.0, 0.144, 0.149, 8.4, 0.106, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '1405-239', 'J1408-2410' RA= 14:08:32.749518 DEC= -24:10:22.18770 RAER= 0.61 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.042, 8.4, 0.037, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1406+365', 'J1408+3617' RA= 14:08:35.250121 DEC= +36:17:59.86496 RAER= 0.98 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1405-152', 'J1408-1529' RA= 14:08:36.120573 DEC= -15:29:25.35396 RAER= 0.23 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1407+653', 'J1408+6505' RA= 14:08:48.811196 DEC= +65:05:28.03828 RAER= 0.36 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.035, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 825 observations" / source= '1405-287', 'J1408-2900' RA= 14:08:49.613745 DEC= -29:00:23.60823 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.194, 5.0, 0.389, 0.168, 8.4, 0.347, 0.142, 22.2, 0.362, 0.278 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1626 observations" / source= '1406-076', 'J1408-0752' RA= 14:08:56.481206 DEC= -07:52:26.66654 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.748, 0.455, 5.0, 1.144, 0.710, 8.4, 0.969, 0.595, 15.2, 1.026, 0.619 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37313 observations" / source= '1407+369', 'J1409+3642' RA= 14:09:09.507942 DEC= +36:42:08.15846 RAER= 0.33 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '1406-230', 'J1409-2315' RA= 14:09:11.976132 DEC= -23:15:49.61035 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.517, 0.154, 8.4, 0.193, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '1406-258', 'J1409-2603' RA= 14:09:27.551767 DEC= -26:03:03.69738 RAER= 10.15 DECER= 19.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1406-211', 'J1409-2120' RA= 14:09:37.580280 DEC= -21:20:37.93540 RAER= 3.32 DECER= 7.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1406-267', 'J1409-2657' RA= 14:09:50.169782 DEC= -26:57:36.98055 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.555, 0.472, 8.4, 0.603, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6004 observations" / source= '1407-025', 'J1409-0246' RA= 14:09:56.315595 DEC= -02:46:04.09957 RAER= 1.22 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, 0.021, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1407+177', 'J1409+1732' RA= 14:09:57.298254 DEC= +17:32:43.90382 RAER= 0.57 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1407+249', 'J1410+2444' RA= 14:10:04.120762 DEC= +24:44:01.70370 RAER= 0.85 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.024, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1407+022', 'J1410+0203' RA= 14:10:04.655962 DEC= +02:03:06.91256 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.429, 0.307, 8.4, 0.485, 0.344 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1407-328', 'J1410-3305' RA= 14:10:18.262544 DEC= -33:05:48.33021 RAER= 41.20 DECER= 54.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1407-188', 'J1410-1903' RA= 14:10:19.695196 DEC= -19:03:10.20308 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.067, 8.4, 0.057, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '1407-218', 'J1410-2205' RA= 14:10:19.993448 DEC= -22:05:25.02723 RAER= 0.61 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.030, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 148 observations" / source= '1407-21A', 'J1410-2207' RA= 14:10:20.753440 DEC= -22:07:57.77600 RAER= 3.02 DECER= 9.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1409+712', 'J1410+7101' RA= 14:10:26.621532 DEC= +71:01:19.77354 RAER= 12.34 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1408+169', 'J1410+1644' RA= 14:10:26.749815 DEC= +16:44:28.60724 RAER= 0.52 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1408+148', 'J1410+1438' RA= 14:10:28.054659 DEC= +14:38:40.21617 RAER= 0.26 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.069, 8.4, 0.083, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1408+463', 'J1410+4608' RA= 14:10:28.214039 DEC= +46:08:21.02114 RAER= 1.45 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1408+285', 'J1410+2820' RA= 14:10:29.557192 DEC= +28:20:55.65631 RAER= 1.47 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1409+619', 'J1410+6141' RA= 14:10:30.992065 DEC= +61:41:36.91986 RAER= 0.66 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1408+077', 'J1410+0731' RA= 14:10:35.075356 DEC= +07:31:21.48904 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.087, 8.4, 0.113, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '1409+625', 'J1410+6216' RA= 14:10:35.417884 DEC= +62:16:47.39365 RAER= 0.34 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.098, 5.0, 0.057, 0.026, 8.4, 0.096, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 736 observations" / source= '1408+490', 'J1410+4850' RA= 14:10:36.038066 DEC= +48:50:40.34306 RAER= 1.84 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.008, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1407-228', 'J1410-2303' RA= 14:10:40.868708 DEC= -23:03:23.23702 RAER= 6.93 DECER= 11.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1408+370', 'J1410+3647' RA= 14:10:43.035877 DEC= +36:47:21.87396 RAER= 1.27 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.258, 0.004, 8.4, 0.159, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1408-027', 'J1411-0300' RA= 14:11:04.257131 DEC= -03:00:43.42341 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.130, 5.0, 0.261, 0.199, 8.4, 0.232, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '1408-193', 'J1411-1933' RA= 14:11:07.327089 DEC= -19:33:07.02426 RAER= 1.63 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1408+008', 'J1411+0036' RA= 14:11:07.833604 DEC= +00:36:07.22871 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.052, 8.4, 0.070, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1408+065', 'J1411+0619' RA= 14:11:09.742482 DEC= +06:19:45.60618 RAER= 0.58 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.012, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1409+373', 'J1411+3705' RA= 14:11:14.516135 DEC= +37:05:35.62384 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.118, 5.0, 0.146, 0.045, 8.4, 0.147, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '1409+524', 'J1411+5212' RA= 14:11:20.405769 DEC= +52:12:11.28004 RAER= 11.98 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1408-107', 'J1411-1100' RA= 14:11:20.561420 DEC= -11:00:08.86174 RAER= 4.39 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1409+595', 'J1411+5917' RA= 14:11:21.983800 DEC= +59:17:04.29994 RAER= 0.39 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.030, 5.0, 0.037, 0.019, 8.4, 0.051, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1408-19A', 'J1411-1937' RA= 14:11:24.421591 DEC= -19:37:30.36190 RAER= 1.30 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1408-19B', 'J1411-1934' RA= 14:11:25.778769 DEC= -19:34:43.64734 RAER= 2.01 DECER= 4.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1408-289', 'J1411-2914' RA= 14:11:27.337580 DEC= -29:14:04.91835 RAER= 1.45 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1408-533', 'J1411-5335' RA= 14:11:27.727012 DEC= -53:35:43.51833 RAER= 0.71 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.160, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1408-071', 'J1411-0722' RA= 14:11:33.324481 DEC= -07:22:53.42038 RAER= 0.48 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '1411+746', 'J1411+7424' RA= 14:11:34.657865 DEC= +74:24:29.72535 RAER= 1.02 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.039, 8.4, 0.045, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '1409+133', 'J1411+1304' RA= 14:11:38.754792 DEC= +13:04:22.37152 RAER= 0.70 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.030, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1410+530', 'J1411+5249' RA= 14:11:49.443680 DEC= +52:49:00.22297 RAER= 0.38 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.050, 8.4, 0.081, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1409+432', 'J1411+4300' RA= 14:11:52.787593 DEC= +43:00:23.84895 RAER= 0.78 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.112, 8.4, 0.083, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1409+218', 'J1411+2134' RA= 14:11:54.862207 DEC= +21:34:23.43704 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.166, 5.0, 0.175, 0.154, 8.4, 0.167, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1380 observations" / source= '1409+344', 'J1411+3415' RA= 14:11:55.267424 DEC= +34:15:10.10713 RAER= 0.92 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.040, 8.4, 0.061, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1409+428', 'J1411+4239' RA= 14:11:59.730984 DEC= +42:39:50.31177 RAER= 0.32 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.049, 8.4, 0.047, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1409+131', 'J1412+1257' RA= 14:12:03.430655 DEC= +12:57:25.61430 RAER= 0.63 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.044, 8.4, 0.050, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1410+563', 'J1412+5606' RA= 14:12:09.020432 DEC= +56:06:11.75242 RAER= 4.90 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1409-162', 'J1412-1631' RA= 14:12:20.768258 DEC= -16:31:28.87881 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1409-220', 'J1412-2220' RA= 14:12:20.850863 DEC= -22:20:01.54519 RAER= 0.62 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.025, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1409-341', 'J1412-3420' RA= 14:12:20.917586 DEC= -34:20:21.79191 RAER= 2.31 DECER= 9.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1410+322', 'J1412+3200' RA= 14:12:24.981898 DEC= +32:00:54.32142 RAER= 0.41 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 325 observations" / source= '1409-356', 'J1412-3555' RA= 14:12:28.434941 DEC= -35:55:48.67048 RAER= 1.41 DECER= 5.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1410+138', 'J1412+1334' RA= 14:12:36.372663 DEC= +13:34:38.15286 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.256, 8.4, 0.312, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '1410+489', 'J1412+4844' RA= 14:12:38.668812 DEC= +48:44:47.10952 RAER= 1.16 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1410-055', 'J1412-0545' RA= 14:12:47.333591 DEC= -05:45:19.04145 RAER= 5.93 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '1411+505', 'J1413+5019' RA= 14:13:02.287534 DEC= +50:19:27.26438 RAER= 2.01 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1410+331', 'J1413+3253' RA= 14:13:04.005626 DEC= +32:53:24.84765 RAER= 0.99 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1411+479', 'J1413+4742' RA= 14:13:06.737032 DEC= +47:42:04.58796 RAER= 1.71 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1409-651', 'J1413-6520' RA= 14:13:10.004921 DEC= -65:20:44.59577 RAER= 16.99 DECER= 5.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1410-029', 'J1413-0312' RA= 14:13:14.877248 DEC= -03:12:27.65921 RAER= 0.51 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.022, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1410-279', 'J1413-2813' RA= 14:13:14.881713 DEC= -28:13:37.38868 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.037, 8.4, 0.119, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 201 observations" / source= '1410+128', 'J1413+1234' RA= 14:13:16.437153 DEC= +12:34:01.22493 RAER= 3.14 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1411+453', 'J1413+4505' RA= 14:13:18.865489 DEC= +45:05:22.98641 RAER= 0.41 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '1411+533', 'J1413+5305' RA= 14:13:24.273673 DEC= +53:05:26.91878 RAER= 0.95 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1410-341', 'J1413-3422' RA= 14:13:27.173757 DEC= -34:22:35.58573 RAER= 10.03 DECER= 19.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1410-201', 'J1413-2020' RA= 14:13:35.058408 DEC= -20:20:40.19585 RAER= 0.83 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.188, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '1410-069', 'J1413-0710' RA= 14:13:36.255376 DEC= -07:10:05.72768 RAER= 0.39 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.023, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1411+153', 'J1413+1509' RA= 14:13:41.658089 DEC= +15:09:39.50738 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.086, 5.0, 0.226, 0.048, 8.4, 0.157, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '1411+014', 'J1413+0111' RA= 14:13:41.944739 DEC= +01:11:26.11922 RAER= 1.66 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.030, 8.4, 0.032, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1411+438', 'J1413+4339' RA= 14:13:43.719420 DEC= +43:39:45.00335 RAER= 2.01 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1411-057', 'J1413-0559' RA= 14:13:48.703749 DEC= -05:59:58.48489 RAER= 2.46 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1411-040', 'J1413-0416' RA= 14:13:57.139594 DEC= -04:16:26.25999 RAER= 0.55 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.051, 8.4, 0.048, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1411-072', 'J1414-0728' RA= 14:14:13.410917 DEC= -07:28:10.13615 RAER= 0.77 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '1412+461', 'J1414+4554' RA= 14:14:14.852415 DEC= +45:54:48.72997 RAER= 0.32 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.059, 5.0, 0.179, 0.027, 8.4, 0.071, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '1411+103', 'J1414+1008' RA= 14:14:16.666629 DEC= +10:08:23.33935 RAER= 0.59 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.026, 8.4, 0.075, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1415+793', 'J1414+7905' RA= 14:14:19.513788 DEC= +79:05:48.11770 RAER= 28.90 DECER= 5.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, n/a, 5.0, 0.015, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1411-265', 'J1414-2648' RA= 14:14:22.353660 DEC= -26:48:13.62496 RAER= 41.04 DECER= 40.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1411-202', 'J1414-2029' RA= 14:14:26.491805 DEC= -20:29:12.11220 RAER= 1.70 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1412+196', 'J1414+1922' RA= 14:14:29.499440 DEC= +19:22:18.39611 RAER= 0.45 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.039, 8.4, 0.122, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1411-146', 'J1414-1455' RA= 14:14:39.091656 DEC= -14:55:23.31183 RAER= 0.89 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.031, 8.4, 0.033, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1412+047', 'J1414+0429' RA= 14:14:45.012248 DEC= +04:29:58.66063 RAER= 0.32 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.030, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1412+033', 'J1414+0307' RA= 14:14:51.348481 DEC= +03:07:51.24608 RAER= 0.48 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.042, 8.4, 0.093, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1412-185', 'J1415-1845' RA= 14:15:02.651177 DEC= -18:45:09.66139 RAER= 0.84 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.027, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1412+392', 'J1415+3859' RA= 14:15:03.231312 DEC= +38:59:16.55186 RAER= 6.27 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1412-279', 'J1415-2809' RA= 14:15:04.486198 DEC= -28:09:54.43147 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.105, 8.4, 0.123, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '1413+421', 'J1415+4155' RA= 14:15:04.758787 DEC= +41:55:56.93180 RAER= 3.59 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1413+371', 'J1415+3656' RA= 14:15:06.214107 DEC= +36:56:09.59137 RAER= 1.87 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1412-077', 'J1415-0756' RA= 14:15:08.805854 DEC= -07:56:24.60943 RAER= 1.38 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1412+087', 'J1415+0832' RA= 14:15:09.918430 DEC= +08:32:05.36915 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.049, 8.4, 0.176, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1412-107', 'J1415-1057' RA= 14:15:10.265713 DEC= -10:57:48.63574 RAER= 16.42 DECER= 22.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1412-097', 'J1415-0955' RA= 14:15:20.833941 DEC= -09:55:58.33091 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.070, 5.0, 0.107, n/a, 8.4, 0.143, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '1412-148', 'J1415-1502' RA= 14:15:23.220784 DEC= -15:02:57.05005 RAER= 5.07 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1412-368', 'J1415-3705' RA= 14:15:26.016341 DEC= -37:05:26.97042 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.464, 0.386, 8.4, 0.296, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1297 observations" / source= '1413+373', 'J1415+3706' RA= 14:15:28.466816 DEC= +37:06:21.16199 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.244, 5.0, 0.279, 0.089, 8.4, 0.209, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1412-179', 'J1415-1809' RA= 14:15:29.162388 DEC= -18:09:17.72613 RAER= 0.48 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.053, 8.4, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1414+652', 'J1415+6501' RA= 14:15:33.523972 DEC= +65:01:23.90453 RAER= 0.89 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.029, 8.4, 0.034, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1413+487', 'J1415+4830' RA= 14:15:36.800014 DEC= +48:30:30.45049 RAER= 0.32 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.030, 8.4, 0.036, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '1413+124', 'J1415+1212' RA= 14:15:41.838453 DEC= +12:12:30.54752 RAER= 0.65 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.056, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1412-383', 'J1415-3835' RA= 14:15:42.144793 DEC= -38:35:10.41218 RAER= 1.66 DECER= 7.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1413-069', 'J1415-0708' RA= 14:15:48.904465 DEC= -07:08:07.60523 RAER= 0.34 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.036, 8.4, 0.100, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1413+135', 'J1415+1320' RA= 14:15:58.817509 DEC= +13:20:23.71286 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.459, 0.119, 5.0, 0.493, 0.227, 8.4, 0.682, 0.389, 15.2, 0.917, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11026 observations" / source= '1413-291', 'J1416-2924' RA= 14:16:01.421041 DEC= -29:24:50.13256 RAER= 1.08 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1414+623', 'J1416+6205' RA= 14:16:03.216035 DEC= +62:05:20.11350 RAER= 4.40 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1413+349', 'J1416+3444' RA= 14:16:04.186222 DEC= +34:44:36.42684 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.465, 0.502, 5.0, 0.626, 0.157, 8.4, 0.518, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 901 observations" / source= '1413-240', 'J1416-2418' RA= 14:16:12.175899 DEC= -24:18:13.52111 RAER= 0.66 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 187 observations" / source= '1413-164', 'J1416-1641' RA= 14:16:16.912664 DEC= -16:41:12.87034 RAER= 1.98 DECER= 4.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1414+412', 'J1416+4058' RA= 14:16:20.513629 DEC= +40:58:13.84869 RAER= 0.97 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.037, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1414+525', 'J1416+5219' RA= 14:16:22.764082 DEC= +52:19:16.47012 RAER= 0.88 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.020, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1414+129', 'J1416+1242' RA= 14:16:28.656360 DEC= +12:42:13.57711 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.039, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '1413-121', 'J1416-1225' RA= 14:16:31.624082 DEC= -12:25:15.25711 RAER= 5.15 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1413-168', 'J1416-1705' RA= 14:16:34.369734 DEC= -17:05:45.73281 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.135, 8.4, 0.207, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '1413-079', 'J1416-0809' RA= 14:16:35.847108 DEC= -08:09:31.38969 RAER= 10.52 DECER= 11.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1414+194', 'J1416+1913' RA= 14:16:36.635126 DEC= +19:13:12.94829 RAER= 0.69 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.032, 8.4, 0.057, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1414+133', 'J1416+1307' RA= 14:16:36.703247 DEC= +13:07:15.19892 RAER= 0.29 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.075, 8.4, 0.079, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1414+147', 'J1416+1430' RA= 14:16:37.247054 DEC= +14:30:44.26791 RAER= 0.38 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.061, 8.4, 0.084, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1413-213', 'J1416-2131' RA= 14:16:42.314555 DEC= -21:31:55.03302 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.173, 0.063, 8.4, 0.141, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '1414+462', 'J1416+4603' RA= 14:16:42.608134 DEC= +46:03:00.21504 RAER= 1.20 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1414+110', 'J1416+1048' RA= 14:16:52.951089 DEC= +10:48:26.69711 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.044, 8.4, 0.123, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '1414-088', 'J1416-0903' RA= 14:16:52.964995 DEC= -09:03:49.09400 RAER= 0.59 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1415+463', 'J1417+4607' RA= 14:17:08.161486 DEC= +46:07:05.44920 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.457, 0.110, 5.0, 0.403, 0.113, 8.4, 0.407, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1414+200', 'J1417+1950' RA= 14:17:12.941070 DEC= +19:50:36.59336 RAER= 0.42 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.038, 8.4, 0.083, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1414-270', 'J1417-2718' RA= 14:17:16.294934 DEC= -27:18:10.81765 RAER= 7.67 DECER= 15.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1415+235', 'J1417+2317' RA= 14:17:17.896739 DEC= +23:17:20.13112 RAER= 1.25 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1414-435', 'J1417-4349' RA= 14:17:17.910603 DEC= -43:49:15.22406 RAER= 3.73 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1415+223', 'J1417+2205' RA= 14:17:26.080067 DEC= +22:05:39.43170 RAER= 0.28 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.064, 8.4, 0.108, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1414-263', 'J1417-2631' RA= 14:17:28.748258 DEC= -26:31:52.47961 RAER= 1.12 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.032, 8.4, 0.040, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1415+269', 'J1417+2644' RA= 14:17:30.413014 DEC= +26:44:57.02954 RAER= 0.74 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1415+059', 'J1417+0545' RA= 14:17:31.392570 DEC= +05:45:43.60533 RAER= 1.24 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.075, 8.4, 0.053, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1415+115', 'J1417+1116' RA= 14:17:32.160328 DEC= +11:16:58.04449 RAER= 0.58 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.014, 8.4, 0.049, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1415+110', 'J1417+1049' RA= 14:17:39.941878 DEC= +10:49:03.18956 RAER= 0.88 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.030, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1415+385', 'J1417+3818' RA= 14:17:40.445775 DEC= +38:18:21.14237 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.065, 5.0, 0.059, 0.056, 8.4, 0.079, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1414-596', 'J1417-5950' RA= 14:17:41.636012 DEC= -59:50:37.60933 RAER= 2.02 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.474, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1415+208', 'J1417+2040' RA= 14:17:55.059277 DEC= +20:40:08.26294 RAER= 0.69 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.038, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1415+259', 'J1417+2543' RA= 14:17:56.670737 DEC= +25:43:26.24419 RAER= 0.36 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '1415+410', 'J1417+4051' RA= 14:17:58.620137 DEC= +40:51:59.62821 RAER= 1.09 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1416+538', 'J1418+5336' RA= 14:18:02.508306 DEC= +53:36:05.94529 RAER= 2.77 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.031, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1415+172', 'J1418+1703' RA= 14:18:03.738618 DEC= +17:03:24.63241 RAER= 0.20 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.042, 5.0, 0.023, 0.018, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '1415+101', 'J1418+0952' RA= 14:18:13.464091 DEC= +09:52:38.48478 RAER= 1.00 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1419+812', 'J1418+8059' RA= 14:18:13.651099 DEC= +80:59:47.14248 RAER= 6.15 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, n/a, 5.0, 0.022, 0.017, 8.4, 0.023, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1415-297', 'J1418-2958' RA= 14:18:19.008518 DEC= -29:58:27.38270 RAER= 1.09 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.264, n/a, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1415-023', 'J1418-0233' RA= 14:18:26.327226 DEC= -02:33:34.14065 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1416+359', 'J1418+3542' RA= 14:18:28.581783 DEC= +35:42:49.46188 RAER= 0.21 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.031, 8.4, 0.054, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1415-261', 'J1418-2621' RA= 14:18:44.031910 DEC= -26:21:57.69629 RAER= 4.44 DECER= 10.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1416+159', 'J1418+1541' RA= 14:18:50.721260 DEC= +15:41:06.33991 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.048, 8.4, 0.047, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '1416+400', 'J1418+3946' RA= 14:18:58.865586 DEC= +39:46:38.86690 RAER= 2.03 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1415-349', 'J1418-3509' RA= 14:18:58.916928 DEC= -35:09:42.50800 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.604, 0.295, 8.4, 0.435, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '1416-031', 'J1418-0322' RA= 14:18:59.244562 DEC= -03:22:51.79982 RAER= 39.54 DECER= 27.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1416-156', 'J1418-1555' RA= 14:18:59.951354 DEC= -15:55:37.32336 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.070, 8.4, 0.153, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '1419+777', 'J1419+7732' RA= 14:19:00.355056 DEC= +77:32:29.34334 RAER= 3.74 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1416-139', 'J1419-1407' RA= 14:19:00.712810 DEC= -14:07:53.94971 RAER= 0.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.036, 8.4, 0.049, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1416+013', 'J1419+0108' RA= 14:19:08.175997 DEC= +01:08:56.45533 RAER= 0.97 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.020, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1416+067', 'J1419+0628' RA= 14:19:08.180147 DEC= +06:28:34.80335 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.407, 0.078, 8.4, 0.202, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1994 observations" / source= '1416+062', 'J1419+0603' RA= 14:19:09.261881 DEC= +06:03:28.50707 RAER= 0.29 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, 0.093, 8.4, 0.110, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1416+25A', 'J1419+2525' RA= 14:19:11.971236 DEC= +25:25:49.31074 RAER= 1.17 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.016, 8.4, 0.011, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1416-262', 'J1419-2627' RA= 14:19:12.751188 DEC= -26:27:30.03710 RAER= 0.95 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1416+256', 'J1419+2524' RA= 14:19:15.407820 DEC= +25:24:25.83840 RAER= 0.49 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.036, 8.4, 0.066, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1416+054', 'J1419+0511' RA= 14:19:20.304180 DEC= +05:11:09.18788 RAER= 1.26 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.039, 8.4, 0.049, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1417+547', 'J1419+5431' RA= 14:19:21.076026 DEC= +54:31:44.05965 RAER= 1.47 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1416-084', 'J1419-0838' RA= 14:19:22.556076 DEC= -08:38:32.14014 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.179, 8.4, 0.227, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '1416-516', 'J1419-5154' RA= 14:19:35.245224 DEC= -51:54:58.57080 RAER= 0.23 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.329, 0.304 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1419+734', 'J1419+7315' RA= 14:19:41.180299 DEC= +73:15:04.24743 RAER= 7.53 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1417-119', 'J1419-1209' RA= 14:19:42.308349 DEC= -12:09:43.11917 RAER= 2.57 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1419+720', 'J1419+7147' RA= 14:19:43.149477 DEC= +71:47:31.20849 RAER= 24.87 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1417+468', 'J1419+4634' RA= 14:19:46.374471 DEC= +46:34:24.40180 RAER= 1.75 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.022, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1418+546', 'J1419+5423' RA= 14:19:46.597410 DEC= +54:23:14.78706 RAER= 0.17 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.854, 0.442, 5.0, 1.228, 0.635, 8.4, 0.912, 0.486, 15.2, 0.921, 0.457 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168578 observations" / source= '1417+385', 'J1419+3821' RA= 14:19:46.613760 DEC= +38:21:48.47506 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.457, 0.425, 5.0, 0.740, 0.578, 8.4, 0.586, 0.453, 15.2, 0.659, 0.579 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59530 observations" / source= '1418+548', 'J1419+5434' RA= 14:19:47.783152 DEC= +54:34:59.24238 RAER= 0.87 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.021, 8.4, 0.033, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1417-192', 'J1419-1928' RA= 14:19:49.738752 DEC= -19:28:25.26837 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.083, 5.0, 0.433, 0.332, 8.4, 0.171, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1417+103', 'J1419+1005' RA= 14:19:53.666006 DEC= +10:05:53.17532 RAER= 1.13 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.032, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1417-141', 'J1419-1423' RA= 14:19:55.818461 DEC= -14:23:20.92919 RAER= 1.12 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.014, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1417+257', 'J1419+2533' RA= 14:19:56.862661 DEC= +25:33:53.44917 RAER= 0.83 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1417+273', 'J1419+2706' RA= 14:19:59.297071 DEC= +27:06:25.55264 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.172, 5.0, 0.249, 0.166, 8.4, 0.300, 0.224, 22.2, 0.662, 0.419 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4488 observations" / source= '1417+083', 'J1419+0804' RA= 14:19:59.442160 DEC= +08:04:41.58360 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.207, 0.199, 8.4, 0.207, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '1417+375', 'J1420+3721' RA= 14:20:00.341079 DEC= +37:21:34.65992 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.084, 5.0, 0.146, 0.075, 8.4, 0.164, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 858 observations" / source= '1417-354', 'J1420-3542' RA= 14:20:02.183383 DEC= -35:42:58.57256 RAER= 2.11 DECER= 9.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1417-125', 'J1420-1244' RA= 14:20:04.881202 DEC= -12:44:58.56511 RAER= 0.43 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.055, 8.4, 0.064, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1417+064', 'J1420+0614' RA= 14:20:13.690134 DEC= +06:14:28.64036 RAER= 1.59 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.018, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1417-064', 'J1420-0642' RA= 14:20:17.957561 DEC= -06:42:08.05134 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.107, 5.0, 0.183, 0.138, 8.4, 0.204, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '1417-187', 'J1420-1856' RA= 14:20:19.399518 DEC= -18:56:05.94820 RAER= 0.67 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1418+466', 'J1420+4624' RA= 14:20:20.679709 DEC= +46:24:40.94172 RAER= 2.06 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.029, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1417+172', 'J1420+1703' RA= 14:20:20.891163 DEC= +17:03:29.17541 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.122, 5.0, 0.193, 0.190, 8.4, 0.326, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1077 observations" / source= '1419+654', 'J1420+6513' RA= 14:20:39.980478 DEC= +65:13:58.53441 RAER= 7.68 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1418+070', 'J1420+0650' RA= 14:20:40.867530 DEC= +06:50:59.51350 RAER= 0.82 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1417-460', 'J1420-4614' RA= 14:20:47.437167 DEC= -46:14:29.44354 RAER= 1.32 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations. No flux information" / source= '1418+123', 'J1420+1205' RA= 14:20:48.009831 DEC= +12:05:45.98298 RAER= 3.01 DECER= 7.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1418+046', 'J1420+0427' RA= 14:20:49.716315 DEC= +04:27:49.17334 RAER= 11.47 DECER= 14.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1418-064', 'J1420-0640' RA= 14:20:50.968446 DEC= -06:40:10.64494 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.024, 8.4, 0.050, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1418-110', 'J1421-1118' RA= 14:21:00.150626 DEC= -11:18:20.40477 RAER= 0.19 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.095, 15.2, 0.105, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '1418-228', 'J1421-2307' RA= 14:21:01.617492 DEC= -23:07:31.55903 RAER= 0.97 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.045, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1418+053', 'J1421+0508' RA= 14:21:04.245993 DEC= +05:08:44.80858 RAER= 7.38 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1419+419', 'J1421+4144' RA= 14:21:05.830214 DEC= +41:44:49.70690 RAER= 11.62 DECER= 8.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1419+391', 'J1421+3855' RA= 14:21:06.031698 DEC= +38:55:22.82671 RAER= 0.28 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.058, 8.4, 0.081, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '1418-065', 'J1421-0643' RA= 14:21:07.755618 DEC= -06:43:56.35587 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.084, 8.4, 0.183, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1418+134', 'J1421+1315' RA= 14:21:10.760836 DEC= +13:15:31.71729 RAER= 0.61 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.044, 8.4, 0.043, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1418-025', 'J1421-0246' RA= 14:21:13.541751 DEC= -02:46:45.97464 RAER= 8.19 DECER= 17.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1419+286', 'J1421+2824' RA= 14:21:14.055735 DEC= +28:24:52.78612 RAER= 0.41 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.035, 8.4, 0.027, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1421+754', 'J1421+7513' RA= 14:21:15.017288 DEC= +75:13:20.25536 RAER= 1.75 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.059, 8.4, 0.062, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '1419+469', 'J1421+4645' RA= 14:21:23.072900 DEC= +46:45:47.98706 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.169, 5.0, 0.155, 0.149, 8.4, 0.196, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 837 observations" / source= '1419+397', 'J1421+3933' RA= 14:21:23.550362 DEC= +39:33:32.05762 RAER= 1.92 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1415-791', 'J1421-7920' RA= 14:21:23.977496 DEC= -79:20:26.39769 RAER= 54.12 DECER= 9.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.021, n/a, 8.4, 0.015, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1419+399', 'J1421+3943' RA= 14:21:25.665222 DEC= +39:43:28.80530 RAER= 1.24 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1419+31A', 'J1421+3119' RA= 14:21:29.612909 DEC= +31:19:03.72242 RAER= 0.69 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.026, 8.4, 0.054, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1418-278', 'J1421-2803' RA= 14:21:32.196130 DEC= -28:03:21.85451 RAER= 1.22 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.044, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1418-111', 'J1421-1122' RA= 14:21:32.213723 DEC= -11:22:25.09307 RAER= 0.81 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1419+315', 'J1421+3116' RA= 14:21:33.668949 DEC= +31:16:58.14701 RAER= 0.69 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.027, 8.4, 0.030, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1418-192', 'J1421-1931' RA= 14:21:36.958115 DEC= -19:31:18.85137 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.102, 5.0, 0.086, n/a, 8.4, 0.226, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 892 observations" / source= '1418-481', 'J1421-4820' RA= 14:21:38.646533 DEC= -48:20:22.79713 RAER= 0.52 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.208, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1419-075', 'J1421-0743' RA= 14:21:40.619520 DEC= -07:43:46.97845 RAER= 0.70 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '1418-198', 'J1421-2001' RA= 14:21:43.395271 DEC= -20:01:43.88433 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.054, 8.4, 0.064, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1419+104', 'J1421+1013' RA= 14:21:44.558125 DEC= +10:13:57.03746 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.054, 5.0, 0.086, 0.033, 8.4, 0.055, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '1420+693', 'J1421+6907' RA= 14:21:50.777108 DEC= +69:07:25.79267 RAER= 5.00 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1419+041', 'J1421+0355' RA= 14:21:55.252338 DEC= +03:55:36.78670 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, n/a, 5.0, 0.140, 0.015, 8.4, 0.114, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '1420+584', 'J1421+5814' RA= 14:21:56.098043 DEC= +58:14:54.77062 RAER= 0.41 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.076, 8.4, 0.080, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '1419-089', 'J1422-0910' RA= 14:22:13.878623 DEC= -09:10:18.85352 RAER= 14.01 DECER= 13.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1419-213', 'J1422-2132' RA= 14:22:17.259783 DEC= -21:32:15.12155 RAER= 3.59 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1419-053', 'J1422-0537' RA= 14:22:19.658652 DEC= -05:37:20.80795 RAER= 1.70 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1419+123', 'J1422+1208' RA= 14:22:21.903688 DEC= +12:08:45.82896 RAER= 2.83 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1420+501', 'J1422+4953' RA= 14:22:25.856938 DEC= +49:53:55.67494 RAER= 0.48 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1420+326', 'J1422+3223' RA= 14:22:30.378948 DEC= +32:23:10.44011 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.339, 0.239, 5.0, 0.291, 0.251, 8.4, 0.227, 0.124, 15.2, 0.717, 0.432 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1264 observations" / source= '1419-229', 'J1422-2308' RA= 14:22:37.106350 DEC= -23:08:30.13577 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.062, 8.4, 0.238, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1623 observations" / source= '1421+582', 'J1422+5801' RA= 14:22:38.882842 DEC= +58:01:55.51799 RAER= 1.07 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1420+044', 'J1422+0414' RA= 14:22:42.490504 DEC= +04:14:39.12020 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.059, 8.4, 0.067, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '1420+249', 'J1422+2442' RA= 14:22:46.089512 DEC= +24:42:56.91525 RAER= 2.34 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1420-105', 'J1422-1046' RA= 14:22:47.224410 DEC= -10:46:18.35051 RAER= 10.84 DECER= 11.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1423+772', 'J1422+7704' RA= 14:22:48.384058 DEC= +77:04:15.84964 RAER= 9.38 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1419-272', 'J1422-2727' RA= 14:22:49.227161 DEC= -27:27:56.72315 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.083, 5.0, 0.140, 0.098, 8.4, 0.183, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '1420+072', 'J1422+0700' RA= 14:22:51.895498 DEC= +07:00:25.96438 RAER= 0.64 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.060, 8.4, 0.053, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1420+058', 'J1422+0540' RA= 14:22:53.227946 DEC= +05:40:13.43375 RAER= 0.54 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.173, 0.140, 8.4, 0.087, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1420-224', 'J1423-2240' RA= 14:23:04.394037 DEC= -22:40:51.27599 RAER= 0.37 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.040, 8.4, 0.078, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1421+378', 'J1423+3737' RA= 14:23:04.614830 DEC= +37:37:30.56955 RAER= 0.23 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.036, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '1420+165', 'J1423+1621' RA= 14:23:05.851021 DEC= +16:21:13.83061 RAER= 0.58 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.068, 8.4, 0.050, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1421+482', 'J1423+4802' RA= 14:23:06.156643 DEC= +48:02:10.84533 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.183, 5.0, 0.167, 0.062, 8.4, 0.252, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 367 observations" / source= '1420-076', 'J1423-0751' RA= 14:23:06.203794 DEC= -07:51:27.73307 RAER= 0.76 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.034, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1422+722', 'J1423+7159' RA= 14:23:11.009247 DEC= +71:59:16.87543 RAER= 3.48 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1420-238', 'J1423-2406' RA= 14:23:11.081260 DEC= -24:06:36.27884 RAER= 1.06 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1421+511', 'J1423+5055' RA= 14:23:14.186357 DEC= +50:55:37.28625 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.066, 5.0, 0.088, 0.085, 8.4, 0.121, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1085 observations" / source= '1422+640', 'J1423+6351' RA= 14:23:14.316347 DEC= +63:51:42.40135 RAER= 1.21 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.049, 8.4, 0.070, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1421+487', 'J1423+4830' RA= 14:23:17.996404 DEC= +48:30:15.72818 RAER= 1.79 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.015, 8.4, 0.033, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1421+456', 'J1423+4523' RA= 14:23:28.721720 DEC= +45:23:43.89957 RAER= 0.98 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1421+520', 'J1423+5150' RA= 14:23:29.963327 DEC= +51:50:08.70686 RAER= 1.60 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.014, 8.4, 0.049, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1421+122', 'J1423+1159' RA= 14:23:30.100092 DEC= +11:59:51.24986 RAER= 0.21 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.469, 0.063, 8.4, 0.073, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1420-220', 'J1423-2218' RA= 14:23:40.810210 DEC= -22:18:17.51628 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.118, 8.4, 0.221, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '1418-782', 'J1423-7829' RA= 14:23:43.549289 DEC= -78:29:34.89939 RAER= 0.67 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.187, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1421+207', 'J1423+2029' RA= 14:23:49.687038 DEC= +20:29:21.85114 RAER= 0.60 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.033, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1421-272', 'J1423-2726' RA= 14:23:58.293476 DEC= -27:26:08.20289 RAER= 18.84 DECER= 30.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1421+034', 'J1424+0315' RA= 14:24:06.269131 DEC= +03:15:08.81959 RAER= 0.41 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.056, 8.4, 0.040, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1421+295', 'J1424+2918' RA= 14:24:08.335425 DEC= +29:18:00.45955 RAER= 0.85 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1421+048', 'J1424+0434' RA= 14:24:09.500929 DEC= +04:34:52.08312 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.068, 8.4, 0.108, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1421-176', 'J1424-1750' RA= 14:24:12.352286 DEC= -17:50:08.44089 RAER= 0.57 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.019, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1421+252', 'J1424+2504' RA= 14:24:15.182335 DEC= +25:04:23.80469 RAER= 0.72 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1422+276', 'J1424+2725' RA= 14:24:15.979686 DEC= +27:25:55.80848 RAER= 50.98 DECER= 17.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1421-138', 'J1424-1407' RA= 14:24:16.035170 DEC= -14:07:02.99405 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.082, 8.4, 0.183, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1421-382', 'J1424-3826' RA= 14:24:16.472978 DEC= -38:26:47.63223 RAER= 0.65 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.056, 8.4, 0.091, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1421-322', 'J1424-3225' RA= 14:24:17.758865 DEC= -32:25:54.50046 RAER= 1.23 DECER= 5.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1426+820', 'J1424+8152' RA= 14:24:17.856121 DEC= +81:52:02.16975 RAER= 24.77 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1421-070', 'J1424-0719' RA= 14:24:19.979163 DEC= -07:19:31.39264 RAER= 0.78 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.019, 8.4, 0.046, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1422+373', 'J1424+3705' RA= 14:24:21.180949 DEC= +37:05:52.86216 RAER= 6.95 DECER= 5.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1421-165', 'J1424-1649' RA= 14:24:24.230151 DEC= -16:49:23.64465 RAER= 1.64 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.030, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1421-147', 'J1424-1457' RA= 14:24:24.785082 DEC= -14:57:55.58975 RAER= 1.72 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1422+212', 'J1424+2102' RA= 14:24:25.951523 DEC= +21:02:36.50268 RAER= 2.06 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.012, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1421-490', 'J1424-4913' RA= 14:24:32.240056 DEC= -49:13:49.75575 RAER= 3.48 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.316, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1422+473', 'J1424+4705' RA= 14:24:37.079864 DEC= +47:05:56.69624 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.128, 5.0, 0.120, 0.078, 8.4, 0.131, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '1422+23C', 'J1424+225C' RA= 14:24:38.065618 DEC= +22:55:59.82338 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.591, 0.111, 5.0, 0.239, 0.087, 8.4, 0.177, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 890 observations" / source= '1422+23B', 'J1424+225B' RA= 14:24:38.089712 DEC= +22:56:00.56885 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.760, 0.111, 5.0, 0.295, 0.119, 8.4, 0.200, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 914 observations" / source= '1422+23A', 'J1424+225A' RA= 14:24:38.117977 DEC= +22:56:00.89050 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.700, 0.163, 5.0, 0.510, 0.098, 8.4, 0.187, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 943 observations" / source= '1422+268', 'J1424+2637' RA= 14:24:40.528361 DEC= +26:37:30.46454 RAER= 0.52 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '1422+215', 'J1424+2120' RA= 14:24:42.823131 DEC= +21:20:58.91787 RAER= 46.30 DECER= 242.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1422+169', 'J1424+1640' RA= 14:24:43.310489 DEC= +16:40:41.92510 RAER= 0.71 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.027, 8.4, 0.045, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1420-724', 'J1424-7241' RA= 14:24:52.238226 DEC= -72:41:17.09483 RAER= 0.54 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.141, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '1422+364', 'J1424+3615' RA= 14:24:55.511595 DEC= +36:15:36.04154 RAER= 0.20 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.050, 8.4, 0.049, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 589 observations" / source= '1420-679', 'J1424-6807' RA= 14:24:55.557423 DEC= -68:07:58.09441 RAER= 0.28 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.695, 1.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1457 observations" / source= '1422+202', 'J1424+2000' RA= 14:24:56.918948 DEC= +20:00:26.36148 RAER= 0.58 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.034, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1421-359', 'J1424-3608' RA= 14:24:58.665286 DEC= -36:08:08.01334 RAER= 1.81 DECER= 7.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1421-458', 'J1425-4604' RA= 14:25:11.024340 DEC= -46:04:53.74993 RAER= 1.61 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.197, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1422+124', 'J1425+1210' RA= 14:25:15.738594 DEC= +12:10:44.30318 RAER= 0.69 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.014, 8.4, 0.032, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1422+128', 'J1425+1239' RA= 14:25:18.609578 DEC= +12:39:27.00490 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.021, 8.4, 0.090, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1422-249', 'J1425-2513' RA= 14:25:23.037384 DEC= -25:13:06.97118 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.093, 8.4, 0.111, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '1423+162', 'J1425+1602' RA= 14:25:27.381089 DEC= +16:02:54.57491 RAER= 0.58 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.045, 8.4, 0.057, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1422-297', 'J1425-2959' RA= 14:25:29.249855 DEC= -29:59:56.18027 RAER= 0.42 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.042, 8.4, 0.109, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1422-180', 'J1425-1816' RA= 14:25:30.443126 DEC= -18:16:23.75670 RAER= 2.31 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1423-101', 'J1425-1022' RA= 14:25:46.560343 DEC= -10:22:24.67007 RAER= 0.47 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.081, 8.4, 0.052, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1423+146', 'J1425+1424' RA= 14:25:49.018014 DEC= +14:24:56.90189 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.397, 0.291, 5.0, 0.126, n/a, 8.4, 0.351, 0.222 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4492 observations" / source= '1423+400', 'J1425+3946' RA= 14:25:49.192119 DEC= +39:46:55.04195 RAER= 0.41 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1423-042', 'J1425-0429' RA= 14:25:50.402119 DEC= -04:29:50.85039 RAER= 0.46 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.064, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1423+242', 'J1425+2404' RA= 14:25:50.716103 DEC= +24:04:03.41594 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.063, 8.4, 0.095, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1423-169', 'J1425-1712' RA= 14:25:58.727376 DEC= -17:12:49.11808 RAER= 0.87 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1423-157', 'J1425-1557' RA= 14:25:58.922916 DEC= -15:57:03.35690 RAER= 4.06 DECER= 9.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1423+306', 'J1425+3028' RA= 14:25:59.124775 DEC= +30:28:25.34945 RAER= 0.28 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1424+406', 'J1426+4024' RA= 14:26:06.188486 DEC= +40:24:32.03390 RAER= 2.20 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1423-223', 'J1426-2234' RA= 14:26:06.637500 DEC= -22:34:45.41538 RAER= 0.98 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.017, 8.4, 0.042, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1424+342', 'J1426+3404' RA= 14:26:07.716174 DEC= +34:04:26.32456 RAER= 0.31 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, 0.019, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1423-216', 'J1426-2152' RA= 14:26:13.282884 DEC= -21:52:39.86876 RAER= 0.88 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1423+154', 'J1426+1512' RA= 14:26:16.999575 DEC= +15:12:02.57243 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1423+047', 'J1426+0434' RA= 14:26:19.249225 DEC= +04:34:06.30308 RAER= 0.75 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.052, 8.4, 0.048, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1423-445', 'J1426-4444' RA= 14:26:26.614519 DEC= -44:44:03.42381 RAER= 2.23 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.125, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1424+366', 'J1426+3625' RA= 14:26:37.087505 DEC= +36:25:09.57353 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.408, 0.297, 5.0, 0.433, 0.346, 8.4, 0.300, 0.107, 15.2, 0.425, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2509 observations" / source= '1425+575', 'J1426+5718' RA= 14:26:41.096327 DEC= +57:18:08.68503 RAER= 0.62 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '1423-557', 'J1426-5558' RA= 14:26:41.538597 DEC= -55:58:53.90308 RAER= 11.48 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1424-217', 'J1426-2158' RA= 14:26:50.540718 DEC= -21:58:51.70794 RAER= 1.06 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1424-020', 'J1426-0215' RA= 14:26:55.484112 DEC= -02:15:44.28111 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.362, 0.301, 8.4, 0.339, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '1424-254', 'J1427-2540' RA= 14:27:00.153404 DEC= -25:40:06.76126 RAER= 2.63 DECER= 9.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1424+240', 'J1427+2348' RA= 14:27:00.391780 DEC= +23:48:00.03753 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.160, 5.0, 0.220, 0.111, 8.4, 0.205, 0.094, 15.2, 0.330, 0.150, 22.2, 0.197, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5217 observations" / source= '1423-501', 'J1427-5022' RA= 14:27:01.872437 DEC= -50:22:27.53081 RAER= 0.87 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.166, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1424+274', 'J1427+2716' RA= 14:27:04.170056 DEC= +27:16:21.21142 RAER= 3.20 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1424-193', 'J1427-1934' RA= 14:27:11.653949 DEC= -19:34:12.51353 RAER= 0.65 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1423-605', 'J1427-6047' RA= 14:27:14.610779 DEC= -60:47:57.41372 RAER= 73.57 DECER= 32.58 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1424+119', 'J1427+1142' RA= 14:27:17.251046 DEC= +11:42:52.97867 RAER= 0.65 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.052, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1424-181', 'J1427-1823' RA= 14:27:25.914726 DEC= -18:23:04.19098 RAER= 0.65 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1425+543', 'J1427+5409' RA= 14:27:30.278459 DEC= +54:09:23.71599 RAER= 3.83 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.017, 0.015, 8.4, 0.013, 0.009, 15.2, 0.006, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1425+551', 'J1427+5456' RA= 14:27:30.427656 DEC= +54:56:01.71321 RAER= 3.83 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1424-106', 'J1427-1054' RA= 14:27:32.079800 DEC= -10:54:35.31644 RAER= 2.41 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1425+267', 'J1427+2632' RA= 14:27:35.607597 DEC= +26:32:14.54074 RAER= 0.32 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.036, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '1424-118', 'J1427-1203' RA= 14:27:38.127187 DEC= -12:03:49.95427 RAER= 0.97 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1424-328', 'J1427-3305' RA= 14:27:41.361141 DEC= -33:05:31.50616 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.145, 5.0, 0.238, n/a, 8.4, 0.415, 0.418 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '1425+162', 'J1427+1602' RA= 14:27:42.179318 DEC= +16:02:55.20544 RAER= 0.30 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '1425-045', 'J1427-0445' RA= 14:27:43.988004 DEC= -04:45:52.00740 RAER= 2.19 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1425+009', 'J1427+0042' RA= 14:27:46.964701 DEC= +00:42:33.57721 RAER= 2.17 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1424-320', 'J1427-3215' RA= 14:27:50.208558 DEC= -32:15:17.02677 RAER= 1.97 DECER= 6.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1425-012', 'J1427-0125' RA= 14:27:52.846156 DEC= -01:25:27.01629 RAER= 2.82 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1424-418', 'J1427-4206' RA= 14:27:56.297569 DEC= -42:06:19.43765 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.343, 0.796, 5.0, 4.122, 2.682, 8.4, 1.738, 1.356 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116633 observations" / source= '1424-380', 'J1428-3817' RA= 14:28:00.395182 DEC= -38:17:22.38528 RAER= 1.20 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1425+167', 'J1428+1628' RA= 14:28:11.383692 DEC= +16:28:51.87138 RAER= 0.23 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.081, 8.4, 0.070, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1426+394', 'J1428+3912' RA= 14:28:13.880783 DEC= +39:12:18.56097 RAER= 0.30 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1426+568', 'J1428+5636' RA= 14:28:24.754382 DEC= +56:36:11.24088 RAER= 0.37 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1425-274', 'J1428-2741' RA= 14:28:28.148606 DEC= -27:41:51.26724 RAER= 4.96 DECER= 10.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1425-156', 'J1428-1553' RA= 14:28:28.508387 DEC= -15:53:08.83984 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.050, 8.4, 0.054, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '1425+073', 'J1428+0708' RA= 14:28:29.586582 DEC= +07:08:36.57191 RAER= 1.59 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1428+747', 'J1428+7430' RA= 14:28:29.930502 DEC= +74:30:02.28672 RAER= 4.92 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1426+276', 'J1428+2724' RA= 14:28:31.761664 DEC= +27:24:32.23244 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.070, 5.0, 0.042, 0.038, 8.4, 0.069, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '1426+428', 'J1428+4240' RA= 14:28:32.608963 DEC= +42:40:21.04785 RAER= 0.30 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.032, 8.4, 0.022, 0.019, 15.2, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1426+490', 'J1428+4847' RA= 14:28:33.658162 DEC= +48:47:04.50491 RAER= 1.44 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1426+295', 'J1428+2919' RA= 14:28:43.750590 DEC= +29:19:05.00061 RAER= 1.92 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.034, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1426+212', 'J1428+2103' RA= 14:28:46.412687 DEC= +21:03:36.75555 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.059, 5.0, 0.076, 0.026, 8.4, 0.184, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '1426+030', 'J1429+0251' RA= 14:29:04.099674 DEC= +02:51:40.36895 RAER= 2.80 DECER= 5.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1426+346', 'J1429+3426' RA= 14:29:05.119902 DEC= +34:26:40.99984 RAER= 23.93 DECER= 24.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1427+634', 'J1429+6316' RA= 14:29:05.306979 DEC= +63:16:04.65391 RAER= 0.30 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.057, 5.0, 0.097, 0.081, 8.4, 0.104, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1094 observations" / source= '1426+200', 'J1429+1951' RA= 14:29:09.790941 DEC= +19:51:38.14590 RAER= 1.33 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.033, 8.4, 0.048, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1427+543', 'J1429+5406' RA= 14:29:21.878793 DEC= +54:06:11.12273 RAER= 0.20 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.574, 0.310, 5.0, 0.523, 0.209, 8.4, 0.418, 0.260, 15.2, 0.277, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1427+220', 'J1429+2148' RA= 14:29:24.786642 DEC= +21:48:02.11004 RAER= 9.11 DECER= 8.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1426-160', 'J1429-1615' RA= 14:29:31.434157 DEC= -16:15:40.46371 RAER= 1.79 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1427+530', 'J1429+5250' RA= 14:29:31.692265 DEC= +52:50:51.31580 RAER= 0.71 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.046, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1427+451', 'J1429+4457' RA= 14:29:33.681633 DEC= +44:57:31.17099 RAER= 61.36 DECER= 12.59 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1426-206', 'J1429-2055' RA= 14:29:34.463649 DEC= -20:55:13.59906 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.057, 5.0, 0.050, 0.045, 8.4, 0.075, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '1427+305', 'J1429+3021' RA= 14:29:39.968621 DEC= +30:21:10.97729 RAER= 3.73 DECER= 7.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1427+452', 'J1429+4500' RA= 14:29:42.994019 DEC= +45:00:46.79759 RAER= 7.11 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1426-217', 'J1429-2157' RA= 14:29:45.488688 DEC= -21:57:09.66455 RAER= 8.01 DECER= 9.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1427-009', 'J1429-0112' RA= 14:29:48.665344 DEC= -01:12:52.25260 RAER= 0.35 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.229, 0.124, 8.4, 0.228, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1427+263', 'J1429+2607' RA= 14:29:50.910544 DEC= +26:07:50.31545 RAER= 0.26 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.245, 0.066, 8.4, 0.232, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '1426-338', 'J1429-3403' RA= 14:29:54.030783 DEC= -34:03:18.22198 RAER= 1.31 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1427+074', 'J1429+0715' RA= 14:29:55.377842 DEC= +07:15:12.81907 RAER= 0.33 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1428+657', 'J1429+6532' RA= 14:29:57.500332 DEC= +65:32:06.05845 RAER= 1.14 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.056, 8.4, 0.096, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1427+109', 'J1430+1043' RA= 14:30:09.738806 DEC= +10:43:26.86250 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.562, 0.518, 5.0, 1.071, 1.031, 8.4, 0.583, 0.322 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '1427-034', 'J1430-0339' RA= 14:30:15.879075 DEC= -03:39:00.09443 RAER= 0.43 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.088, 8.4, 0.087, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1428+525', 'J1430+5217' RA= 14:30:17.341672 DEC= +52:17:35.07696 RAER= 5.44 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1428+321', 'J1430+3158' RA= 14:30:20.196893 DEC= +31:58:02.55705 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '1428+422', 'J1430+4204' RA= 14:30:23.741645 DEC= +42:04:36.49116 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.098, 5.0, 0.230, 0.214, 8.4, 0.170, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4765 observations" / source= '1428+254', 'J1430+2512' RA= 14:30:27.883088 DEC= +25:12:00.96400 RAER= 0.65 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.063, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1427+000', 'J1430-0009' RA= 14:30:31.301865 DEC= -00:09:07.61706 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.038, 8.4, 0.048, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '1428+370', 'J1430+3649' RA= 14:30:40.583688 DEC= +36:49:03.88882 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.206, 5.0, 0.187, 0.173, 8.4, 0.255, 0.226 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3682 observations" / source= '1428+086', 'J1430+0823' RA= 14:30:59.003438 DEC= +08:23:41.95935 RAER= 24.87 DECER= 18.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1427-447', 'J1431-4501' RA= 14:31:00.501240 DEC= -45:01:01.49632 RAER= 1.71 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1428-122', 'J1431-1225' RA= 14:31:02.108451 DEC= -12:25:33.72361 RAER= 0.54 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.069, 8.4, 0.083, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1428-233', 'J1431-2334' RA= 14:31:04.567108 DEC= -23:34:04.43001 RAER= 1.58 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.048, 8.4, 0.046, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1428-311', 'J1431-3120' RA= 14:31:09.223411 DEC= -31:20:38.82996 RAER= 0.32 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.062, 8.4, 0.080, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1428-006', 'J1431-0052' RA= 14:31:13.148251 DEC= -00:52:38.39533 RAER= 0.38 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.085, 8.4, 0.107, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1429+400', 'J1431+3952' RA= 14:31:20.538368 DEC= +39:52:41.52894 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.289, 0.222, 5.0, 0.280, 0.232, 8.4, 0.482, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 769 observations" / source= '1429+249', 'J1431+2442' RA= 14:31:25.884706 DEC= +24:42:20.70506 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.062, 8.4, 0.080, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2060 observations" / source= '1429+135', 'J1431+1322' RA= 14:31:26.883536 DEC= +13:22:33.18151 RAER= 15.13 DECER= 10.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1429+445', 'J1431+4418' RA= 14:31:27.344109 DEC= +44:18:28.84310 RAER= 0.91 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.063, 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1428-149', 'J1431-1509' RA= 14:31:28.132269 DEC= -15:09:28.79791 RAER= 0.19 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.065, 8.4, 0.089, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '1429+204', 'J1431+2012' RA= 14:31:44.302371 DEC= +20:12:59.90886 RAER= 0.75 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1429-043', 'J1431-0433' RA= 14:31:55.211923 DEC= -04:33:54.05039 RAER= 1.10 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.064, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1428-288', 'J1431-2903' RA= 14:31:56.002690 DEC= -29:03:17.86024 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.110, 5.0, 0.147, 0.108, 8.4, 0.158, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1431+733', 'J1431+7310' RA= 14:31:56.211315 DEC= +73:10:40.86512 RAER= 3.45 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.031, 8.4, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1429+102', 'J1431+1002' RA= 14:31:57.979848 DEC= +10:02:14.93037 RAER= 1.56 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1429+033', 'J1432+0305' RA= 14:32:04.862341 DEC= +03:05:43.15173 RAER= 0.87 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, n/a, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1430+511', 'J1432+5056' RA= 14:32:17.341792 DEC= +50:56:03.66606 RAER= 2.58 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.015, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1429+068', 'J1432+0639' RA= 14:32:20.601344 DEC= +06:39:45.93301 RAER= 0.90 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.042, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1429-164', 'J1432-1641' RA= 14:32:27.587096 DEC= -16:41:45.93155 RAER= 2.34 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1429-199', 'J1432-2010' RA= 14:32:38.456224 DEC= -20:10:21.91238 RAER= 7.02 DECER= 8.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1430+365', 'J1432+3618' RA= 14:32:39.829590 DEC= +36:18:07.93271 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.043, 8.4, 0.073, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '1430+412', 'J1432+4103' RA= 14:32:43.296346 DEC= +41:03:27.83607 RAER= 1.82 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.052, 8.4, 0.038, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1430+304', 'J1432+3014' RA= 14:32:44.901087 DEC= +30:14:35.94404 RAER= 216.28 DECER= 422.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1430-213', 'J1432-2133' RA= 14:32:56.011858 DEC= -21:33:18.32581 RAER= 1.43 DECER= 3.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1430-247', 'J1432-2457' RA= 14:32:56.950312 DEC= -24:57:02.08925 RAER= 1.42 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.022, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1430-178', 'J1432-1801' RA= 14:32:57.690619 DEC= -18:01:35.24869 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.807, 0.431, 5.0, 0.483, 0.187, 8.4, 0.421, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1002 observations" / source= '1429-357', 'J1433-3556' RA= 14:33:00.392442 DEC= -35:56:28.64815 RAER= 37.83 DECER= 52.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1430+105', 'J1433+1018' RA= 14:33:02.055035 DEC= +10:18:08.75296 RAER= 0.99 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1430-263', 'J1433-2634' RA= 14:33:04.476625 DEC= -26:34:31.51466 RAER= 1.27 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1430-128', 'J1433-1305' RA= 14:33:06.023377 DEC= -13:05:00.71088 RAER= 1.48 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1430-21B', 'J1433-2132' RA= 14:33:10.780839 DEC= -21:32:42.18333 RAER= 0.91 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1430-21C', 'J1433-2136' RA= 14:33:13.223997 DEC= -21:36:48.21772 RAER= 4.54 DECER= 8.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1430-155', 'J1433-1548' RA= 14:33:21.459340 DEC= -15:48:44.68718 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.734, 0.448, 8.4, 0.721, 0.224 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1430-468', 'J1433-4702' RA= 14:33:23.053492 DEC= -47:02:03.92592 RAER= 4.04 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1430-081', 'J1433-0824' RA= 14:33:23.624605 DEC= -08:24:37.45708 RAER= 1.43 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1430-021', 'J1433-0220' RA= 14:33:24.787614 DEC= -02:20:45.64971 RAER= 0.86 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, 0.023, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1424-834', 'J1433-8341' RA= 14:33:28.432818 DEC= -83:41:08.71030 RAER= 1.98 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.250, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1432+643', 'J1433+6407' RA= 14:33:49.633816 DEC= +64:07:11.30949 RAER= 1.63 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.049, 8.4, 0.050, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1431+008', 'J1433+0035' RA= 14:33:57.200133 DEC= +00:35:10.77154 RAER= 1.30 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1431-197', 'J1434-1958' RA= 14:34:04.695134 DEC= -19:58:46.29932 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, n/a, 5.0, 0.022, 0.022, 8.4, 0.030, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1432+422', 'J1434+4203' RA= 14:34:05.694481 DEC= +42:03:15.99149 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.224, 5.0, 0.206, 0.174, 8.4, 0.221, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1060 observations" / source= '1431-330', 'J1434-3317' RA= 14:34:09.853841 DEC= -33:17:05.26873 RAER= 2.00 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, n/a, 8.4, 0.098, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1431+150', 'J1434+1448' RA= 14:34:10.714144 DEC= +14:48:45.55785 RAER= 0.49 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.053, 8.4, 0.080, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1432+321', 'J1434+3154' RA= 14:34:13.205389 DEC= +31:54:31.95495 RAER= 0.80 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.041, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1432+547', 'J1434+5429' RA= 14:34:16.408509 DEC= +54:29:30.47543 RAER= 0.57 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '1431-115', 'J1434-1146' RA= 14:34:21.135855 DEC= -11:46:19.51123 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.118, 8.4, 0.139, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '1431+043', 'J1434+0404' RA= 14:34:23.949245 DEC= +04:04:55.27869 RAER= 0.77 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.062, 8.4, 0.040, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1432+428', 'J1434+4236' RA= 14:34:27.863786 DEC= +42:36:20.07993 RAER= 0.45 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.262, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 351 observations" / source= '1431-128', 'J1434-1305' RA= 14:34:33.550371 DEC= -13:05:31.43876 RAER= 4.04 DECER= 5.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1433+570', 'J1434+5652' RA= 14:34:38.676136 DEC= +56:52:24.00034 RAER= 10.17 DECER= 5.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1432+200', 'J1434+1952' RA= 14:34:39.793362 DEC= +19:52:00.73575 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.144, 5.0, 0.192, 0.142, 8.4, 0.266, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6153 observations" / source= '1431-125', 'J1434-1246' RA= 14:34:42.985104 DEC= -12:46:47.54183 RAER= 2.04 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1432+336', 'J1434+3328' RA= 14:34:45.349966 DEC= +33:28:20.57053 RAER= 0.31 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1432+383', 'J1434+3805' RA= 14:34:47.102362 DEC= +38:05:13.54644 RAER= 1.18 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.026, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1432+38A', 'J1435+3800' RA= 14:35:09.955976 DEC= +38:00:16.34982 RAER= 14.15 DECER= 14.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1432-102', 'J1435-1030' RA= 14:35:14.394210 DEC= -10:30:33.20078 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.050, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '1432-270', 'J1435-2714' RA= 14:35:14.755626 DEC= -27:14:01.66127 RAER= 11.76 DECER= 24.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1431-481', 'J1435-4821' RA= 14:35:16.800679 DEC= -48:21:47.64129 RAER= 8.45 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1434+715', 'J1435+7118' RA= 14:35:18.754826 DEC= +71:18:18.66975 RAER= 6.12 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.017, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1433+205', 'J1435+2021' RA= 14:35:21.939931 DEC= +20:21:17.86816 RAER= 0.61 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1433+362', 'J1435+3604' RA= 14:35:26.320564 DEC= +36:04:33.35500 RAER= 1.12 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.038, 8.4, 0.038, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1432-166', 'J1435-1654' RA= 14:35:27.486193 DEC= -16:54:37.51841 RAER= 24.25 DECER= 22.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1433+553', 'J1435+5507' RA= 14:35:28.456521 DEC= +55:07:52.04864 RAER= 4.38 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1433+462', 'J1435+4603' RA= 14:35:32.873990 DEC= +46:03:45.36313 RAER= 1.24 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.028, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1433+548', 'J1435+5435' RA= 14:35:33.781364 DEC= +54:35:59.29390 RAER= 0.64 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 347 observations" / source= '1433+304', 'J1435+3012' RA= 14:35:35.402172 DEC= +30:12:24.51935 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.085, 5.0, 0.161, 0.091, 8.4, 0.101, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1125 observations" / source= '1432-039', 'J1435-0410' RA= 14:35:36.244182 DEC= -04:10:40.71211 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.032, 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1433-040', 'J1435-0414' RA= 14:35:39.904469 DEC= -04:14:55.29959 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.087, 8.4, 0.096, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '1433+029', 'J1435+0242' RA= 14:35:40.205109 DEC= +02:42:26.50512 RAER= 0.98 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1433+173', 'J1435+1705' RA= 14:35:40.539105 DEC= +17:05:13.46368 RAER= 0.71 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.038, 8.4, 0.028, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1436+763', 'J1435+7605' RA= 14:35:47.098651 DEC= +76:05:25.82715 RAER= 1.10 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.788, 0.067, 8.4, 0.067, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 991 observations" / source= '1433+075', 'J1435+0722' RA= 14:35:51.281195 DEC= +07:22:18.62401 RAER= 0.55 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.086, 8.4, 0.055, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1433+177', 'J1435+1729' RA= 14:35:56.610040 DEC= +17:29:34.69018 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.091, 8.4, 0.183, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1433-364', 'J1436-3640' RA= 14:36:05.214278 DEC= -36:40:20.88439 RAER= 1.23 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1434+476', 'J1436+4725' RA= 14:36:06.622758 DEC= +47:25:31.90686 RAER= 1.45 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1433-153', 'J1436-1536' RA= 14:36:08.138906 DEC= -15:36:09.01348 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 653 observations" / source= '1434+485', 'J1436+4820' RA= 14:36:18.909689 DEC= +48:20:41.13335 RAER= 0.90 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.017, 8.4, 0.048, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1434+556', 'J1436+5524' RA= 14:36:19.970681 DEC= +55:24:51.71138 RAER= 2.22 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.022, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1433-293', 'J1436-2933' RA= 14:36:24.089448 DEC= -29:33:09.78970 RAER= 1.59 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.028, 8.4, 0.029, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1434+147', 'J1436+1430' RA= 14:36:25.721818 DEC= +14:30:46.16363 RAER= 0.88 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1434+417', 'J1436+4129' RA= 14:36:27.163582 DEC= +41:29:32.40059 RAER= 2.18 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1435+620', 'J1436+6149' RA= 14:36:33.713976 DEC= +61:49:51.53817 RAER= 1.58 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.007, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1433-189', 'J1436-1909' RA= 14:36:33.897805 DEC= -19:09:58.55615 RAER= 5.53 DECER= 6.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1434+235', 'J1436+2321' RA= 14:36:40.981090 DEC= +23:21:03.25960 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.907, 0.756, 5.0, 0.719, 0.573, 8.4, 0.553, 0.306 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1002 observations" / source= '1434+027', 'J1436+0229' RA= 14:36:41.957316 DEC= +02:29:40.57056 RAER= 0.45 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1435+638', 'J1436+6336' RA= 14:36:45.802159 DEC= +63:36:37.86637 RAER= 0.23 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.914, 0.357, 5.0, 1.052, 0.367, 8.4, 0.952, 0.347, 15.2, 1.299, 0.547 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2710 observations" / source= '1434-160', 'J1436-1613' RA= 14:36:49.620312 DEC= -16:13:41.19790 RAER= 1.10 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1434-185', 'J1436-1846' RA= 14:36:56.768264 DEC= -18:46:34.13218 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.061, 8.4, 0.067, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '1435+568', 'J1436+5639' RA= 14:36:57.718796 DEC= +56:39:24.86061 RAER= 0.87 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.010, 15.2, -0.002, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1434+053', 'J1437+0506' RA= 14:37:02.434126 DEC= +05:06:14.90378 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1434+043', 'J1437+0405' RA= 14:37:08.188932 DEC= +04:05:34.37149 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.090, 8.4, 0.192, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '1434-295', 'J1437-2947' RA= 14:37:08.969345 DEC= -29:47:18.62874 RAER= 0.26 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.067, 8.4, 0.068, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 357 observations" / source= '1435+353', 'J1437+3505' RA= 14:37:13.568598 DEC= +35:05:54.83270 RAER= 0.86 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.020, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1434-325', 'J1437-3244' RA= 14:37:14.848957 DEC= -32:44:48.00855 RAER= 0.35 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.258, n/a, 8.4, 0.193, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1435+475', 'J1437+4717' RA= 14:37:16.146587 DEC= +47:17:26.34940 RAER= 2.62 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1435+365', 'J1437+3618' RA= 14:37:18.186658 DEC= +36:18:59.00265 RAER= 2.16 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1435+382', 'J1437+3804' RA= 14:37:19.201472 DEC= +38:04:37.75720 RAER= 0.69 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, n/a, 5.0, 0.009, 0.007, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1435+514', 'J1437+5112' RA= 14:37:19.804405 DEC= +51:12:49.36895 RAER= 0.22 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.086, 5.0, 0.083, 0.072, 8.4, 0.086, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 890 observations" / source= '1435+478', 'J1437+4736' RA= 14:37:23.721100 DEC= +47:36:14.65208 RAER= 2.03 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1435+100', 'J1437+0948' RA= 14:37:37.057793 DEC= +09:48:47.69734 RAER= 0.35 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.018, 8.4, 0.066, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1435+315', 'J1437+3119' RA= 14:37:39.505826 DEC= +31:19:00.99202 RAER= 0.24 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.171, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 537 observations" / source= '1434-111', 'J1437-1119' RA= 14:37:41.905219 DEC= -11:19:10.69923 RAER= 0.33 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.039, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1435+248', 'J1437+2439' RA= 14:37:48.588397 DEC= +24:39:06.25372 RAER= 1.87 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.015, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1435+35A', 'J1437+351A' RA= 14:37:52.051452 DEC= +35:19:39.96887 RAER= 6.90 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1435+355', 'J1437+3519' RA= 14:37:56.466778 DEC= +35:19:37.11826 RAER= 2.95 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1435+302', 'J1437+3002' RA= 14:37:58.673879 DEC= +30:02:07.07398 RAER= 0.21 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1435-218', 'J1438-2204' RA= 14:38:09.469397 DEC= -22:04:54.74850 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.519, 0.330, 5.0, 0.571, 0.217, 8.4, 0.642, 0.381 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4617 observations" / source= '1435+116', 'J1438+1125' RA= 14:38:10.755761 DEC= +11:25:07.64826 RAER= 16.12 DECER= 8.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1435-311', 'J1438-3122' RA= 14:38:10.785718 DEC= -31:22:28.52675 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.509, 0.352, 8.4, 0.543, 0.276, 22.2, 0.328, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1561 observations" / source= '1436+369', 'J1438+3644' RA= 14:38:13.724892 DEC= +36:44:50.87677 RAER= 0.94 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.077, 8.4, 0.061, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1435+213', 'J1438+2105' RA= 14:38:16.111054 DEC= +21:05:58.56293 RAER= 0.75 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1435-285', 'J1438-2847' RA= 14:38:17.006432 DEC= -28:47:26.99051 RAER= 2.02 DECER= 5.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1436+122', 'J1438+1204' RA= 14:38:25.559914 DEC= +12:04:19.00593 RAER= 0.55 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1436+445', 'J1438+4418' RA= 14:38:28.504501 DEC= +44:18:12.07231 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.252, 5.0, 0.239, 0.201, 8.4, 0.123, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 934 observations" / source= '1437+617', 'J1438+6130' RA= 14:38:29.977982 DEC= +61:30:37.59777 RAER= 8.40 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1435-084', 'J1438-0839' RA= 14:38:30.522369 DEC= -08:39:17.47231 RAER= 9.26 DECER= 19.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1435-419', 'J1438-4207' RA= 14:38:36.742558 DEC= -42:07:06.78453 RAER= 7.52 DECER= 16.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1436+128', 'J1438+1235' RA= 14:38:37.797778 DEC= +12:35:34.25082 RAER= 0.40 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.121, 8.4, 0.052, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1436+453', 'J1438+4505' RA= 14:38:44.172223 DEC= +45:05:42.33546 RAER= 2.02 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1437+624', 'J1438+6211' RA= 14:38:44.783038 DEC= +62:11:54.43763 RAER= 0.28 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.191, 0.126, 8.4, 0.259, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 799 observations" / source= '1436-076', 'J1438-0752' RA= 14:38:52.661061 DEC= -07:52:26.81103 RAER= 0.76 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1436+373', 'J1438+3710' RA= 14:38:53.610973 DEC= +37:10:35.41667 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.387, 0.225, 5.0, 0.148, 0.067, 8.4, 0.393, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1190 observations" / source= '1436+046', 'J1439+0428' RA= 14:39:04.515514 DEC= +04:28:27.77537 RAER= 6.57 DECER= 8.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1437+443', 'J1439+4410' RA= 14:39:05.156364 DEC= +44:10:07.10680 RAER= 0.70 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '1436+214', 'J1439+2114' RA= 14:39:08.902362 DEC= +21:14:50.82067 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.083, 5.0, 0.163, 0.127, 8.4, 0.178, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '1434-701', 'J1439-7020' RA= 14:39:11.085679 DEC= -70:20:33.83689 RAER= 4.54 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1436+115', 'J1439+1117' RA= 14:39:12.042912 DEC= +11:17:40.56096 RAER= 0.59 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.022, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1437+397', 'J1439+3932' RA= 14:39:17.478826 DEC= +39:32:42.80737 RAER= 0.22 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.036, 8.4, 0.041, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 727 observations" / source= '1437+374', 'J1439+3712' RA= 14:39:20.577847 DEC= +37:12:02.83614 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.052, 8.4, 0.099, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2078 observations" / source= '1437+331', 'J1439+3253' RA= 14:39:23.654385 DEC= +32:53:54.82454 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.041, 5.0, 0.052, 0.044, 8.4, 0.053, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 952 observations" / source= '1436-167', 'J1439-1659' RA= 14:39:28.659459 DEC= -16:59:03.34208 RAER= 5.81 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1436-252', 'J1439-2524' RA= 14:39:34.651970 DEC= -25:24:59.07939 RAER= 1.78 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1437+078', 'J1439+0740' RA= 14:39:44.544540 DEC= +07:40:56.44780 RAER= 1.25 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.008, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1437+427', 'J1439+4234' RA= 14:39:45.832131 DEC= +42:34:20.62260 RAER= 2.08 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1437+462', 'J1439+4603' RA= 14:39:46.140439 DEC= +46:03:11.11525 RAER= 1.34 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.014, 8.4, 0.057, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1438+501', 'J1439+4958' RA= 14:39:46.976235 DEC= +49:58:05.45577 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.134, 5.0, 0.204, 0.199, 8.4, 0.304, 0.252 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1156 observations" / source= '1436-397', 'J1439-3955' RA= 14:39:50.855429 DEC= -39:55:18.66080 RAER= 3.85 DECER= 8.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1439+728', 'J1439+7237' RA= 14:39:55.085063 DEC= +72:37:53.03897 RAER= 22.26 DECER= 8.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1437-153', 'J1439-1531' RA= 14:39:56.872056 DEC= -15:31:50.55477 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.163, 8.4, 0.261, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2279 observations" / source= '1437+286', 'J1439+2824' RA= 14:39:58.414260 DEC= +28:24:22.64968 RAER= 31.69 DECER= 8.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1437-271', 'J1439-2719' RA= 14:39:59.198807 DEC= -27:19:12.06628 RAER= 0.65 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.034, 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1437-234', 'J1439-2341' RA= 14:39:59.442339 DEC= -23:41:40.99130 RAER= 0.61 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1438+612', 'J1440+6101' RA= 14:40:01.642579 DEC= +61:01:33.79076 RAER= 4.82 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.033, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1438+455', 'J1440+4522' RA= 14:40:08.208386 DEC= +45:22:48.63025 RAER= 1.57 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.013, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1438+382', 'J1440+3801' RA= 14:40:11.713969 DEC= +38:01:56.50755 RAER= 22.32 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1437-262', 'J1440-2625' RA= 14:40:12.358444 DEC= -26:25:24.31381 RAER= 1.13 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1439+613', 'J1440+6108' RA= 14:40:17.862284 DEC= +61:08:42.88663 RAER= 1.33 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '1437+061', 'J1440+0556' RA= 14:40:17.985008 DEC= +05:56:34.08974 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.056, 8.4, 0.088, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 643 observations" / source= '1438+385', 'J1440+3820' RA= 14:40:22.336088 DEC= +38:20:13.61645 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.647, 0.328, 5.0, 0.587, 0.271, 8.4, 0.449, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '1438+162', 'J1440+1600' RA= 14:40:23.465718 DEC= +16:00:17.45298 RAER= 0.54 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.028, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1438+16A', 'J1440+160A' RA= 14:40:30.188104 DEC= +16:00:12.19811 RAER= 1.24 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1438+057', 'J1440+0531' RA= 14:40:32.028863 DEC= +05:31:22.47886 RAER= 0.40 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.035, 8.4, 0.073, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1438+016', 'J1440+0127' RA= 14:40:33.647015 DEC= +01:27:05.20873 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.057, 5.0, 0.071, 0.052, 8.4, 0.069, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 657 observations" / source= '1437-385', 'J1440-3846' RA= 14:40:37.824271 DEC= -38:46:55.01559 RAER= 14.29 DECER= 26.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1439+537', 'J1440+5330' RA= 14:40:38.095509 DEC= +53:30:15.99217 RAER= 3.06 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1437-256', 'J1440-2551' RA= 14:40:39.033132 DEC= -25:51:58.18189 RAER= 2.34 DECER= 7.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1437-272', 'J1440-2726' RA= 14:40:44.065941 DEC= -27:26:47.30830 RAER= 2.69 DECER= 6.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1438+063', 'J1440+0610' RA= 14:40:52.938774 DEC= +06:10:16.19273 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 142 observations" / source= '1438+021', 'J1440+0157' RA= 14:40:59.495877 DEC= +01:57:44.15203 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.139, 8.4, 0.196, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1438-390', 'J1441-3913' RA= 14:41:15.089069 DEC= -39:13:48.13460 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.056, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '1438-328', 'J1441-3303' RA= 14:41:19.893549 DEC= -33:03:24.39866 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.114, 5.0, 0.139, n/a, 8.4, 0.246, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 490 observations" / source= '1438-230', 'J1441-2316' RA= 14:41:20.844457 DEC= -23:16:39.27617 RAER= 1.54 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '1438-347', 'J1441-3456' RA= 14:41:23.970000 DEC= -34:56:45.93959 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.309, 0.188, 8.4, 0.141, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 314 observations" / source= '1439+111', 'J1441+1055' RA= 14:41:28.277281 DEC= +10:55:24.03550 RAER= 66.35 DECER= 17.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1438-151', 'J1441-1523' RA= 14:41:45.417257 DEC= -15:23:36.26534 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.133, 8.4, 0.118, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4572 observations" / source= '1440+635', 'J1441+6318' RA= 14:41:58.669369 DEC= +63:18:33.43900 RAER= 0.29 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.196, 5.0, 0.198, 0.134, 8.4, 0.167, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1077 observations" / source= '1439+327', 'J1442+3234' RA= 14:42:00.138982 DEC= +32:34:20.30121 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.152, 5.0, 0.254, 0.124, 8.4, 0.232, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 936 observations" / source= '1439+137', 'J1442+1329' RA= 14:42:04.042017 DEC= +13:29:16.05164 RAER= 0.44 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.023, 5.0, 0.120, 0.012, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '1440+440', 'J1442+4348' RA= 14:42:07.152931 DEC= +43:48:36.71410 RAER= 0.34 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '1439-318', 'J1442-3201' RA= 14:42:08.186050 DEC= -32:01:27.02305 RAER= 0.77 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.231, n/a, 8.4, 0.206, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1439+066', 'J1442+0625' RA= 14:42:12.237754 DEC= +06:25:26.13382 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.064, 5.0, 0.052, 0.043, 8.4, 0.087, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1440+528', 'J1442+5236' RA= 14:42:19.461072 DEC= +52:36:21.68192 RAER= 1.79 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.031, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1438-539', 'J1442-5407' RA= 14:42:32.512489 DEC= -54:07:52.95667 RAER= 3.46 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1439-376', 'J1442-3753' RA= 14:42:36.453725 DEC= -37:53:37.63703 RAER= 1.79 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1439-118', 'J1442-1201' RA= 14:42:38.159371 DEC= -12:01:38.37250 RAER= 1.02 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1440+309', 'J1442+3042' RA= 14:42:41.533339 DEC= +30:42:32.92209 RAER= 0.54 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.187, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '1440+391', 'J1442+3854' RA= 14:42:42.252999 DEC= +38:54:50.82580 RAER= 1.33 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1440+103', 'J1442+1007' RA= 14:42:44.995732 DEC= +10:07:51.47568 RAER= 0.31 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.057, 8.4, 0.041, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1440+122', 'J1442+1200' RA= 14:42:48.276635 DEC= +12:00:40.37476 RAER= 0.26 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, 0.022, 8.4, 0.024, 0.019, 15.2, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '1440+232', 'J1442+2300' RA= 14:42:58.452441 DEC= +23:00:28.36076 RAER= 0.73 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.029, 8.4, 0.037, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1441+409', 'J1442+4044' RA= 14:42:59.321949 DEC= +40:44:28.94236 RAER= 0.43 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.012, 8.4, 0.079, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1441+522', 'J1443+5201' RA= 14:43:02.760698 DEC= +52:01:37.29851 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.127, 8.4, 0.322, 0.173, 22.2, 0.438, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1992 observations" / source= '1440+255', 'J1443+2518' RA= 14:43:02.947182 DEC= +25:18:42.08643 RAER= 0.24 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.151, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 230 observations" / source= '1440-006', 'J1443-0049' RA= 14:43:08.167200 DEC= -00:49:13.43611 RAER= 0.45 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.064, 8.4, 0.058, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1440-220', 'J1443-2215' RA= 14:43:12.929896 DEC= -22:15:16.59939 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.048, 8.4, 0.051, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '1443+773', 'J1443+7707' RA= 14:43:14.725565 DEC= +77:07:27.17488 RAER= 11.14 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, n/a, 5.0, 0.013, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1441+476', 'J1443+4725' RA= 14:43:18.560965 DEC= +47:25:56.67573 RAER= 1.29 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.031, 8.4, 0.048, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1441+474', 'J1443+4714' RA= 14:43:19.408464 DEC= +47:14:39.00080 RAER= 0.61 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.059, 8.4, 0.081, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1440+083', 'J1443+0809' RA= 14:43:25.322347 DEC= +08:09:57.37383 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.060, 8.4, 0.071, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1441-058', 'J1443-0601' RA= 14:43:41.057515 DEC= -06:01:10.86121 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.056, 8.4, 0.072, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1442+507', 'J1443+5034' RA= 14:43:43.257781 DEC= +50:34:31.86572 RAER= 3.94 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1442+569', 'J1443+5645' RA= 14:43:46.272317 DEC= +56:45:45.93494 RAER= 1.33 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.016, 8.4, 0.032, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1441-096', 'J1443-0953' RA= 14:43:46.828997 DEC= -09:53:03.46357 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.031, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1441+148', 'J1443+1436' RA= 14:43:47.202496 DEC= +14:36:06.10413 RAER= 1.51 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.020, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1441+252', 'J1443+2501' RA= 14:43:56.892205 DEC= +25:01:44.49072 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.144, 5.0, 0.213, 0.164, 8.4, 0.203, 0.146, 15.2, 0.592, 0.449 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12676 observations" / source= '1440-389', 'J1443-3908' RA= 14:43:57.197466 DEC= -39:08:40.05292 RAER= 0.76 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.060, 8.4, 0.100, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1442+637', 'J1443+6332' RA= 14:43:58.600782 DEC= +63:32:26.36495 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.560, 0.243, 5.0, 0.442, 0.247, 8.4, 0.234, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1441-027', 'J1444-0259' RA= 14:44:00.092573 DEC= -02:59:20.70102 RAER= 17.13 DECER= 8.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1441+208', 'J1444+2035' RA= 14:44:05.801413 DEC= +20:35:18.17737 RAER= 2.23 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1441-103', 'J1444-1036' RA= 14:44:15.373116 DEC= -10:36:10.01022 RAER= 1.90 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1442+558', 'J1444+5538' RA= 14:44:22.742857 DEC= +55:38:16.53061 RAER= 0.76 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.044, 8.4, 0.067, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1439-703', 'J1444-7032' RA= 14:44:27.280821 DEC= -70:32:42.80492 RAER= 5.43 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '1442+031', 'J1444+0257' RA= 14:44:31.766723 DEC= +02:57:53.51474 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.048, 5.0, 0.056, 0.043, 8.4, 0.064, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 383 observations" / source= '1442+195', 'J1444+1921' RA= 14:44:33.706532 DEC= +19:21:21.52441 RAER= 1.60 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1442+167', 'J1444+1632' RA= 14:44:39.241259 DEC= +16:32:12.75943 RAER= 0.46 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.041, 8.4, 0.106, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1442+363', 'J1444+3606' RA= 14:44:45.927282 DEC= +36:06:22.07207 RAER= 1.02 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.010, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1442+117', 'J1444+1131' RA= 14:44:50.735759 DEC= +11:31:56.38971 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.040, 5.0, 0.048, n/a, 8.4, 0.058, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 759 observations" / source= '1442-172', 'J1444-1726' RA= 14:44:51.085627 DEC= -17:26:06.39722 RAER= 1.80 DECER= 4.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1443+533', 'J1444+5309' RA= 14:44:58.101577 DEC= +53:09:29.66071 RAER= 1.56 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1442-087', 'J1444-0859' RA= 14:44:58.308043 DEC= -08:59:42.52113 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.078, 5.0, 0.169, 0.157, 8.4, 0.166, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '1442-032', 'J1445-0326' RA= 14:45:06.231048 DEC= -03:26:12.73071 RAER= 2.72 DECER= 11.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.014, 0.020, 8.4, 0.017, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1442-160', 'J1445-1614' RA= 14:45:09.575065 DEC= -16:14:10.77649 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.171, 5.0, 0.172, 0.125, 8.4, 0.152, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '1442-197', 'J1445-1958' RA= 14:45:11.870961 DEC= -19:58:52.27207 RAER= 0.67 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1442-163', 'J1445-1634' RA= 14:45:13.615705 DEC= -16:34:16.10123 RAER= 12.35 DECER= 17.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1442+101', 'J1445+0958' RA= 14:45:16.465258 DEC= +09:58:36.07288 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.742, 0.277, 5.0, 1.002, 0.194, 8.4, 0.471, 0.154, 15.2, 0.191, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1614 observations" / source= '1443+188', 'J1445+1841' RA= 14:45:21.243599 DEC= +18:41:17.74772 RAER= 0.66 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.042, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1443+248', 'J1445+2438' RA= 14:45:27.047029 DEC= +24:38:04.25028 RAER= 0.31 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.074, 8.4, 0.123, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1441-571', 'J1445-5719' RA= 14:45:28.119426 DEC= -57:19:59.60441 RAER= 3.28 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1442-291', 'J1445-2920' RA= 14:45:30.008782 DEC= -29:20:47.75270 RAER= 2.31 DECER= 8.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1442+002', 'J1445+0004' RA= 14:45:31.485658 DEC= +00:04:35.40276 RAER= 0.41 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.041, 8.4, 0.072, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1443+189', 'J1445+1844' RA= 14:45:37.503514 DEC= +18:44:43.28102 RAER= 0.40 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.041, 8.4, 0.060, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1442-155', 'J1445-1543' RA= 14:45:40.425052 DEC= -15:43:06.26999 RAER= 0.34 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '1443-032', 'J1445-0329' RA= 14:45:42.461619 DEC= -03:29:59.13270 RAER= 18.35 DECER= 20.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1442-269', 'J1445-2710' RA= 14:45:43.467896 DEC= -27:10:02.01615 RAER= 2.24 DECER= 5.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1442-297', 'J1445-2956' RA= 14:45:43.812420 DEC= -29:56:04.40742 RAER= 11.76 DECER= 36.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1442-245', 'J1445-2445' RA= 14:45:44.211523 DEC= -24:45:41.59201 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.085, 5.0, 0.097, n/a, 8.4, 0.095, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '1443+232', 'J1445+2302' RA= 14:45:44.739093 DEC= +23:02:39.07603 RAER= 1.76 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.023, 8.4, 0.022, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1442-306', 'J1445-3051' RA= 14:45:46.690069 DEC= -30:51:57.82018 RAER= 14.26 DECER= 27.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1443-162', 'J1445-1629' RA= 14:45:53.376304 DEC= -16:29:01.61917 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.166, 5.0, 0.250, 0.110, 8.4, 0.301, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5041 observations" / source= '1443+040', 'J1445+0347' RA= 14:45:53.467252 DEC= +03:47:32.47244 RAER= 1.77 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1442-304', 'J1445-3037' RA= 14:45:56.021359 DEC= -30:37:05.66360 RAER= 1.04 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1443+252', 'J1445+2503' RA= 14:45:59.567752 DEC= +25:03:36.92089 RAER= 0.85 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.030, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1443+092', 'J1446+0903' RA= 14:46:07.046133 DEC= +09:03:38.30916 RAER= 1.00 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.021, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1443+047', 'J1446+0430' RA= 14:46:09.935236 DEC= +04:30:10.29132 RAER= 0.93 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.038, 8.4, 0.037, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1443+199', 'J1446+1945' RA= 14:46:11.650069 DEC= +19:45:26.52335 RAER= 0.44 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.045, 8.4, 0.041, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1443-015', 'J1446-0148' RA= 14:46:15.160596 DEC= -01:48:13.70472 RAER= 1.16 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1442-469', 'J1446-4709' RA= 14:46:16.924392 DEC= -47:09:16.24765 RAER= 1.59 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.046, 8.4, 0.072, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1443-223', 'J1446-2233' RA= 14:46:19.331493 DEC= -22:33:20.55962 RAER= 1.21 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations. No flux information" / source= '1444+416', 'J1446+4127' RA= 14:46:32.577625 DEC= +41:27:29.99559 RAER= 3.41 DECER= 3.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1444+063', 'J1446+0608' RA= 14:46:32.708578 DEC= +06:08:06.14202 RAER= 0.43 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.035, 8.4, 0.073, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1444+175', 'J1446+1721' RA= 14:46:35.346297 DEC= +17:21:07.58109 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.727, 0.482, 5.0, 0.672, 0.357, 8.4, 0.710, 0.511 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 869 observations" / source= '1444+313', 'J1446+3110' RA= 14:46:36.359148 DEC= +31:10:46.11496 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.060, 8.4, 0.070, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '1444+281', 'J1446+2757' RA= 14:46:43.334003 DEC= +27:57:00.66905 RAER= 0.98 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1444+021', 'J1446+0157' RA= 14:46:46.370058 DEC= +01:57:18.17395 RAER= 29.20 DECER= 18.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1444+104', 'J1446+1015' RA= 14:46:50.799795 DEC= +10:15:17.96046 RAER= 0.68 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.062, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1444+217', 'J1446+2131' RA= 14:46:51.215299 DEC= +21:31:51.39425 RAER= 0.20 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.067, 8.4, 0.128, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 155 observations" / source= '1445+609', 'J1446+6043' RA= 14:46:51.852210 DEC= +60:43:12.95621 RAER= 1.60 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.031, 8.4, 0.053, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1444+230', 'J1446+2251' RA= 14:46:52.114299 DEC= +22:51:03.62466 RAER= 2.84 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.019, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1444-267', 'J1446-2656' RA= 14:46:56.849816 DEC= -26:56:58.31936 RAER= 3.18 DECER= 16.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1444+034', 'J1447+0317' RA= 14:47:05.830529 DEC= +03:17:01.14750 RAER= 0.89 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.096, 8.4, 0.065, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1444+180', 'J1447+1747' RA= 14:47:08.371124 DEC= +17:47:52.74050 RAER= 0.65 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.041, 8.4, 0.077, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1447+771', 'J1447+7656' RA= 14:47:09.412636 DEC= +76:56:21.40485 RAER= 46.83 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, n/a, 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1445+316', 'J1447+3125' RA= 14:47:11.649418 DEC= +31:25:20.54508 RAER= 0.29 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1445+410', 'J1447+4047' RA= 14:47:12.762909 DEC= +40:47:44.98167 RAER= 2.00 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.029, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1444+195', 'J1447+1920' RA= 14:47:16.082809 DEC= +19:20:46.97853 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.080, 8.4, 0.170, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '1444-339', 'J1447-3409' RA= 14:47:19.785207 DEC= -34:09:16.81555 RAER= 1.80 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.311, 0.033, 8.4, 0.222, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1444+086', 'J1447+0828' RA= 14:47:26.021889 DEC= +08:28:25.16785 RAER= 3.99 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1444-303', 'J1447-3035' RA= 14:47:31.349137 DEC= -30:35:38.48666 RAER= 1.06 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1444-055', 'J1447-0547' RA= 14:47:34.658563 DEC= -05:47:13.68898 RAER= 1.02 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1444-213', 'J1447-2132' RA= 14:47:34.723855 DEC= -21:32:23.43266 RAER= 2.90 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations. No flux information" / source= '1444-224', 'J1447-2238' RA= 14:47:42.536567 DEC= -22:38:08.51599 RAER= 21.45 DECER= 21.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1448+775', 'J1447+7721' RA= 14:47:51.324251 DEC= +77:21:23.87004 RAER= 7.83 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1446+586', 'J1447+5824' RA= 14:47:52.447281 DEC= +58:24:20.22469 RAER= 0.85 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.053, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1444-301', 'J1447-3018' RA= 14:47:53.374098 DEC= -30:18:31.25623 RAER= 1.52 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.064, 8.4, 0.120, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1445+363', 'J1448+3608' RA= 14:48:00.582721 DEC= +36:08:31.16448 RAER= 0.36 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, 0.022, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '1445-161', 'J1448-1620' RA= 14:48:15.054149 DEC= -16:20:24.54877 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.041, 0.740, 8.4, 0.388, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3768 observations" / source= '1445+037', 'J1448+0331' RA= 14:48:18.378835 DEC= +03:31:44.42676 RAER= 1.49 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1448+762', 'J1448+7601' RA= 14:48:28.779090 DEC= +76:01:11.59727 RAER= 0.42 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.239, 0.183, 8.4, 0.332, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17353 observations" / source= '1446+504', 'J1448+5014' RA= 14:48:37.535595 DEC= +50:14:48.87733 RAER= 0.63 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.035, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1446+471', 'J1448+4656' RA= 14:48:41.052273 DEC= +46:56:38.24675 RAER= 1.59 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.027, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1451+813', 'J1448+8109' RA= 14:48:42.798702 DEC= +81:09:01.06745 RAER= 10.70 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.036, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1446+042', 'J1448+0402' RA= 14:48:50.361112 DEC= +04:02:19.89214 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.374, 0.221, 5.0, 0.136, 0.018, 8.4, 0.227, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1446-111', 'J1448-1122' RA= 14:48:51.160180 DEC= -11:22:15.73414 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.090, 8.4, 0.137, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1446-025', 'J1448-0244' RA= 14:48:57.798389 DEC= -02:44:43.09764 RAER= 4.34 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1446+030', 'J1448+0250' RA= 14:48:58.399834 DEC= +02:50:16.91593 RAER= 0.61 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.072, 8.4, 0.061, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1447+536', 'J1448+5326' RA= 14:48:59.174449 DEC= +53:26:09.28915 RAER= 0.25 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.111, 5.0, 0.168, 0.077, 8.4, 0.105, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '1446-005', 'J1449-0045' RA= 14:49:16.590286 DEC= -00:45:19.22893 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.186, 8.4, 0.240, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 583 observations" / source= '1448+653', 'J1449+6505' RA= 14:49:19.927691 DEC= +65:05:57.99301 RAER= 4.54 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1447+425', 'J1449+4221' RA= 14:49:20.708450 DEC= +42:21:01.34437 RAER= 0.47 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 350 observations" / source= '1447+279', 'J1449+2746' RA= 14:49:27.924419 DEC= +27:46:50.32913 RAER= 0.44 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.018, 8.4, 0.033, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1447+400', 'J1449+3948' RA= 14:49:29.612983 DEC= +39:48:24.31886 RAER= 4.59 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1446-214', 'J1449-2139' RA= 14:49:39.974149 DEC= -21:39:24.73525 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.088, 5.0, 0.119, 0.131, 8.4, 0.077, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 701 observations" / source= '1447-089', 'J1449-0910' RA= 14:49:41.886244 DEC= -09:10:00.75822 RAER= 0.57 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.031, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1448+473', 'J1450+4710' RA= 14:50:12.531647 DEC= +47:10:47.33217 RAER= 2.96 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1449+615', 'J1450+6122' RA= 14:50:15.121765 DEC= +61:22:33.22188 RAER= 1.51 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.022, 8.4, 0.059, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1447-361', 'J1450-3619' RA= 14:50:15.658340 DEC= -36:19:38.25346 RAER= 0.25 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.153, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '1447-240', 'J1450-2413' RA= 14:50:21.044863 DEC= -24:13:22.13475 RAER= 3.34 DECER= 10.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1448+535', 'J1450+5320' RA= 14:50:30.517978 DEC= +53:20:00.58658 RAER= 24.16 DECER= 11.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1448+093', 'J1450+0910' RA= 14:50:31.168932 DEC= +09:10:27.95487 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.241, 8.4, 0.177, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 693 observations" / source= '1448+053', 'J1450+0508' RA= 14:50:32.973204 DEC= +05:08:22.45967 RAER= 0.80 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.079, 8.4, 0.100, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1446-560', 'J1450-5614' RA= 14:50:35.066851 DEC= -56:14:52.83391 RAER= 1.92 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.162, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1448+370', 'J1450+3653' RA= 14:50:39.676423 DEC= +36:53:09.67178 RAER= 0.58 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.044, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1447-08A', 'J1450-0908' RA= 14:50:40.722594 DEC= -09:08:53.81805 RAER= 1.17 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.027, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1448+103', 'J1450+1006' RA= 14:50:49.399559 DEC= +10:06:49.12909 RAER= 0.51 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.008, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1448+301', 'J1450+2955' RA= 14:50:51.335012 DEC= +29:55:31.50648 RAER= 1.02 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1447-433', 'J1450-4335' RA= 14:50:55.485981 DEC= -43:35:30.16192 RAER= 3.50 DECER= 11.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1447-331', 'J1450-3319' RA= 14:50:56.667763 DEC= -33:19:04.65286 RAER= 2.12 DECER= 5.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, n/a, 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1449+522', 'J1450+5201' RA= 14:50:59.987970 DEC= +52:01:11.71602 RAER= 0.36 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.035, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1448-232', 'J1451-2329' RA= 14:51:02.509426 DEC= -23:29:31.10879 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.347, 0.155, 8.4, 0.124, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '1447-378', 'J1451-3803' RA= 14:51:04.048350 DEC= -38:03:59.59735 RAER= 2.80 DECER= 22.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1449+421', 'J1451+4154' RA= 14:51:07.296121 DEC= +41:54:41.90012 RAER= 1.67 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.014, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1449+144', 'J1451+1416' RA= 14:51:26.969444 DEC= +14:16:26.69920 RAER= 1.13 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1449+139', 'J1451+1343' RA= 14:51:31.490811 DEC= +13:43:24.00026 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.484, 0.142, 5.0, 0.316, 0.112, 8.4, 0.166, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '1449+071', 'J1451+0657' RA= 14:51:38.725557 DEC= +06:57:42.85836 RAER= 0.96 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.021, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1449+089', 'J1451+0847' RA= 14:51:38.831197 DEC= +08:47:40.86999 RAER= 3.64 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1449+198', 'J1451+1936' RA= 14:51:39.067213 DEC= +19:36:23.92193 RAER= 4.66 DECER= 5.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1449+013', 'J1451+0106' RA= 14:51:45.940921 DEC= +01:06:18.83244 RAER= 0.25 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.077, 8.4, 0.110, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1449-150', 'J1451-1512' RA= 14:51:47.051341 DEC= -15:12:20.21010 RAER= 4.98 DECER= 13.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1449-012', 'J1451-0127' RA= 14:51:47.412307 DEC= -01:27:35.30732 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.342, 0.138, 8.4, 0.202, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '1450+641', 'J1451+6357' RA= 14:51:57.362351 DEC= +63:57:19.20124 RAER= 0.50 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.044, 5.0, 0.187, 0.065, 8.4, 0.073, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 788 observations" / source= '1449+039', 'J1451+0346' RA= 14:51:58.671561 DEC= +03:46:04.37560 RAER= 0.31 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.106, 8.4, 0.113, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1448-499', 'J1452-5012' RA= 14:52:01.831743 DEC= -50:12:07.47842 RAER= 1.82 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1450+557', 'J1452+5530' RA= 14:52:01.987097 DEC= +55:30:52.79498 RAER= 3.19 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.022, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1450+519', 'J1452+5142' RA= 14:52:02.084842 DEC= +51:42:52.51665 RAER= 1.15 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1448-386', 'J1452-3851' RA= 14:52:05.255694 DEC= -38:51:19.86430 RAER= 1.37 DECER= 7.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1449-032', 'J1452-0325' RA= 14:52:07.133963 DEC= -03:25:04.42375 RAER= 1.32 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1449-272', 'J1452-2730' RA= 14:52:09.914555 DEC= -27:30:13.00420 RAER= 2.63 DECER= 6.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1449-257', 'J1452-2556' RA= 14:52:12.083269 DEC= -25:56:39.87834 RAER= 1.04 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.036, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1449+082', 'J1452+0800' RA= 14:52:16.038085 DEC= +08:00:08.75000 RAER= 0.93 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.031, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1449-15A', 'J1452-1515' RA= 14:52:17.931950 DEC= -15:15:50.14718 RAER= 10.35 DECER= 18.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1451+660', 'J1452+6550' RA= 14:52:21.366009 DEC= +65:50:21.78141 RAER= 8.17 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1450+455', 'J1452+4522' RA= 14:52:24.674301 DEC= +45:22:23.66982 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.069, 5.0, 0.106, 0.077, 8.4, 0.152, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 858 observations" / source= '1449-067', 'J1452-0657' RA= 14:52:25.298997 DEC= -06:57:39.12230 RAER= 0.93 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1450+260', 'J1452+2551' RA= 14:52:31.658332 DEC= +25:51:29.45428 RAER= 0.68 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.023, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1450+300', 'J1452+2948' RA= 14:52:34.600487 DEC= +29:48:20.37511 RAER= 1.08 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1450+476', 'J1452+4729' RA= 14:52:34.614805 DEC= +47:29:15.99925 RAER= 1.53 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1450+066', 'J1452+0627' RA= 14:52:39.386835 DEC= +06:27:38.16362 RAER= 0.53 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.026, 8.4, 0.066, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1448-648', 'J1452-6502' RA= 14:52:39.679205 DEC= -65:02:03.43322 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.260, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 828 observations" / source= '1451+571', 'J1452+5655' RA= 14:52:42.080716 DEC= +56:55:15.44388 RAER= 0.46 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.046, 8.4, 0.064, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1449-341', 'J1452-3421' RA= 14:52:47.276452 DEC= -34:21:03.60053 RAER= 21.25 DECER= 47.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1451+528', 'J1452+5239' RA= 14:52:51.716530 DEC= +52:39:56.03297 RAER= 0.35 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.086, 8.4, 0.088, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1450-170', 'J1452-1713' RA= 14:52:56.217039 DEC= -17:13:59.73944 RAER= 0.74 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1450-131', 'J1452-1319' RA= 14:52:58.155788 DEC= -13:19:22.93950 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.113, 8.4, 0.165, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 898 observations" / source= '1450+108', 'J1453+1036' RA= 14:53:01.485633 DEC= +10:36:17.20374 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.183, 5.0, 0.160, 0.091, 8.4, 0.144, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '1450-218', 'J1453-2204' RA= 14:53:04.577584 DEC= -22:04:29.28305 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.080, 8.4, 0.179, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 691 observations" / source= '1450-247', 'J1453-2457' RA= 14:53:13.066768 DEC= -24:57:17.86152 RAER= 2.05 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1451+352', 'J1453+3505' RA= 14:53:18.545242 DEC= +35:05:39.36340 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.112, 5.0, 0.107, 0.085, 8.4, 0.128, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 846 observations" / source= '1450-126', 'J1453-1253' RA= 14:53:37.380465 DEC= -12:53:34.73835 RAER= 1.42 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.038, 8.4, 0.036, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1452+540', 'J1453+5353' RA= 14:53:38.746074 DEC= +53:53:37.43103 RAER= 3.03 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1450-240', 'J1453-2414' RA= 14:53:40.094605 DEC= -24:14:18.14739 RAER= 0.58 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1450-251', 'J1453-2522' RA= 14:53:44.218923 DEC= -25:22:47.50266 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.134, 5.0, 0.218, n/a, 8.4, 0.205, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1451+106', 'J1453+1025' RA= 14:53:44.241137 DEC= +10:25:57.56311 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.387, 0.264, 8.4, 0.184, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1450-371', 'J1453-3721' RA= 14:53:50.120709 DEC= -37:21:48.47740 RAER= 2.76 DECER= 6.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1451+270', 'J1453+2648' RA= 14:53:53.600643 DEC= +26:48:33.40969 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.230, 5.0, 0.316, 0.210, 8.4, 0.355, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2285 observations" / source= '1451+097', 'J1453+0934' RA= 14:53:53.904963 DEC= +09:34:23.21544 RAER= 0.61 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1452+420', 'J1453+4148' RA= 14:53:55.508579 DEC= +41:48:44.76885 RAER= 1.26 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.046, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1451+094', 'J1453+0915' RA= 14:53:59.732096 DEC= +09:15:43.32861 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.060, 8.4, 0.109, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 461 observations" / source= '1450-338', 'J1454-3400' RA= 14:54:02.473314 DEC= -34:00:57.21117 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.685, 0.103, 8.4, 0.243, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '1451+055', 'J1454+0519' RA= 14:54:02.537752 DEC= +05:19:56.27905 RAER= 4.51 DECER= 7.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1452+502', 'J1454+5003' RA= 14:54:08.320621 DEC= +50:03:30.96327 RAER= 0.48 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.048, 8.4, 0.084, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1452+496', 'J1454+4926' RA= 14:54:12.853265 DEC= +49:26:40.37750 RAER= 0.50 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 358 observations" / source= '1451-282', 'J1454-2827' RA= 14:54:14.371302 DEC= -28:27:04.85731 RAER= 1.42 DECER= 5.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1452+166', 'J1454+1624' RA= 14:54:20.855048 DEC= +16:24:24.37083 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.246, 0.138, 5.0, 0.190, 0.109, 8.4, 0.196, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 727 observations" / source= '1452+516', 'J1454+5124' RA= 14:54:27.124576 DEC= +51:24:33.73166 RAER= 0.30 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.060, 8.4, 0.072, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 799 observations" / source= '1451-375', 'J1454-3747' RA= 14:54:27.409745 DEC= -37:47:33.14507 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.933, 0.580, 5.0, 2.270, 1.962, 8.4, 1.250, 0.494 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16921 observations" / source= '1452+301', 'J1454+2955' RA= 14:54:32.297867 DEC= +29:55:58.05675 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.070, 5.0, 0.125, 0.058, 8.4, 0.090, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1451-400', 'J1454-4012' RA= 14:54:32.912365 DEC= -40:12:32.51446 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.642, 0.297, 8.4, 0.437, 0.278 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2511 observations" / source= '1453+528', 'J1454+5236' RA= 14:54:45.334962 DEC= +52:36:55.57945 RAER= 0.73 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1451-248', 'J1454-2505' RA= 14:54:46.699014 DEC= -25:05:12.48951 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.095, 8.4, 0.182, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1452-108', 'J1454-1103' RA= 14:54:51.362083 DEC= -11:03:28.00134 RAER= 1.14 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1452-247', 'J1454-2458' RA= 14:54:59.639965 DEC= -24:58:09.14780 RAER= 2.48 DECER= 6.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1452-119', 'J1454-1210' RA= 14:54:59.863430 DEC= -12:10:29.64885 RAER= 9.06 DECER= 19.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1453+438', 'J1455+4341' RA= 14:55:00.523356 DEC= +43:41:44.08369 RAER= 0.50 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 343 observations" / source= '1452-168', 'J1455-1700' RA= 14:55:02.810645 DEC= -17:00:13.95391 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.060, 8.4, 0.107, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 951 observations" / source= '1452+030', 'J1455+0250' RA= 14:55:07.441477 DEC= +02:50:40.22079 RAER= 0.93 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.047, 8.4, 0.047, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1451-495', 'J1455-4947' RA= 14:55:08.332589 DEC= -49:47:53.12309 RAER= 1.79 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1452-317', 'J1455-3158' RA= 14:55:09.086058 DEC= -31:58:33.02913 RAER= 0.42 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, 0.231 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1452-367', 'J1455-3655' RA= 14:55:09.622446 DEC= -36:55:07.47151 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.161, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '1452-054', 'J1455-0539' RA= 14:55:10.683322 DEC= -05:39:12.70753 RAER= 1.35 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1452+066', 'J1455+0628' RA= 14:55:18.916798 DEC= +06:28:10.96916 RAER= 0.81 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1453+217', 'J1455+2131' RA= 14:55:31.846289 DEC= +21:31:39.17531 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.108, 8.4, 0.112, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '1452-217', 'J1455-2159' RA= 14:55:37.990381 DEC= -21:59:28.37800 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.035, 5.0, 0.193, 0.010, 8.4, 0.097, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '1454+593', 'J1455+5906' RA= 14:55:45.623773 DEC= +59:06:49.66994 RAER= 2.19 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '1454+447', 'J1455+4431' RA= 14:55:54.135795 DEC= +44:31:37.65470 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.206, 5.0, 0.206, 0.113, 8.4, 0.135, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1060 observations" / source= '1453-109', 'J1455-1108' RA= 14:55:54.884199 DEC= -11:08:43.40852 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.150, 5.0, 0.197, 0.060, 8.4, 0.234, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1453+120', 'J1455+1151' RA= 14:55:55.269109 DEC= +11:51:41.46432 RAER= 0.54 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1452-544', 'J1456-5441' RA= 14:56:03.697862 DEC= -54:41:42.48782 RAER= 0.45 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1452-561', 'J1456-5618' RA= 14:56:04.222033 DEC= -56:18:37.39058 RAER= 0.68 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1453+166', 'J1456+1626' RA= 14:56:05.671351 DEC= +16:26:54.86753 RAER= 1.34 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1454+510', 'J1456+5048' RA= 14:56:08.119728 DEC= +50:48:36.30063 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.093, 5.0, 0.060, 0.033, 8.4, 0.168, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 747 observations" / source= '1454+360', 'J1456+3549' RA= 14:56:09.586828 DEC= +35:49:08.61373 RAER= 0.89 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.062, 8.4, 0.044, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1453+051', 'J1456+0456' RA= 14:56:25.799247 DEC= +04:56:44.73318 RAER= 2.14 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1454+316', 'J1456+3127' RA= 14:56:31.938790 DEC= +31:27:00.19351 RAER= 1.29 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1454+183', 'J1456+1808' RA= 14:56:39.857726 DEC= +18:08:17.40658 RAER= 5.79 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1454+136', 'J1456+1326' RA= 14:56:40.819047 DEC= +13:26:15.06899 RAER= 1.00 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.027, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1454-060', 'J1456-0617' RA= 14:56:41.392644 DEC= -06:17:43.20396 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.105, 8.4, 0.127, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2437 observations" / source= '1454+093', 'J1457+0909' RA= 14:57:03.323938 DEC= +09:09:28.76126 RAER= 0.94 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.026, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1454-241', 'J1457-2423' RA= 14:57:04.819221 DEC= -24:23:12.65495 RAER= 1.16 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1453-358', 'J1457-3605' RA= 14:57:06.332195 DEC= -36:05:00.89837 RAER= 0.63 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.270, n/a, 8.4, 0.207, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1453-426', 'J1457-4248' RA= 14:57:13.003685 DEC= -42:48:36.67883 RAER= 1.36 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.408, 0.437 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1456+677', 'J1457+6731' RA= 14:57:16.492082 DEC= +67:31:18.84873 RAER= 0.67 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.064, 5.0, 0.127, 0.077, 8.4, 0.095, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '1454-076', 'J1457-0751' RA= 14:57:19.374614 DEC= -07:51:52.88382 RAER= 0.31 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.106, 5.0, 0.303, 0.036, 8.4, 0.159, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1454+055', 'J1457+0519' RA= 14:57:22.534577 DEC= +05:19:21.77826 RAER= 0.51 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.027, 8.4, 0.044, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1454-354', 'J1457-3539' RA= 14:57:26.711718 DEC= -35:39:09.97149 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.530, 0.370, 5.0, 0.483, n/a, 8.4, 0.648, 0.556 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '1457+744', 'J1457+7412' RA= 14:57:37.472558 DEC= +74:12:29.10684 RAER= 1.19 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.038, 8.4, 0.090, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1455+080', 'J1457+0749' RA= 14:57:38.128687 DEC= +07:49:54.71530 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.082, 8.4, 0.086, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 748 observations" / source= '1454-247', 'J1457-2456' RA= 14:57:39.620497 DEC= -24:56:49.04631 RAER= 0.48 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.029, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1455+421', 'J1457+4158' RA= 14:57:40.685911 DEC= +41:58:41.89366 RAER= 0.90 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.046, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1454-465', 'J1457-4642' RA= 14:57:41.825405 DEC= -46:42:10.05343 RAER= 1.76 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.029, 8.4, 0.033, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1455+195', 'J1457+1918' RA= 14:57:42.655281 DEC= +19:18:24.59653 RAER= 1.54 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1455+247', 'J1457+2435' RA= 14:57:43.425511 DEC= +24:35:07.71880 RAER= 0.36 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.398, 0.054, 8.4, 0.080, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1454-316', 'J1457-3151' RA= 14:57:43.614756 DEC= -31:51:32.95567 RAER= 20.86 DECER= 45.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1454-281', 'J1457-2819' RA= 14:57:44.588142 DEC= -28:19:21.44646 RAER= 1.39 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1456+641', 'J1457+6357' RA= 14:57:45.595376 DEC= +63:57:07.70446 RAER= 0.82 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1455+327', 'J1457+3231' RA= 14:57:52.091265 DEC= +32:31:23.20320 RAER= 1.09 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1455+098', 'J1457+0938' RA= 14:57:52.531579 DEC= +09:38:16.54903 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.098, 8.4, 0.115, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '1455+348', 'J1457+3439' RA= 14:57:57.302952 DEC= +34:39:50.38571 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.053, 5.0, 0.137, 0.111, 8.4, 0.065, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 825 observations" / source= '1455-116', 'J1458-1153' RA= 14:58:02.317447 DEC= -11:53:23.84149 RAER= 2.56 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1455+188', 'J1458+1839' RA= 14:58:02.755936 DEC= +18:39:33.16583 RAER= 31.43 DECER= 14.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1454-625', 'J1458-6247' RA= 14:58:27.425823 DEC= -62:47:01.72841 RAER= 6.81 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1456+359', 'J1458+3542' RA= 14:58:43.411133 DEC= +35:42:57.66475 RAER= 0.46 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.054, 8.4, 0.108, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1456+375', 'J1458+3720' RA= 14:58:44.794452 DEC= +37:20:21.62259 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.141, 5.0, 0.152, 0.101, 8.4, 0.167, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1457+616', 'J1458+6128' RA= 14:58:52.704367 DEC= +61:28:13.65284 RAER= 7.68 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1456+146', 'J1458+1427' RA= 14:58:57.793296 DEC= +14:27:04.36276 RAER= 1.00 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1456-004', 'J1458-0037' RA= 14:58:59.342304 DEC= -00:37:51.60548 RAER= 0.84 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.019, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1456+044', 'J1458+0416' RA= 14:58:59.356216 DEC= +04:16:13.82043 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.135, 8.4, 0.222, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4872 observations" / source= '1456-212', 'J1459-2123' RA= 14:59:04.889574 DEC= -21:23:58.09836 RAER= 0.89 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1458+718', 'J1459+7140' RA= 14:59:07.583917 DEC= +71:40:19.86666 RAER= 0.32 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.219, 0.530, 5.0, 1.582, 0.290, 8.4, 1.111, 0.207, 15.2, 0.902, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9782 observations" / source= '1456-367', 'J1459-3655' RA= 14:59:15.763850 DEC= -36:55:47.94101 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.727, 0.183, 5.0, 0.409, n/a, 8.4, 0.236, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '1456-190', 'J1459-1913' RA= 14:59:20.660278 DEC= -19:13:18.14916 RAER= 1.06 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1457+156', 'J1459+1526' RA= 14:59:22.154150 DEC= +15:26:54.77354 RAER= 0.31 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.062, 8.4, 0.086, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1456+092', 'J1459+0904' RA= 14:59:23.209152 DEC= +09:04:08.34178 RAER= 0.41 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.061, 8.4, 0.122, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1456-164', 'J1459-1637' RA= 14:59:24.096839 DEC= -16:37:26.12397 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, n/a, 8.4, 0.056, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1456-16A', 'J1459-1641' RA= 14:59:24.761443 DEC= -16:41:36.25380 RAER= 0.26 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.662, 0.089, 5.0, 0.274, 0.015, 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '1456-276', 'J1459-2751' RA= 14:59:28.052181 DEC= -27:51:00.93230 RAER= 2.40 DECER= 9.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1456-179', 'J1459-1810' RA= 14:59:28.763194 DEC= -18:10:45.18615 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.077, 8.4, 0.145, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1593 observations" / source= '1457+449', 'J1459+4442' RA= 14:59:35.458105 DEC= +44:42:07.91996 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.139, 5.0, 0.165, 0.097, 8.4, 0.175, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1295 observations" / source= '1458+501', 'J1459+4954' RA= 14:59:38.159594 DEC= +49:54:31.18406 RAER= 1.64 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.028, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1457+273', 'J1459+2708' RA= 14:59:39.919078 DEC= +27:08:18.74675 RAER= 0.32 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.069, 8.4, 0.074, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1457+292', 'J1459+2903' RA= 14:59:41.948853 DEC= +29:03:31.90572 RAER= 1.41 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1457+096', 'J1459+0927' RA= 14:59:46.640771 DEC= +09:27:13.23334 RAER= 1.27 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1457+338', 'J1459+3337' RA= 14:59:58.435915 DEC= +33:37:01.77648 RAER= 0.28 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.214, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '1457-171', 'J1500-1720' RA= 15:00:02.115564 DEC= -17:20:02.87342 RAER= 0.47 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.062, 8.4, 0.067, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1457-319', 'J1500-3206' RA= 15:00:03.614736 DEC= -32:06:03.36734 RAER= 35.39 DECER= 49.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1457+091', 'J1500+0855' RA= 15:00:13.406252 DEC= +08:55:25.69946 RAER= 0.46 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.027, 8.4, 0.082, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1457-257', 'J1500-2557' RA= 15:00:18.752268 DEC= -25:57:26.53118 RAER= 4.24 DECER= 9.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1457+076', 'J1500+0727' RA= 15:00:21.003275 DEC= +07:27:04.16438 RAER= 6.61 DECER= 7.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1458+088', 'J1500+0839' RA= 15:00:34.003509 DEC= +08:39:41.80675 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.074, 8.4, 0.096, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 614 observations" / source= '1457-159', 'J1500-1606' RA= 15:00:46.183668 DEC= -16:06:45.80033 RAER= 0.55 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.033, 8.4, 0.065, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1458-126', 'J1500-1251' RA= 15:00:46.926944 DEC= -12:51:51.81895 RAER= 0.40 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.097, 8.4, 0.105, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1459+480', 'J1500+4751' RA= 15:00:48.654226 DEC= +47:51:15.53812 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.503, 0.335, 5.0, 0.484, 0.228, 8.4, 0.459, 0.224, 15.2, 0.428, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9103 observations" / source= '1458+066', 'J1500+0628' RA= 15:00:50.828355 DEC= +06:28:46.63115 RAER= 0.35 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.055, 8.4, 0.049, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1457-237', 'J1500-2358' RA= 15:00:51.889244 DEC= -23:58:20.19648 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.099, 8.4, 0.206, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '1456-662', 'J1500-6623' RA= 15:00:53.573335 DEC= -66:23:53.28718 RAER= 4.28 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '1458-083', 'J1500-0831' RA= 15:00:58.280756 DEC= -08:31:08.31419 RAER= 5.93 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1458+228', 'J1501+2238' RA= 15:01:01.835099 DEC= +22:38:06.37381 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.054, 8.4, 0.045, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 643 observations" / source= '1458-023', 'J1501-0232' RA= 15:01:05.411143 DEC= -02:32:26.16749 RAER= 1.63 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1459+556', 'J1501+5527' RA= 15:01:06.254713 DEC= +55:27:50.80360 RAER= 0.88 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1459+309', 'J1501+3046' RA= 15:01:16.700999 DEC= +30:46:36.82094 RAER= 0.27 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1500+565', 'J1501+5619' RA= 15:01:24.628683 DEC= +56:19:49.66685 RAER= 54.88 DECER= 52.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1459+185', 'J1501+1822' RA= 15:01:29.861777 DEC= +18:22:21.20987 RAER= 2.62 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1458-391', 'J1501-3918' RA= 15:01:34.758348 DEC= -39:18:39.43022 RAER= 0.26 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.442, 0.396, 5.0, 0.879, 0.078, 8.4, 0.364, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1458-382', 'J1501-3828' RA= 15:01:40.524565 DEC= -38:28:19.15029 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.144, 8.4, 0.120, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '1459+186', 'J1501+1829' RA= 15:01:49.568465 DEC= +18:29:32.50067 RAER= 0.96 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1458-368', 'J1501-3705' RA= 15:01:58.936145 DEC= -37:05:32.99994 RAER= 63.51 DECER= 91.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1500+449', 'J1502+4444' RA= 15:02:08.909165 DEC= +44:44:44.65760 RAER= 3.04 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1459+252', 'J1502+2502' RA= 15:02:09.347558 DEC= +25:02:38.39587 RAER= 0.54 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.047, 8.4, 0.046, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1459-351', 'J1502-3520' RA= 15:02:11.223887 DEC= -35:20:36.19087 RAER= 33.18 DECER= 56.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1459+124', 'J1502+1213' RA= 15:02:21.870675 DEC= +12:13:32.63772 RAER= 0.66 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.042, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1459-149', 'J1502-1508' RA= 15:02:25.017451 DEC= -15:08:52.51990 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.121, 8.4, 0.169, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4155 observations" / source= '1501+560', 'J1502+5552' RA= 15:02:29.072366 DEC= +55:52:04.83696 RAER= 0.73 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1500+340', 'J1502+3350' RA= 15:02:33.945979 DEC= +33:50:55.74724 RAER= 0.25 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1459-207', 'J1502-2056' RA= 15:02:34.256816 DEC= -20:56:46.85047 RAER= 9.72 DECER= 20.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '1500+311', 'J1502+3054' RA= 15:02:37.917861 DEC= +30:54:33.74580 RAER= 0.32 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1502+683', 'J1502+6806' RA= 15:02:53.855116 DEC= +68:06:50.32375 RAER= 6.41 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1459-378', 'J1502-3803' RA= 15:02:57.027058 DEC= -38:03:20.20115 RAER= 11.08 DECER= 38.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1500+094', 'J1503+0917' RA= 15:03:00.899561 DEC= +09:17:58.98289 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.398, 0.191, 8.4, 0.181, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 657 observations" / source= '1501+363', 'J1503+3608' RA= 15:03:15.146830 DEC= +36:08:51.80245 RAER= 0.73 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1500+091', 'J1503+0856' RA= 15:03:20.104365 DEC= +08:56:49.76030 RAER= 0.62 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '1511+859', 'J1503+8542' RA= 15:03:22.203879 DEC= +85:42:40.68436 RAER= 1885.10 DECER= 7.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1501+456', 'J1503+4528' RA= 15:03:24.479533 DEC= +45:28:45.42401 RAER= 26.00 DECER= 8.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1501+481', 'J1503+4758' RA= 15:03:24.785443 DEC= +47:58:29.82479 RAER= 0.31 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, 0.027, 5.0, 0.040, n/a, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '1500-142', 'J1503-1428' RA= 15:03:26.459642 DEC= -14:28:37.50444 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 170 observations" / source= '1500+045', 'J1503+0419' RA= 15:03:28.887725 DEC= +04:19:48.99261 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.145, 8.4, 0.183, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '1501+198', 'J1503+1939' RA= 15:03:30.908689 DEC= +19:39:08.45119 RAER= 0.39 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.052, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1459-578', 'J1503-5801' RA= 15:03:33.463076 DEC= -58:01:07.64903 RAER= 103.81 DECER= 75.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1500-023', 'J1503-0230' RA= 15:03:34.686213 DEC= -02:30:29.97553 RAER= 5.52 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1501+110', 'J1503+1048' RA= 15:03:38.799636 DEC= +10:48:40.30420 RAER= 0.66 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.055, 8.4, 0.043, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1501+104', 'J1503+1016' RA= 15:03:39.508713 DEC= +10:16:03.59552 RAER= 1.05 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.012, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1502+567', 'J1503+5635' RA= 15:03:39.674205 DEC= +56:35:47.76107 RAER= 3.76 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.024, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1500-154', 'J1503-1541' RA= 15:03:40.667506 DEC= -15:41:14.14041 RAER= 0.65 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1501+276', 'J1503+2727' RA= 15:03:45.130599 DEC= +27:27:15.59388 RAER= 1.40 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.206, 0.194, 8.4, 0.103, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1502+481', 'J1503+4759' RA= 15:03:47.995793 DEC= +47:59:31.02849 RAER= 0.33 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, n/a, 5.0, 0.080, 0.077, 8.4, 0.091, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '1502+573', 'J1503+5707' RA= 15:03:49.840842 DEC= +57:07:55.82816 RAER= 37.22 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1459-642', 'J1503-6425' RA= 15:03:50.246443 DEC= -64:25:39.89754 RAER= 0.66 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1503+69A', 'J1503+6854' RA= 15:03:56.162012 DEC= +68:54:39.74043 RAER= 8.27 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1500-417', 'J1504-4155' RA= 15:04:03.647110 DEC= -41:55:51.11379 RAER= 28.17 DECER= 12.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1500-426', 'J1504-4248' RA= 15:04:06.389621 DEC= -42:48:20.74637 RAER= 1.66 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1501+043', 'J1504+0407' RA= 15:04:07.272140 DEC= +04:07:09.45375 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.062, 8.4, 0.081, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '1502+323', 'J1504+3208' RA= 15:04:07.444223 DEC= +32:08:36.51666 RAER= 0.20 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '1501-026', 'J1504-0248' RA= 15:04:07.519034 DEC= -02:48:16.62403 RAER= 0.25 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.044, 8.4, 0.048, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 518 observations" / source= '1502+330', 'J1504+3249' RA= 15:04:07.525388 DEC= +32:49:21.18143 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.181, 5.0, 0.201, 0.102, 8.4, 0.146, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 951 observations" / source= '1502+602', 'J1504+6000' RA= 15:04:09.208674 DEC= +60:00:55.71218 RAER= 2.16 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.007, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1503+691', 'J1504+6856' RA= 15:04:12.775781 DEC= +68:56:12.82369 RAER= 0.37 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.055, 5.0, 0.049, 0.018, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 797 observations" / source= '1502+287', 'J1504+2834' RA= 15:04:15.860006 DEC= +28:34:11.18507 RAER= 0.50 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122 observations" / source= '1502+318', 'J1504+3142' RA= 15:04:20.543230 DEC= +31:42:18.41826 RAER= 0.76 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1501+084', 'J1504+0813' RA= 15:04:24.130955 DEC= +08:13:39.67908 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.065, 5.0, 0.156, 0.131, 8.4, 0.223, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1502+106', 'J1504+1029' RA= 15:04:24.979783 DEC= +10:29:39.19858 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.241, 0.501, 5.0, 1.394, 1.012, 8.4, 1.161, 0.755, 15.2, 1.532, 1.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27038 observations" / source= '1502+224', 'J1504+2218' RA= 15:04:25.278960 DEC= +22:18:14.20645 RAER= 0.33 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.047, 8.4, 0.086, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1501+085', 'J1504+0818' RA= 15:04:25.286512 DEC= +08:18:58.80747 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, n/a, 5.0, 0.158, 0.069, 8.4, 0.140, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 380 observations" / source= '1502+291', 'J1504+2854' RA= 15:04:26.696579 DEC= +28:54:30.54236 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.353, 0.172, 5.0, 0.207, 0.149, 8.4, 0.184, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '1501-185', 'J1504-1845' RA= 15:04:27.086711 DEC= -18:45:35.96999 RAER= 0.51 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1502+478', 'J1504+4741' RA= 15:04:31.293385 DEC= +47:41:51.26697 RAER= 2.66 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1502+102', 'J1504+1001' RA= 15:04:45.147511 DEC= +10:01:07.06850 RAER= 0.63 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.036, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1501-310', 'J1504-3117' RA= 15:04:49.831312 DEC= -31:17:18.54419 RAER= 1.93 DECER= 7.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1503+548', 'J1504+5438' RA= 15:04:51.181019 DEC= +54:38:39.61613 RAER= 0.91 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.008, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '1504+719', 'J1504+7147' RA= 15:04:53.467649 DEC= +71:47:25.26934 RAER= 5.67 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.015, 8.4, 0.042, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1502+262', 'J1504+2600' RA= 15:04:57.121301 DEC= +26:00:58.45468 RAER= 36.82 DECER= 7.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1502-026', 'J1504-0249' RA= 15:04:59.075960 DEC= -02:49:10.23552 RAER= 0.42 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.045, 8.4, 0.163, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1501-343', 'J1505-3432' RA= 15:05:02.370355 DEC= -34:32:56.82064 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.078, 8.4, 0.082, 0.060, 22.2, 0.260, 0.216 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1061 observations" / source= '1502+206', 'J1505+2028' RA= 15:05:03.449607 DEC= +20:28:07.15224 RAER= 1.69 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1502+036', 'J1505+0326' RA= 15:05:06.477162 DEC= +03:26:30.81256 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.541, 0.470, 5.0, 0.423, 0.349, 8.4, 0.510, 0.406, 15.2, 0.497, 0.341 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25832 observations" / source= '1503+335', 'J1505+3318' RA= 15:05:09.010085 DEC= +33:18:32.49862 RAER= 0.47 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 311 observations" / source= '1502-067', 'J1505-0655' RA= 15:05:11.125838 DEC= -06:55:22.27537 RAER= 0.60 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.036, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1502+071', 'J1505+0654' RA= 15:05:13.154233 DEC= +06:54:34.03110 RAER= 1.17 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.016, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1502-087', 'J1505-0855' RA= 15:05:15.343296 DEC= -08:55:09.64397 RAER= 0.56 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.433, 0.093, 8.4, 0.316, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1502+056', 'J1505+0527' RA= 15:05:16.384089 DEC= +05:27:09.85973 RAER= 0.94 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.018, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1502-159', 'J1505-1610' RA= 15:05:22.950005 DEC= -16:10:40.62498 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.020, 8.4, 0.064, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '1456-825', 'J1505-8242' RA= 15:05:25.483348 DEC= -82:42:31.05785 RAER= 128.00 DECER= 9.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1502-392', 'J1505-3929' RA= 15:05:27.161485 DEC= -39:29:34.38281 RAER= 61.85 DECER= 91.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1502+012', 'J1505+0102' RA= 15:05:28.228205 DEC= +01:02:46.18819 RAER= 36.79 DECER= 26.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1502-242', 'J1505-2424' RA= 15:05:32.783135 DEC= -24:24:21.13197 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 312 observations" / source= '1502-001', 'J1505-0017' RA= 15:05:33.472809 DEC= -00:17:43.07053 RAER= 0.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.035, 8.4, 0.051, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1503-293', 'J1506-2933' RA= 15:06:00.971742 DEC= -29:33:59.75244 RAER= 0.72 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1503+161', 'J1506+1556' RA= 15:06:01.181926 DEC= +15:56:08.87293 RAER= 0.79 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.037, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1503-091', 'J1506-0919' RA= 15:06:03.033874 DEC= -09:19:12.06092 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.908, 0.173, 8.4, 0.142, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 666 observations" / source= '1504+441', 'J1506+4359' RA= 15:06:05.906244 DEC= +43:59:03.08047 RAER= 0.45 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1504+323', 'J1506+3208' RA= 15:06:06.997606 DEC= +32:08:25.81103 RAER= 1.64 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1504+377', 'J1506+3730' RA= 15:06:09.529972 DEC= +37:30:51.13248 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.671, 0.329, 5.0, 0.661, 0.358, 8.4, 0.662, 0.417, 15.2, 0.492, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31454 observations" / source= '1504+437', 'J1506+4334' RA= 15:06:17.636581 DEC= +43:34:13.60878 RAER= 1.44 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1503+097', 'J1506+0934' RA= 15:06:19.621342 DEC= +09:34:51.66295 RAER= 9.97 DECER= 22.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1503+066', 'J1506+0627' RA= 15:06:20.799575 DEC= +06:27:38.19517 RAER= 0.92 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1503+005', 'J1506+0020' RA= 15:06:21.844125 DEC= +00:20:19.20702 RAER= 1.00 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.048, 8.4, 0.047, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1510+835', 'J1506+8319' RA= 15:06:24.715226 DEC= +83:19:28.03582 RAER= 0.99 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.324, 0.249, 5.0, 0.281, 0.116, 8.4, 0.254, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 953 observations" / source= '1503-127', 'J1506-1254' RA= 15:06:27.914054 DEC= -12:54:23.77294 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.026, 8.4, 0.047, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 214 observations" / source= '1503-223', 'J1506-2232' RA= 15:06:28.466803 DEC= -22:32:07.85995 RAER= 21.09 DECER= 33.02 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1505+559', 'J1506+5545' RA= 15:06:29.498467 DEC= +55:45:47.56351 RAER= 2.96 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1503-184', 'J1506-1836' RA= 15:06:31.082060 DEC= -18:36:10.26386 RAER= 0.99 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1505+609', 'J1506+6046' RA= 15:06:33.630476 DEC= +60:46:54.60151 RAER= 1.76 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.030, 8.4, 0.031, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1505+626', 'J1506+6226' RA= 15:06:38.171348 DEC= +62:26:49.78058 RAER= 32.30 DECER= 22.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1504+084', 'J1506+0814' RA= 15:06:39.208255 DEC= +08:14:05.59015 RAER= 0.85 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.027, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1503-119', 'J1506-1209' RA= 15:06:43.538656 DEC= -12:09:45.10296 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.047, 5.0, 0.115, 0.125, 8.4, 0.112, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '1505+497', 'J1506+4933' RA= 15:06:44.114366 DEC= +49:33:55.80382 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.117, 5.0, 0.177, 0.162, 8.4, 0.246, 0.230 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 943 observations" / source= '1504+08A', 'J1506+081A' RA= 15:06:44.473782 DEC= +08:14:00.72083 RAER= 0.58 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.038, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '1506+665', 'J1506+6620' RA= 15:06:48.001598 DEC= +66:20:58.89499 RAER= 1.70 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.070, 8.4, 0.090, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1505+428', 'J1506+4239' RA= 15:06:53.041846 DEC= +42:39:23.03556 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.499, 0.344, 5.0, 0.504, 0.318, 8.4, 0.570, 0.291 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2404 observations" / source= '1504+130', 'J1506+1250' RA= 15:06:56.411323 DEC= +12:50:48.70364 RAER= 0.29 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1504+110', 'J1507+1052' RA= 15:07:01.519810 DEC= +10:52:56.29432 RAER= 0.64 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1504-166', 'J1507-1652' RA= 15:07:04.786968 DEC= -16:52:30.26699 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.436, 0.925, 5.0, 1.080, 0.817, 8.4, 1.165, 0.673, 15.2, 1.583, 0.658 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3017 observations" / source= '1505+514', 'J1507+5117' RA= 15:07:11.615595 DEC= +51:17:16.86258 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.104, 5.0, 0.131, 0.124, 8.4, 0.124, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 836 observations" / source= '1504-314', 'J1507-3137' RA= 15:07:12.986872 DEC= -31:37:31.91302 RAER= 1.21 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1504+175', 'J1507+1721' RA= 15:07:16.410712 DEC= +17:21:02.89683 RAER= 1.27 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1505+368', 'J1507+3642' RA= 15:07:19.534848 DEC= +36:42:45.49015 RAER= 6.49 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1504-369', 'J1507-3709' RA= 15:07:20.811275 DEC= -37:09:03.02394 RAER= 2.27 DECER= 7.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1504+127', 'J1507+1236' RA= 15:07:21.758082 DEC= +12:36:29.07575 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.114, 5.0, 0.100, n/a, 8.4, 0.139, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '1504+105', 'J1507+1018' RA= 15:07:21.879174 DEC= +10:18:45.00070 RAER= 8.67 DECER= 13.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1505+338', 'J1507+3338' RA= 15:07:31.659339 DEC= +33:38:18.67747 RAER= 0.81 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1504-316', 'J1507-3149' RA= 15:07:36.327653 DEC= -31:49:19.50656 RAER= 0.56 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1506+591', 'J1507+5857' RA= 15:07:47.385795 DEC= +58:57:27.65157 RAER= 0.47 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.370, 0.046, 5.0, 0.195, 0.025, 8.4, 0.082, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1504-367', 'J1507-3656' RA= 15:07:52.875315 DEC= -36:56:27.09919 RAER= 1.64 DECER= 7.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1506+624', 'J1507+6213' RA= 15:07:57.307075 DEC= +62:13:34.15765 RAER= 1.20 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.009, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '1506+527', 'J1507+5231' RA= 15:07:59.055803 DEC= +52:31:00.75073 RAER= 0.90 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.046, 8.4, 0.089, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1505+044', 'J1507+0415' RA= 15:07:59.732434 DEC= +04:15:11.98481 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.165, 5.0, 0.133, 0.115, 8.4, 0.118, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 765 observations" / source= '1505-249', 'J1508-2508' RA= 15:08:01.625978 DEC= -25:08:27.17330 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1505-268', 'J1508-2701' RA= 15:08:03.087945 DEC= -27:01:55.34414 RAER= 8.58 DECER= 25.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1506+340', 'J1508+3353' RA= 15:08:04.226029 DEC= +33:53:05.63489 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1505+190', 'J1508+1852' RA= 15:08:05.138522 DEC= +18:52:43.23798 RAER= 0.62 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.034, 8.4, 0.051, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1509+774', 'J1508+7718' RA= 15:08:10.854283 DEC= +77:18:16.50109 RAER= 4.34 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1506+339', 'J1508+3347' RA= 15:08:23.717171 DEC= +33:47:00.75760 RAER= 0.21 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1505-418', 'J1508-4201' RA= 15:08:24.990364 DEC= -42:01:45.98734 RAER= 3.99 DECER= 17.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1505+001', 'J1508-0005' RA= 15:08:31.798434 DEC= -00:05:10.33642 RAER= 1.28 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1505-156', 'J1508-1548' RA= 15:08:35.701609 DEC= -15:48:31.53197 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.066, 8.4, 0.067, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4302 observations" / source= '1505-496', 'J1508-4953' RA= 15:08:38.944753 DEC= -49:53:02.31091 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.533, 0.250, 8.4, 0.737, 0.680 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1506+273', 'J1508+2709' RA= 15:08:42.614983 DEC= +27:09:07.70605 RAER= 0.71 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1505-282', 'J1508-2824' RA= 15:08:49.598894 DEC= -28:24:11.81157 RAER= 1.05 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1505-304', 'J1508-3036' RA= 15:08:52.993164 DEC= -30:36:29.43090 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.219, 8.4, 0.199, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1506+288', 'J1509+2839' RA= 15:09:04.796584 DEC= +28:39:25.96152 RAER= 0.80 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '1506-112', 'J1509-1126' RA= 15:09:05.318370 DEC= -11:26:46.12358 RAER= 1.11 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.372, 0.008, 8.4, 0.172, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1506+209', 'J1509+2046' RA= 15:09:09.170580 DEC= +20:46:39.17871 RAER= 0.38 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 364 observations" / source= '1506+163', 'J1509+1611' RA= 15:09:10.111844 DEC= +16:11:27.73540 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.090, 5.0, 0.104, 0.085, 8.4, 0.096, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '1508+702', 'J1509+7004' RA= 15:09:13.335699 DEC= +70:04:22.23796 RAER= 7.96 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1506+142', 'J1509+1406' RA= 15:09:15.625700 DEC= +14:06:14.54477 RAER= 4.83 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1507+476', 'J1509+4726' RA= 15:09:19.852233 DEC= +47:26:56.17787 RAER= 1.84 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, 0.013, 8.4, 0.128, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1506-074', 'J1509-0735' RA= 15:09:20.553493 DEC= -07:35:48.17697 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.170, 8.4, 0.203, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '1506-370', 'J1509-3713' RA= 15:09:24.995364 DEC= -37:13:27.66655 RAER= 0.29 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.047, 8.4, 0.101, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 238 observations" / source= '1506-266', 'J1509-2647' RA= 15:09:30.082911 DEC= -26:47:33.04131 RAER= 1.23 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1507+480', 'J1509+4752' RA= 15:09:34.369087 DEC= +47:52:36.92877 RAER= 0.45 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '1508+564', 'J1509+5614' RA= 15:09:35.304799 DEC= +56:14:08.84900 RAER= 1.73 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.038, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1506-434', 'J1509-4340' RA= 15:09:35.737706 DEC= -43:40:31.90932 RAER= 0.38 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.080, 5.0, 0.267, 0.217, 8.4, 0.239, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '1507+16A', 'J1509+1556' RA= 15:09:42.825205 DEC= +15:56:59.02609 RAER= 14.31 DECER= 6.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1507-104', 'J1509-1036' RA= 15:09:42.928526 DEC= -10:36:02.59760 RAER= 1.35 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1506-288', 'J1509-2905' RA= 15:09:45.054850 DEC= -29:05:01.12271 RAER= 0.24 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.256, 0.233, 8.4, 0.188, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '1507+059', 'J1509+0545' RA= 15:09:47.554761 DEC= +05:45:31.78307 RAER= 0.80 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.051, 8.4, 0.034, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1508+561', 'J1509+5556' RA= 15:09:47.950031 DEC= +55:56:17.29130 RAER= 0.39 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.027, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1507+161', 'J1509+1557' RA= 15:09:50.562956 DEC= +15:57:25.53967 RAER= 0.62 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.021, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1508+572', 'J1510+5702' RA= 15:10:02.922367 DEC= +57:02:43.37587 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.157, 5.0, 0.264, 0.240, 8.4, 0.264, 0.215, 15.2, 0.248, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8647 observations" / source= '1508+601', 'J1510+5958' RA= 15:10:05.877419 DEC= +59:58:53.27570 RAER= 3.69 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.018, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1507-296', 'J1510-2951' RA= 15:10:08.973116 DEC= -29:51:32.98793 RAER= 1.71 DECER= 6.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1507+115', 'J1510+1123' RA= 15:10:14.027580 DEC= +11:23:53.13923 RAER= 0.92 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.032, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1507-256', 'J1510-2551' RA= 15:10:16.563619 DEC= -25:51:20.19637 RAER= 3.84 DECER= 12.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1508+425', 'J1510+4221' RA= 15:10:17.822554 DEC= +42:21:54.98290 RAER= 1.41 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1508+529', 'J1510+5244' RA= 15:10:20.224635 DEC= +52:44:30.17421 RAER= 7.09 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1508+380', 'J1510+3745' RA= 15:10:20.807894 DEC= +37:45:55.73294 RAER= 0.37 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 201 observations" / source= '1507-432', 'J1510-4324' RA= 15:10:29.488833 DEC= -43:24:50.57324 RAER= 11.87 DECER= 32.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1507-301', 'J1510-3019' RA= 15:10:31.841333 DEC= -30:19:52.51874 RAER= 0.58 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1512+801', 'J1510+8000' RA= 15:10:32.732603 DEC= +80:00:05.32474 RAER= 4.36 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.053, 8.4, 0.076, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1508+168', 'J1510+1640' RA= 15:10:38.637907 DEC= +16:40:10.29016 RAER= 2.37 DECER= 4.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1508+316', 'J1510+3127' RA= 15:10:39.588967 DEC= +31:27:16.03034 RAER= 0.39 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1507-288', 'J1510-2901' RA= 15:10:40.245276 DEC= -29:01:20.50522 RAER= 0.78 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, n/a, 8.4, 0.155, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1507-246', 'J1510-2451' RA= 15:10:41.673762 DEC= -24:51:59.08444 RAER= 0.92 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.315, 0.054, 5.0, 0.155, 0.011, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1508-111', 'J1510-1121' RA= 15:10:44.433665 DEC= -11:21:39.70206 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.043, 8.4, 0.104, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1508-055', 'J1510-0543' RA= 15:10:53.591424 DEC= -05:43:07.41752 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.419, 0.184, 5.0, 0.724, 0.569, 8.4, 0.582, 0.383, 15.2, 0.527, 0.339, 22.2, 0.374, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5446 observations" / source= '1508-085', 'J1510-0843' RA= 15:10:54.641063 DEC= -08:43:21.31915 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.164, 5.0, 0.431, 0.341, 8.4, 0.384, 0.301 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '1508+182', 'J1510+1802' RA= 15:10:56.672339 DEC= +18:02:38.55342 RAER= 1.12 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1508+223', 'J1511+2208' RA= 15:11:05.579012 DEC= +22:08:06.64061 RAER= 0.23 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.036, 8.4, 0.064, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '1507-518', 'J1511-5203' RA= 15:11:08.926199 DEC= -52:03:47.25089 RAER= 0.59 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.200, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1508+183', 'J1511+1808' RA= 15:11:15.563026 DEC= +18:08:04.86664 RAER= 1.88 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1507-631', 'J1511-6319' RA= 15:11:16.104602 DEC= -63:19:31.55095 RAER= 3.32 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.113, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1509+348', 'J1511+3439' RA= 15:11:20.103167 DEC= +34:39:32.65060 RAER= 0.90 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1508-071', 'J1511-0722' RA= 15:11:28.979328 DEC= -07:22:56.45831 RAER= 0.46 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.105, 8.4, 0.084, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1509+102', 'J1511+1001' RA= 15:11:29.585002 DEC= +10:01:40.30482 RAER= 1.13 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.011, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1509+074', 'J1511+0715' RA= 15:11:31.379518 DEC= +07:15:07.14737 RAER= 0.50 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1509+031', 'J1511+0300' RA= 15:11:31.722884 DEC= +03:00:19.41925 RAER= 0.70 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.078, 8.4, 0.127, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1509+054', 'J1511+0518' RA= 15:11:41.266362 DEC= +05:18:09.25949 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.210, 8.4, 0.687, 0.174, 15.2, 0.619, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 748 observations" / source= '1509+446', 'J1511+4430' RA= 15:11:42.768462 DEC= +44:30:43.55531 RAER= 1.40 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1509-050', 'J1511-0512' RA= 15:11:46.514734 DEC= -05:12:00.20813 RAER= 1.68 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1509-05A', 'J1511-0513' RA= 15:11:48.560727 DEC= -05:13:46.98668 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.018, 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1509-106', 'J1511-1050' RA= 15:11:48.688721 DEC= -10:50:24.52354 RAER= 0.79 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1508-325', 'J1511-3242' RA= 15:11:50.402955 DEC= -32:42:57.78979 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.117, 5.0, 0.259, n/a, 8.4, 0.251, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '1510+526', 'J1511+5225' RA= 15:11:51.108264 DEC= +52:25:39.98013 RAER= 1.66 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.032, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1510+592', 'J1511+5905' RA= 15:11:57.905000 DEC= +59:05:04.68635 RAER= 1.22 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1509+158', 'J1512+1540' RA= 15:12:12.247793 DEC= +15:40:25.73753 RAER= 0.29 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.115, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '1509-227', 'J1512-2255' RA= 15:12:12.755117 DEC= -22:55:08.48398 RAER= 0.54 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1510+472', 'J1512+4703' RA= 15:12:14.266034 DEC= +47:03:33.19362 RAER= 0.34 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.054, 8.4, 0.092, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '1510+321', 'J1512+3158' RA= 15:12:14.833661 DEC= +31:58:04.85286 RAER= 2.38 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1509+117', 'J1512+1136' RA= 15:12:15.658366 DEC= +11:36:46.21192 RAER= 0.80 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.051, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1509+022', 'J1512+0203' RA= 15:12:15.741748 DEC= +02:03:16.97915 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.092, 8.4, 0.169, 0.142, 22.2, 0.231, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2023 observations" / source= '1511+648', 'J1512+6441' RA= 15:12:20.152904 DEC= +64:41:06.67391 RAER= 1.57 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '1509-057', 'J1512-0554' RA= 15:12:22.837346 DEC= -05:54:41.31863 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.210, 0.158, 8.4, 0.199, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '1509-115', 'J1512-1143' RA= 15:12:34.709588 DEC= -11:43:42.09917 RAER= 0.17 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.043, 8.4, 0.079, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1509-282', 'J1512-2828' RA= 15:12:43.819757 DEC= -28:28:45.29766 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.121, 8.4, 0.122, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '1510-089', 'J1512-0905' RA= 15:12:50.532936 DEC= -09:05:59.82972 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.055, 2.574, 5.0, 2.372, 1.071, 8.4, 2.334, 1.057, 15.2, 2.157, 1.493 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23898 observations" / source= '1508-656', 'J1512-6553' RA= 15:12:51.550681 DEC= -65:53:02.22424 RAER= 0.54 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1507-713', 'J1512-7131' RA= 15:12:52.239954 DEC= -71:31:52.73787 RAER= 1.52 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations. No flux information" / source= '1509-534', 'J1512-5336' RA= 15:12:55.090402 DEC= -53:36:57.17004 RAER= 0.94 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1509-564', 'J1512-5640' RA= 15:12:55.819424 DEC= -56:40:30.64281 RAER= 0.88 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.615, 0.296 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1510+103', 'J1513+1009' RA= 15:13:00.582893 DEC= +10:09:37.43290 RAER= 0.90 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.038, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1510-254', 'J1513-2539' RA= 15:13:03.636833 DEC= -25:39:25.85607 RAER= 0.61 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.013, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1516+819', 'J1513+8143' RA= 15:13:04.043272 DEC= +81:43:24.71586 RAER= 323.29 DECER= 39.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1510-075', 'J1513-0744' RA= 15:13:09.643758 DEC= -07:44:26.88702 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.030, 5.0, 0.105, 0.086, 8.4, 0.105, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 153 observations" / source= '1510+074', 'J1513+0713' RA= 15:13:13.095106 DEC= +07:13:31.87856 RAER= 1.19 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1510-314', 'J1513-3138' RA= 15:13:13.760109 DEC= -31:38:24.45220 RAER= 2.13 DECER= 7.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1510-371', 'J1513-3720' RA= 15:13:18.661758 DEC= -37:20:11.53188 RAER= 1.22 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1510-319', 'J1513-3209' RA= 15:13:21.777233 DEC= -32:09:32.69201 RAER= 0.16 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.147, 8.4, 0.234, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '1511+103', 'J1513+1011' RA= 15:13:29.293810 DEC= +10:11:05.55964 RAER= 8.75 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1510-421', 'J1513-4221' RA= 15:13:30.621955 DEC= -42:21:56.10657 RAER= 0.36 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.136, 8.4, 0.167, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '1510-117', 'J1513-1154' RA= 15:13:38.876147 DEC= -11:54:30.35855 RAER= 6.83 DECER= 7.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, n/a, 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1510-323', 'J1513-3234' RA= 15:13:38.983805 DEC= -32:34:59.34615 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.196, 0.268 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '1511+238', 'J1513+2338' RA= 15:13:40.185704 DEC= +23:38:35.20111 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.122, 0.396, 5.0, 0.611, 0.033, 8.4, 0.358, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '1511-100', 'J1513-1012' RA= 15:13:44.893424 DEC= -10:12:00.26491 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.917, 0.593, 5.0, 1.019, 0.622, 8.4, 1.312, 0.891, 15.2, 0.977, 0.605 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7529 observations" / source= '1512+460', 'J1513+4554' RA= 15:13:50.536440 DEC= +45:54:22.60071 RAER= 24.34 DECER= 10.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1510-257', 'J1513-2558' RA= 15:13:53.174071 DEC= -25:58:30.18545 RAER= 1.58 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.035, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1511-210', 'J1513-2114' RA= 15:13:56.970117 DEC= -21:14:57.50706 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.234, 5.0, 0.292, 0.248, 8.4, 0.378, 0.310 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1979 observations" / source= '1512+297', 'J1514+2931' RA= 15:14:20.886895 DEC= +29:31:03.57141 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1511-394', 'J1514-3935' RA= 15:14:27.165702 DEC= -39:35:46.06494 RAER= 28.14 DECER= 43.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1511-435', 'J1514-4342' RA= 15:14:28.632280 DEC= -43:42:45.01636 RAER= 13.65 DECER= 40.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1512+127', 'J1514+1234' RA= 15:14:31.877820 DEC= +12:34:18.04194 RAER= 8.50 DECER= 9.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1511-205', 'J1514-2044' RA= 15:14:33.516346 DEC= -20:44:26.19896 RAER= 0.39 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.039, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1511-11A', 'J1514-1159' RA= 15:14:33.738233 DEC= -11:59:45.49829 RAER= 16.20 DECER= 15.31 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1511-274', 'J1514-2739' RA= 15:14:34.019769 DEC= -27:39:20.08728 RAER= 1.25 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1512+309', 'J1514+3046' RA= 15:14:34.151123 DEC= +30:46:03.92994 RAER= 0.39 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1512+030', 'J1514+0252' RA= 15:14:34.734461 DEC= +02:52:48.50901 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.082, 8.4, 0.211, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 659 observations" / source= '1512+450', 'J1514+4450' RA= 15:14:36.630933 DEC= +44:50:04.09035 RAER= 0.32 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1512+291', 'J1514+2855' RA= 15:14:39.440879 DEC= +28:55:41.13034 RAER= 0.51 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.038, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1511-476', 'J1514-4748' RA= 15:14:40.024595 DEC= -47:48:29.85732 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.615, 0.608 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '1511-360', 'J1514-3617' RA= 15:14:40.873919 DEC= -36:17:04.87577 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.167, 8.4, 0.222, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1262 observations" / source= '1511-118', 'J1514-1202' RA= 15:14:41.889352 DEC= -12:02:49.05584 RAER= 1.67 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.033, 8.4, 0.122, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1512+370', 'J1514+3650' RA= 15:14:43.068303 DEC= +36:50:50.35622 RAER= 0.33 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.029, 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '1512+104', 'J1514+1017' RA= 15:14:49.355614 DEC= +10:17:03.19747 RAER= 1.22 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1512-096', 'J1514-0948' RA= 15:14:49.748993 DEC= -09:48:38.41593 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.121, 5.0, 0.239, 0.145, 8.4, 0.241, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 417 observations" / source= '1512-183', 'J1514-1832' RA= 15:14:58.499910 DEC= -18:32:25.97409 RAER= 0.75 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1512-328', 'J1515-3301' RA= 15:15:07.082777 DEC= -33:01:32.59045 RAER= 1.29 DECER= 6.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1511-558', 'J1515-5559' RA= 15:15:12.672879 DEC= -55:59:32.83850 RAER= 0.24 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.466, 0.978 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '1512-381', 'J1515-3817' RA= 15:15:20.649875 DEC= -38:17:39.30418 RAER= 2.45 DECER= 9.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1514+597', 'J1515+5934' RA= 15:15:26.678978 DEC= +59:34:53.01868 RAER= 0.97 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.046, 8.4, 0.079, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1513+092', 'J1515+0904' RA= 15:15:26.897924 DEC= +09:04:44.48087 RAER= 0.98 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1513+251', 'J1515+2458' RA= 15:15:54.167429 DEC= +24:58:40.23155 RAER= 0.76 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.019, 8.4, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1513+082', 'J1515+0805' RA= 15:15:57.039552 DEC= +08:05:43.95316 RAER= 0.52 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.022, 8.4, 0.023, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1514+441', 'J1516+4357' RA= 15:16:05.024764 DEC= +43:57:56.79303 RAER= 2.76 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.010, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1513-161', 'J1516-1619' RA= 15:16:05.104059 DEC= -16:19:47.19684 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 196 observations" / source= '1513+055', 'J1516+0524' RA= 15:16:18.011018 DEC= +05:24:33.98075 RAER= 0.66 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.054, 8.4, 0.059, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1513-375', 'J1516-3744' RA= 15:16:22.427294 DEC= -37:44:07.55032 RAER= 2.16 DECER= 18.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1514+440', 'J1516+4349' RA= 15:16:31.371726 DEC= +43:49:49.61096 RAER= 1.54 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.007, 8.4, 0.017, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1514+124', 'J1516+1213' RA= 15:16:32.280086 DEC= +12:13:50.78877 RAER= 0.64 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, 0.014, 5.0, 0.014, 0.005, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1514+117', 'J1516+1133' RA= 15:16:38.679930 DEC= +11:33:43.41945 RAER= 1.17 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1514+004', 'J1516+0015' RA= 15:16:40.219060 DEC= +00:15:01.90902 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.718, 0.402, 5.0, 0.807, 0.443, 8.4, 0.863, 0.406, 15.2, 0.881, 0.312 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3653 observations" / source= '1514+294', 'J1516+2918' RA= 15:16:41.593916 DEC= +29:18:09.20799 RAER= 0.92 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.030, 8.4, 0.030, 0.024, 15.2, 0.032, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1514+072', 'J1516+0701' RA= 15:16:44.489378 DEC= +07:01:17.83460 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.128, 8.4, 0.318, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 316 observations" / source= '1513-373', 'J1516-3730' RA= 15:16:45.278115 DEC= -37:30:48.71052 RAER= 1.16 DECER= 6.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, n/a, 8.4, 0.206, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1513-254', 'J1516-2538' RA= 15:16:46.720257 DEC= -25:38:56.78783 RAER= 41.14 DECER= 45.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1514+370', 'J1516+3650' RA= 15:16:49.259064 DEC= +36:50:22.86108 RAER= 0.59 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '1514+186', 'J1516+1830' RA= 15:16:56.591680 DEC= +18:30:21.55078 RAER= 1.00 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1514+197', 'J1516+1932' RA= 15:16:56.796166 DEC= +19:32:12.99196 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.419, 0.308, 5.0, 0.389, 0.246, 8.4, 0.537, 0.474, 15.2, 0.783, 0.689 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20764 observations" / source= '1514+257', 'J1516+2535' RA= 15:16:58.693468 DEC= +25:35:07.45208 RAER= 0.57 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.031, 8.4, 0.052, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1514+300', 'J1516+2954' RA= 15:16:59.522074 DEC= +29:54:34.75198 RAER= 3.57 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1514+268', 'J1517+2638' RA= 15:17:02.593311 DEC= +26:38:58.82647 RAER= 1.31 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1516+666', 'J1517+6627' RA= 15:17:04.740714 DEC= +66:27:29.51258 RAER= 1.59 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1515+345', 'J1517+3419' RA= 15:17:13.651171 DEC= +34:19:09.74738 RAER= 1.32 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.040, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1514-069', 'J1517-0710' RA= 15:17:14.055536 DEC= -07:10:14.09661 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.125, 5.0, 0.235, 0.140, 8.4, 0.274, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '1516+638', 'J1517+6338' RA= 15:17:15.610159 DEC= +63:38:58.35137 RAER= 2.60 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.041, 8.4, 0.036, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1514+137', 'J1517+1332' RA= 15:17:17.152902 DEC= +13:32:24.53858 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.122, 5.0, 0.122, 0.076, 8.4, 0.135, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '1515+176', 'J1517+1729' RA= 15:17:24.999891 DEC= +17:29:21.43327 RAER= 1.36 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1514-261', 'J1517-2618' RA= 15:17:26.622374 DEC= -26:18:18.97916 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.075, 8.4, 0.268, 0.232 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '1516+561', 'J1517+5556' RA= 15:17:27.836618 DEC= +55:56:27.08633 RAER= 8.12 DECER= 3.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1514-442', 'J1517-4424' RA= 15:17:28.942655 DEC= -44:24:09.49842 RAER= 1.11 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.014, 8.4, 0.151, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1515+012', 'J1517+0105' RA= 15:17:37.409955 DEC= +01:05:21.61152 RAER= 0.32 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.051, 8.4, 0.080, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1515+363', 'J1517+3612' RA= 15:17:40.484064 DEC= +36:12:14.47606 RAER= 1.27 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.040, 8.4, 0.041, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1514-364', 'J1517-3638' RA= 15:17:41.040874 DEC= -36:38:51.41761 RAER= 15.68 DECER= 50.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1514-241', 'J1517-2422' RA= 15:17:41.813139 DEC= -24:22:19.47611 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.069, 0.895, 5.0, 1.996, 0.952, 8.4, 1.748, 0.733, 15.2, 2.101, 0.879 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17263 observations" / source= '1515+141', 'J1517+1400' RA= 15:17:47.094328 DEC= +14:00:19.43589 RAER= 0.87 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1517+656', 'J1517+6525' RA= 15:17:47.588050 DEC= +65:25:23.28508 RAER= 0.72 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, 0.022, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '1512-729', 'J1517-7307' RA= 15:17:47.609010 DEC= -73:07:39.07384 RAER= 1.17 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1515-164', 'J1517-1639' RA= 15:17:51.054399 DEC= -16:39:18.71695 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.044, 8.4, 0.084, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '1515+133', 'J1517+1312' RA= 15:17:59.894726 DEC= +13:12:39.30051 RAER= 0.32 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.041, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1515-273', 'J1518-2731' RA= 15:18:03.600115 DEC= -27:31:31.19119 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.093, 15.2, 0.134, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 212 observations" / source= '1515+198', 'J1518+1939' RA= 15:18:03.688246 DEC= +19:39:57.46974 RAER= 1.83 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1515-144', 'J1518-1436' RA= 15:18:05.575972 DEC= -14:36:02.24845 RAER= 1.17 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.045, 8.4, 0.038, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1515+024', 'J1518+0216' RA= 15:18:07.031403 DEC= +02:16:43.76712 RAER= 1.24 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1516+114', 'J1518+1118' RA= 15:18:32.110637 DEC= +11:18:44.51219 RAER= 19.64 DECER= 10.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1516+10A', 'J1518+1032' RA= 15:18:35.935326 DEC= +10:32:12.44373 RAER= 2.19 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1516+409', 'J1518+4045' RA= 15:18:38.900692 DEC= +40:45:00.18789 RAER= 0.77 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1517+502', 'J1518+5002' RA= 15:18:39.962504 DEC= +50:02:59.48915 RAER= 0.71 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '1517+464', 'J1518+4618' RA= 15:18:44.758184 DEC= +46:18:55.17604 RAER= 1.25 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.032, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1516+064', 'J1518+0613' RA= 15:18:45.727778 DEC= +06:13:56.10947 RAER= 0.40 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.026, 8.4, 0.052, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1516-119', 'J1518-1205' RA= 15:18:47.849493 DEC= -12:05:00.66279 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.040, 8.4, 0.073, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1516-043', 'J1518-0432' RA= 15:18:49.393510 DEC= -04:32:58.15193 RAER= 0.60 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.072, 8.4, 0.085, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1516+165', 'J1519+1622' RA= 15:19:02.016924 DEC= +16:22:35.68939 RAER= 1.01 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1516-059', 'J1519-0604' RA= 15:19:03.130835 DEC= -06:04:56.08236 RAER= 1.33 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1516+107', 'J1519+1037' RA= 15:19:05.503050 DEC= +10:37:06.09094 RAER= 0.93 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1517+365', 'J1519+3623' RA= 15:19:13.349776 DEC= +36:23:43.38248 RAER= 0.91 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.106, 8.4, 0.108, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1516-049', 'J1519-0509' RA= 15:19:14.272556 DEC= -05:09:08.78877 RAER= 0.71 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.036, 8.4, 0.082, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1517+430', 'J1519+4254' RA= 15:19:26.910219 DEC= +42:54:08.20324 RAER= 1.35 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.034, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1516-129', 'J1519-1305' RA= 15:19:29.553725 DEC= -13:05:17.91245 RAER= 0.21 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 216 observations" / source= '1517+389', 'J1519+3844' RA= 15:19:32.080444 DEC= +38:44:52.57846 RAER= 1.30 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1516-240', 'J1519-2411' RA= 15:19:42.584820 DEC= -24:11:52.64441 RAER= 0.25 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1517+394', 'J1519+3913' RA= 15:19:44.412640 DEC= +39:13:21.62686 RAER= 4.27 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1517-116', 'J1519-1151' RA= 15:19:44.784015 DEC= -11:51:44.52657 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.258, 8.4, 0.257, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '1518+477', 'J1519+4731' RA= 15:19:48.147568 DEC= +47:31:54.26463 RAER= 50.71 DECER= 15.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1517-088', 'J1519-0904' RA= 15:19:59.081302 DEC= -09:04:26.20853 RAER= 0.40 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.033, 8.4, 0.043, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1517+204', 'J1520+2016' RA= 15:20:05.486479 DEC= +20:16:05.70603 RAER= 2.03 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, n/a, 5.0, 0.182, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1517-283', 'J1520-2834' RA= 15:20:06.010690 DEC= -28:34:19.83269 RAER= 2.62 DECER= 6.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1519+567', 'J1520+5635' RA= 15:20:19.154009 DEC= +56:35:55.64939 RAER= 0.35 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.047, 5.0, 0.057, 0.034, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 751 observations" / source= '1518+38A', 'J1520+384A' RA= 15:20:21.861896 DEC= +38:43:58.69171 RAER= 1.91 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1519+536', 'J1520+5325' RA= 15:20:30.484405 DEC= +53:25:34.60805 RAER= 25.83 DECER= 14.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1517-135', 'J1520-1344' RA= 15:20:30.736883 DEC= -13:44:48.13905 RAER= 0.51 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.035, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1518+389', 'J1520+3843' RA= 15:20:33.323928 DEC= +38:43:22.69516 RAER= 1.50 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1519+558', 'J1520+5542' RA= 15:20:34.977660 DEC= +55:42:56.94499 RAER= 1.16 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1518+162', 'J1520+1601' RA= 15:20:37.061079 DEC= +16:01:26.63178 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.073, 5.0, 0.130, 0.089, 8.4, 0.091, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '1518+423', 'J1520+4211' RA= 15:20:39.721884 DEC= +42:11:11.45219 RAER= 0.22 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 629 observations" / source= '1517-385', 'J1520-3845' RA= 15:20:40.483742 DEC= -38:45:32.38536 RAER= 0.31 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.055, 5.0, 0.049, 0.038, 8.4, 0.053, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 296 observations" / source= '1519+477', 'J1520+4732' RA= 15:20:43.596018 DEC= +47:32:49.28451 RAER= 1.08 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.079, 8.4, 0.052, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1518+077', 'J1520+0732' RA= 15:20:45.542023 DEC= +07:32:30.28919 RAER= 1.06 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1520+725', 'J1520+7225' RA= 15:20:47.640655 DEC= +72:25:05.57127 RAER= 0.60 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.042, 5.0, 0.053, 0.038, 8.4, 0.054, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '1518-036', 'J1520-0348' RA= 15:20:48.905536 DEC= -03:48:51.66883 RAER= 0.66 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1517-378', 'J1520-3800' RA= 15:20:53.797109 DEC= -38:00:27.27552 RAER= 1.21 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1518+314', 'J1521+3115' RA= 15:21:01.285110 DEC= +31:15:37.80046 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1522+791', 'J1521+7858' RA= 15:21:02.797846 DEC= +78:58:30.26010 RAER= 0.65 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.168, 8.4, 0.185, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 944 observations" / source= '1519+286', 'J1521+2830' RA= 15:21:05.859319 DEC= +28:30:35.01752 RAER= 0.86 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.027, 8.4, 0.022, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1518-328', 'J1521-3259' RA= 15:21:11.275435 DEC= -32:59:55.87522 RAER= 17.45 DECER= 31.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1518+046', 'J1521+0430' RA= 15:21:14.418476 DEC= +04:30:21.63695 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.146, 0.325, 5.0, 0.852, 0.126, 8.4, 0.259, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 738 observations" / source= '1518+170', 'J1521+1654' RA= 15:21:16.552576 DEC= +16:54:02.96306 RAER= 0.20 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.044, 5.0, 0.135, 0.082, 8.4, 0.103, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 196 observations" / source= '1518+028', 'J1521+0238' RA= 15:21:16.571367 DEC= +02:38:56.46401 RAER= 0.70 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.074, 8.4, 0.090, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1518+004', 'J1521+0017' RA= 15:21:16.590238 DEC= +00:17:55.03429 RAER= 0.65 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.086, 8.4, 0.049, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1519+181', 'J1521+1756' RA= 15:21:17.578951 DEC= +17:56:01.06731 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.125, 5.0, 0.152, 0.080, 8.4, 0.097, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '1521+752', 'J1521+7502' RA= 15:21:19.411100 DEC= +75:02:49.36606 RAER= 5.89 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1518+026', 'J1521+0231' RA= 15:21:19.468582 DEC= +02:31:03.24958 RAER= 0.38 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1518+045', 'J1521+0420' RA= 15:21:22.543597 DEC= +04:20:30.13659 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.100, 8.4, 0.192, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1520+552', 'J1521+5506' RA= 15:21:32.937265 DEC= +55:06:06.44024 RAER= 1.85 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1518-300', 'J1521-3011' RA= 15:21:38.335190 DEC= -30:11:08.66873 RAER= 31.15 DECER= 43.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1519+054', 'J1521+0517' RA= 15:21:43.533618 DEC= +05:17:05.17417 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.080, 8.4, 0.100, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '1520+437', 'J1521+4336' RA= 15:21:49.613879 DEC= +43:36:39.26818 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.248, 5.0, 0.225, 0.198, 8.4, 0.408, 0.322 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20003 observations" / source= '1519+275', 'J1521+2724' RA= 15:21:55.599617 DEC= +27:24:53.31090 RAER= 3.24 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1520+319', 'J1522+3144' RA= 15:22:09.991734 DEC= +31:44:14.38195 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.414, 0.324, 5.0, 0.386, 0.299, 8.4, 0.451, 0.314, 15.2, 0.387, 0.235, 22.2, 0.279, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17349 observations" / source= '1519-296', 'J1522-2948' RA= 15:22:10.982429 DEC= -29:48:29.91799 RAER= 1.14 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1518-390', 'J1522-3912' RA= 15:22:12.932000 DEC= -39:12:44.43231 RAER= 2.14 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1519-359', 'J1522-3607' RA= 15:22:14.378557 DEC= -36:07:59.24508 RAER= 1.15 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.207, n/a, 8.4, 0.112, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1519-334', 'J1522-3337' RA= 15:22:16.784370 DEC= -33:37:05.27589 RAER= 1.97 DECER= 6.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1519-294', 'J1522-2936' RA= 15:22:25.486340 DEC= -29:36:25.23088 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.447, 0.369, 5.0, 0.460, 0.288, 8.4, 0.346, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1596 observations" / source= '1520+041', 'J1522+0400' RA= 15:22:32.802628 DEC= +04:00:29.73245 RAER= 6.38 DECER= 5.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1519-273', 'J1522-2730' RA= 15:22:37.675997 DEC= -27:30:10.78549 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.829, 0.718, 5.0, 1.190, 1.075, 8.4, 0.966, 0.659, 15.2, 1.009, 0.704 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69557 observations" / source= '1519-391', 'J1522-3920' RA= 15:22:48.626226 DEC= -39:20:08.51887 RAER= 9.90 DECER= 26.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1520+283', 'J1522+2808' RA= 15:22:48.940068 DEC= +28:08:56.21053 RAER= 0.23 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.102, 8.4, 0.139, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '1524+76A', 'J1522+7645' RA= 15:22:52.122436 DEC= +76:45:21.26717 RAER= 1.06 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.050, 5.0, 0.066, 0.031, 8.4, 0.070, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1520+344', 'J1522+3414' RA= 15:22:54.878914 DEC= +34:14:09.09705 RAER= 0.39 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1522+669', 'J1522+6645' RA= 15:22:58.940262 DEC= +66:45:06.73954 RAER= 0.53 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.048, 8.4, 0.061, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1521+575', 'J1523+5721' RA= 15:23:04.521647 DEC= +57:21:52.82903 RAER= 1.50 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, 0.019, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1524+769', 'J1523+7645' RA= 15:23:08.714412 DEC= +76:45:36.61727 RAER= 4.67 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, n/a, 5.0, 0.025, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1520+057', 'J1523+0533' RA= 15:23:12.779239 DEC= +05:33:55.46994 RAER= 1.17 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1520-001', 'J1523-0018' RA= 15:23:16.187688 DEC= -00:18:55.42860 RAER= 1.94 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1520-329', 'J1523-3309' RA= 15:23:22.435125 DEC= -33:09:33.41377 RAER= 0.35 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.045, 5.0, 0.051, n/a, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231 observations" / source= '1520-119', 'J1523-1208' RA= 15:23:23.157509 DEC= -12:08:43.51294 RAER= 24.43 DECER= 34.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1521+288', 'J1523+2837' RA= 15:23:26.910839 DEC= +28:37:32.49923 RAER= 0.35 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '1521+116', 'J1523+1130' RA= 15:23:27.749159 DEC= +11:30:24.21605 RAER= 2.24 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1520-394', 'J1523-3936' RA= 15:23:33.268597 DEC= -39:36:41.32817 RAER= 8.01 DECER= 11.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1521+28A', 'J1523+2838' RA= 15:23:36.749502 DEC= +28:38:35.05735 RAER= 0.73 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1522+638', 'J1523+6339' RA= 15:23:45.870631 DEC= +63:39:24.27644 RAER= 2.53 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1521-040', 'J1523-0412' RA= 15:23:51.470244 DEC= -04:12:09.83202 RAER= 29.97 DECER= 10.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1520-334', 'J1523-3338' RA= 15:23:54.039809 DEC= -33:38:45.23813 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.069, 8.4, 0.067, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 348 observations" / source= '1521+164', 'J1523+1614' RA= 15:23:58.445237 DEC= +16:14:47.56398 RAER= 3.07 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1522+291', 'J1524+2900' RA= 15:24:05.231841 DEC= +29:00:23.37535 RAER= 0.91 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 192 observations" / source= '1521-295', 'J1524-2941' RA= 15:24:28.860053 DEC= -29:41:07.49096 RAER= 1.01 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, n/a, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1521-030', 'J1524-0312' RA= 15:24:30.783734 DEC= -03:12:47.25840 RAER= 0.39 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.096, 8.4, 0.086, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1521-300', 'J1524-3012' RA= 15:24:33.414281 DEC= -30:12:21.34688 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.077, 5.0, 0.151, n/a, 8.4, 0.205, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '1525+737', 'J1524+7336' RA= 15:24:41.374702 DEC= +73:36:00.80337 RAER= 0.60 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.087, 8.4, 0.129, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '1522+155', 'J1524+1521' RA= 15:24:41.611486 DEC= +15:21:21.05065 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.209, 5.0, 0.236, 0.192, 8.4, 0.195, 0.114, 22.2, 0.441, 0.367 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2222 observations" / source= '1521-508', 'J1524-5103' RA= 15:24:46.020284 DEC= -51:03:58.42445 RAER= 0.49 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1520-588', 'J1524-5903' RA= 15:24:51.122895 DEC= -59:03:39.71684 RAER= 1.17 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.563, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1523+335', 'J1525+3323' RA= 15:25:00.834547 DEC= +33:23:59.79838 RAER= 1.41 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.039, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1522+113', 'J1525+1107' RA= 15:25:02.934214 DEC= +11:07:44.06263 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.167, 8.4, 0.249, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 885 observations" / source= '1523+532', 'J1525+5306' RA= 15:25:05.367530 DEC= +53:06:22.82036 RAER= 0.48 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '1522+130', 'J1525+1252' RA= 15:25:11.686237 DEC= +12:52:57.99325 RAER= 1.90 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1521-435', 'J1525-4341' RA= 15:25:12.148448 DEC= -43:41:10.13007 RAER= 3.72 DECER= 14.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.021, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1522-188', 'J1525-1902' RA= 15:25:12.368122 DEC= -19:02:53.34039 RAER= 24.34 DECER= 17.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1523+421', 'J1525+4201' RA= 15:25:23.552555 DEC= +42:01:17.02703 RAER= 1.29 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.061, 8.4, 0.059, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1522+058', 'J1525+0537' RA= 15:25:23.645234 DEC= +05:37:35.78295 RAER= 3.61 DECER= 6.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1523+161', 'J1525+1556' RA= 15:25:32.902860 DEC= +15:56:10.15189 RAER= 12.69 DECER= 26.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1522-265', 'J1525-2641' RA= 15:25:42.759761 DEC= -26:41:59.20689 RAER= 2.55 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1525+680', 'J1525+6751' RA= 15:25:46.074366 DEC= +67:51:23.86305 RAER= 4.82 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.117, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1523+033', 'J1525+0308' RA= 15:25:48.957325 DEC= +03:08:25.95970 RAER= 0.46 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.593, n/a, 8.4, 0.268, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1523-081', 'J1525-0816' RA= 15:25:49.379685 DEC= -08:16:43.06607 RAER= 0.59 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1523-128', 'J1525-1300' RA= 15:25:55.211396 DEC= -13:00:23.41826 RAER= 1.23 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1523-251', 'J1526-2521' RA= 15:26:00.300832 DEC= -25:21:02.91097 RAER= 0.61 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.027, 8.4, 0.052, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1523+074', 'J1526+0715' RA= 15:26:01.320950 DEC= +07:15:24.98758 RAER= 5.09 DECER= 7.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1525+613', 'J1526+6110' RA= 15:26:02.147798 DEC= +61:10:32.68787 RAER= 0.34 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.038, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1523-083', 'J1526-0831' RA= 15:26:03.181661 DEC= -08:31:46.51726 RAER= 1.76 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1524+261', 'J1526+2600' RA= 15:26:08.758993 DEC= +26:00:47.37414 RAER= 0.53 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.055, 8.4, 0.051, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1523+172', 'J1526+1702' RA= 15:26:09.278806 DEC= +17:02:26.04183 RAER= 3.85 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1523-042', 'J1526-0425' RA= 15:26:15.014673 DEC= -04:25:10.05840 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.061, 8.4, 0.142, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1523-276', 'J1526-2748' RA= 15:26:20.797400 DEC= -27:48:10.75907 RAER= 0.61 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1523-172', 'J1526-1725' RA= 15:26:25.117927 DEC= -17:25:57.88435 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.070, 8.4, 0.079, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1523-106', 'J1526-1051' RA= 15:26:41.156192 DEC= -10:51:00.40841 RAER= 1.06 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.051, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1524+167', 'J1526+1632' RA= 15:26:41.903505 DEC= +16:32:45.89891 RAER= 0.41 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '1523-397', 'J1526-3954' RA= 15:26:42.045331 DEC= -39:54:23.78947 RAER= 23.48 DECER= 45.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1526+670', 'J1526+6650' RA= 15:26:42.874211 DEC= +66:50:54.64179 RAER= 0.29 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.182, 8.4, 0.386, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1002 observations" / source= '1524+101', 'J1526+0959' RA= 15:26:46.347963 DEC= +09:59:10.53594 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.038, 5.0, 0.131, 0.070, 8.4, 0.095, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '1523-153', 'J1526-1530' RA= 15:26:46.682567 DEC= -15:30:26.51087 RAER= 0.51 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1525+610', 'J1526+6055' RA= 15:26:54.810520 DEC= +60:55:12.36786 RAER= 0.82 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '1526+645', 'J1526+6422' RA= 15:26:56.917871 DEC= +64:22:08.78760 RAER= 7.20 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1523-298', 'J1526-3001' RA= 15:26:58.342502 DEC= -30:01:13.89088 RAER= 1.02 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.040, 8.4, 0.119, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1524-136', 'J1526-1351' RA= 15:26:59.442724 DEC= -13:51:00.26242 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.094, 0.069, 5.0, 0.623, 0.127, 8.4, 0.216, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1025 observations" / source= '1524+173', 'J1527+1712' RA= 15:27:13.568809 DEC= +17:12:54.53710 RAER= 0.32 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '1525+314', 'J1527+3115' RA= 15:27:18.736973 DEC= +31:15:24.38476 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.406, 0.103, 5.0, 0.222, 0.067, 8.4, 0.229, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1176 observations" / source= '1524-001', 'J1527-0019' RA= 15:27:21.452869 DEC= -00:19:07.13884 RAER= 0.52 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.061, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1525+155', 'J1527+1521' RA= 15:27:39.999709 DEC= +15:21:56.89550 RAER= 0.46 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '1526+589', 'J1527+5849' RA= 15:27:46.721483 DEC= +58:49:27.94819 RAER= 0.72 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.051, 8.4, 0.077, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1526+518', 'J1527+5142' RA= 15:27:46.748501 DEC= +51:42:26.34176 RAER= 30.84 DECER= 14.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1525+333', 'J1527+3312' RA= 15:27:50.874950 DEC= +33:12:52.91128 RAER= 3.56 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1526+440', 'J1527+4352' RA= 15:27:51.506403 DEC= +43:52:04.79607 RAER= 1.56 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.025, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1525-073', 'J1527-0733' RA= 15:27:54.687320 DEC= -07:33:22.74475 RAER= 1.29 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.049, 8.4, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1525+227', 'J1527+2233' RA= 15:27:57.673233 DEC= +22:33:04.09493 RAER= 1.08 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.027, 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1526+424', 'J1528+4219' RA= 15:28:00.072184 DEC= +42:19:14.93067 RAER= 21.21 DECER= 23.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1525-283', 'J1528-2831' RA= 15:28:03.283724 DEC= -28:31:23.10333 RAER= 2.72 DECER= 19.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1532+824', 'J1528+8217' RA= 15:28:07.082981 DEC= +82:17:12.59546 RAER= 11.92 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.048, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1526+329', 'J1528+3247' RA= 15:28:09.120744 DEC= +32:47:37.47552 RAER= 4.42 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1525-288', 'J1528-2858' RA= 15:28:14.542993 DEC= -28:58:51.54754 RAER= 1.28 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1525-157', 'J1528-1554' RA= 15:28:21.226898 DEC= -15:54:54.28783 RAER= 0.46 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.049, 8.4, 0.055, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1525-238', 'J1528-2402' RA= 15:28:24.930171 DEC= -24:02:50.05032 RAER= 1.10 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1528+678', 'J1528+6739' RA= 15:28:26.759561 DEC= +67:39:28.32116 RAER= 1.24 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.069, 8.4, 0.084, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1526+378', 'J1528+3738' RA= 15:28:27.924718 DEC= +37:38:09.79480 RAER= 16.64 DECER= 16.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1525-224', 'J1528-2235' RA= 15:28:34.177145 DEC= -22:35:23.51547 RAER= 0.78 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.029, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1526+384', 'J1528+3816' RA= 15:28:37.006134 DEC= +38:16:05.90245 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.045, 5.0, 0.055, 0.062, 8.4, 0.074, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 839 observations" / source= '1525-231', 'J1528-2319' RA= 15:28:38.271378 DEC= -23:19:21.89193 RAER= 1.42 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.042, 8.4, 0.063, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1527+455', 'J1528+4522' RA= 15:28:41.150966 DEC= +45:22:15.96784 RAER= 1.48 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.027, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1526+359', 'J1528+3547' RA= 15:28:46.854870 DEC= +35:47:42.75627 RAER= 0.97 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1526+321', 'J1528+3157' RA= 15:28:52.774738 DEC= +31:57:25.36629 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.183, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 751 observations" / source= '1526+210', 'J1528+2054' RA= 15:28:59.257302 DEC= +20:54:59.73400 RAER= 16.60 DECER= 16.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1526-255', 'J1529-2543' RA= 15:29:01.745170 DEC= -25:43:26.22212 RAER= 0.71 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.039, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1527+515', 'J1529+5124' RA= 15:29:02.420373 DEC= +51:24:18.03774 RAER= 0.80 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '1527+317', 'J1529+3136' RA= 15:29:10.358899 DEC= +31:36:33.27483 RAER= 0.26 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1529+708', 'J1529+7043' RA= 15:29:11.011368 DEC= +70:43:29.21727 RAER= 5.71 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1529+700', 'J1529+6954' RA= 15:29:14.302719 DEC= +69:54:34.77599 RAER= 3.22 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.020, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1529+697', 'J1529+6934' RA= 15:29:14.589906 DEC= +69:34:59.39191 RAER= 0.57 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.040, 8.4, 0.047, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 590 observations" / source= '1528+625', 'J1529+6223' RA= 15:29:14.591369 DEC= +62:23:28.91251 RAER= 36.15 DECER= 13.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1527+329', 'J1529+3248' RA= 15:29:18.026312 DEC= +32:48:41.84062 RAER= 0.64 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1526-017', 'J1529-0153' RA= 15:29:29.707937 DEC= -01:53:16.65850 RAER= 1.11 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.027, 8.4, 0.051, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1526-206', 'J1529-2047' RA= 15:29:31.478120 DEC= -20:47:28.21505 RAER= 1.52 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1527+325', 'J1529+3225' RA= 15:29:36.075763 DEC= +32:25:21.72622 RAER= 0.79 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1526-189', 'J1529-1904' RA= 15:29:40.141980 DEC= -19:04:54.59414 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.042, 8.4, 0.084, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '1529+676', 'J1529+6731' RA= 15:29:43.179837 DEC= +67:31:47.14718 RAER= 0.87 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1527+186', 'J1529+1827' RA= 15:29:51.109863 DEC= +18:27:52.52378 RAER= 0.97 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1527+192', 'J1529+1904' RA= 15:29:51.715942 DEC= +19:04:34.93699 RAER= 0.88 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.011, 8.4, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1526-351', 'J1530-3518' RA= 15:30:01.937406 DEC= -35:18:53.36523 RAER= 12.82 DECER= 33.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1527-166', 'J1530-1648' RA= 15:30:03.198651 DEC= -16:48:15.43228 RAER= 1.06 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1528+272', 'J1530+2705' RA= 15:30:16.152946 DEC= +27:05:51.00374 RAER= 0.61 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.064, 8.4, 0.060, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1528+381', 'J1530+3758' RA= 15:30:16.252171 DEC= +37:58:31.16644 RAER= 0.17 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.114, 5.0, 0.111, 0.102, 8.4, 0.082, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 919 observations" / source= '1527-240', 'J1530-2410' RA= 15:30:17.017616 DEC= -24:10:46.43467 RAER= 0.71 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.058, 8.4, 0.044, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1528+517', 'J1530+5137' RA= 15:30:19.764651 DEC= +51:37:30.18146 RAER= 0.60 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.074, 8.4, 0.089, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1528+186', 'J1530+1829' RA= 15:30:27.028108 DEC= +18:29:28.09534 RAER= 1.31 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1527+068', 'J1530+0641' RA= 15:30:27.164653 DEC= +06:41:25.46259 RAER= 1.61 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1528+060', 'J1530+0555' RA= 15:30:28.444714 DEC= +05:55:13.03156 RAER= 0.90 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.183, n/a, 8.4, 0.111, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1527-196', 'J1530-1950' RA= 15:30:28.863977 DEC= -19:50:39.19280 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.106, 5.0, 0.167, 0.136, 8.4, 0.141, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 839 observations" / source= '1527-219', 'J1530-2208' RA= 15:30:30.697564 DEC= -22:08:11.86471 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.051, 5.0, 0.074, n/a, 8.4, 0.064, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 203 observations" / source= '1528+240', 'J1530+2352' RA= 15:30:36.321712 DEC= +23:52:36.71582 RAER= 0.22 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.032, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '1527-302', 'J1530-3025' RA= 15:30:41.130445 DEC= -30:25:58.50545 RAER= 0.65 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1528+012', 'J1530+0107' RA= 15:30:54.394336 DEC= +01:07:07.67917 RAER= 2.06 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1535+826', 'J1530+8227' RA= 15:30:56.138856 DEC= +82:27:20.77005 RAER= 6.23 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1529+577', 'J1530+5736' RA= 15:30:58.198816 DEC= +57:36:25.27878 RAER= 1.97 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1529+441', 'J1531+4356' RA= 15:31:02.491122 DEC= +43:56:37.66712 RAER= 0.83 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.049, 8.4, 0.025, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '1528+260', 'J1531+2549' RA= 15:31:04.492927 DEC= +25:49:58.25601 RAER= 0.80 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.030, 8.4, 0.046, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1529+512', 'J1531+5104' RA= 15:31:04.986757 DEC= +51:04:46.86219 RAER= 0.47 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1530+589', 'J1531+5844' RA= 15:31:07.403842 DEC= +58:44:09.92270 RAER= 3.28 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1528-281', 'J1531-2817' RA= 15:31:12.299180 DEC= -28:17:59.76710 RAER= 10.32 DECER= 28.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1532+772', 'J1531+7706' RA= 15:31:12.660258 DEC= +77:06:03.30617 RAER= 5.93 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.074, 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1529+503', 'J1531+5012' RA= 15:31:13.287551 DEC= +50:12:29.95353 RAER= 0.79 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.045, 8.4, 0.077, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1530+600', 'J1531+5955' RA= 15:31:18.823146 DEC= +59:55:38.14085 RAER= 2.64 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.011, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1528-274', 'J1531-2735' RA= 15:31:24.199914 DEC= -27:35:31.02301 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.058, 8.4, 0.070, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '1531+722', 'J1531+7206' RA= 15:31:33.578515 DEC= +72:06:41.22801 RAER= 0.42 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.227, 8.4, 0.298, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '1529+090', 'J1531+0852' RA= 15:31:37.045818 DEC= +08:52:43.20945 RAER= 2.26 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1529-045', 'J1531-0443' RA= 15:31:38.835669 DEC= -04:43:18.36843 RAER= 0.77 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1529+346', 'J1531+3430' RA= 15:31:39.152062 DEC= +34:30:03.83397 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.042, 5.0, 0.062, 0.057, 8.4, 0.063, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1059 observations" / source= '1529+242', 'J1531+2404' RA= 15:31:43.475471 DEC= +24:04:19.01969 RAER= 0.58 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1528-509', 'J1531-5108' RA= 15:31:43.720451 DEC= -51:08:59.73844 RAER= 0.33 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.142, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1529-037', 'J1531-0352' RA= 15:31:46.063763 DEC= -03:52:23.63749 RAER= 0.87 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1530+471', 'J1531+4659' RA= 15:31:49.473812 DEC= +46:59:13.74584 RAER= 1.43 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1528-416', 'J1531-4147' RA= 15:31:57.545987 DEC= -41:47:39.85841 RAER= 9.05 DECER= 79.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1529+304', 'J1532+3016' RA= 15:32:02.231794 DEC= +30:16:28.85844 RAER= 0.23 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, 0.032, 5.0, 0.043, 0.042, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '1529-271', 'J1532-2716' RA= 15:32:02.571625 DEC= -27:16:37.91736 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.156, 8.4, 0.284, 0.230 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1529-064', 'J1532-0636' RA= 15:32:04.948570 DEC= -06:36:39.00290 RAER= 1.20 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.038, 8.4, 0.035, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1529-195', 'J1532-1941' RA= 15:32:07.866638 DEC= -19:41:44.15876 RAER= 1.82 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.056, 5.0, 0.044, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1528-556', 'J1532-5551' RA= 15:32:08.104136 DEC= -55:51:25.94467 RAER= 44.17 DECER= 40.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1531+590', 'J1532+5854' RA= 15:32:16.174192 DEC= +58:54:03.38881 RAER= 0.94 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1531+683', 'J1532+6813' RA= 15:32:16.626676 DEC= +68:13:20.98133 RAER= 7.49 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1530+294', 'J1532+2919' RA= 15:32:20.882824 DEC= +29:19:31.60530 RAER= 0.49 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1529-230', 'J1532-2310' RA= 15:32:31.528334 DEC= -23:10:32.46345 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.103, 5.0, 0.150, 0.036, 8.4, 0.142, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '1531+516', 'J1532+5130' RA= 15:32:32.307507 DEC= +51:30:02.21114 RAER= 6.46 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1530+244', 'J1532+2415' RA= 15:32:33.165109 DEC= +24:15:26.01791 RAER= 9.05 DECER= 6.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1532+680', 'J1532+6755' RA= 15:32:43.342266 DEC= +67:55:14.00970 RAER= 0.49 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.393, 0.144, 8.4, 0.112, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '1529-131', 'J1532-1319' RA= 15:32:45.374726 DEC= -13:19:10.08594 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.126, 8.4, 0.356, 0.286, 15.2, 0.568, 0.378 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 580 observations" / source= '1530+239', 'J1532+2344' RA= 15:32:46.345212 DEC= +23:44:05.26782 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.106, 5.0, 0.151, 0.132, 8.4, 0.105, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1224 observations" / source= '1531+462', 'J1532+4604' RA= 15:32:50.658167 DEC= +46:04:47.11035 RAER= 162.29 DECER= 452.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1530-112', 'J1532-1126' RA= 15:32:53.807458 DEC= -11:26:31.52229 RAER= 0.59 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1529-373', 'J1532-3732' RA= 15:32:57.604955 DEC= -37:32:17.41711 RAER= 0.85 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.060, 8.4, 0.064, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '1530-126', 'J1533-1246' RA= 15:33:02.318595 DEC= -12:46:42.49791 RAER= 0.59 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1530+190', 'J1533+1854' RA= 15:33:11.252153 DEC= +18:54:29.05527 RAER= 2.46 DECER= 6.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, 0.019, 8.4, 0.016, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '1530+071', 'J1533+0658' RA= 15:33:13.219263 DEC= +06:58:01.53936 RAER= 0.32 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.071, 8.4, 0.064, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1531+485', 'J1533+4825' RA= 15:33:13.948720 DEC= +48:25:41.47490 RAER= 1.32 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.037, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1530-041', 'J1533-0421' RA= 15:33:14.205297 DEC= -04:21:16.63047 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.107, 8.4, 0.207, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1530+137', 'J1533+1332' RA= 15:33:15.071104 DEC= +13:32:25.10027 RAER= 0.65 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1531+344', 'J1533+3416' RA= 15:33:24.270862 DEC= +34:16:40.30528 RAER= 0.55 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1531+210', 'J1533+2053' RA= 15:33:31.796467 DEC= +20:53:06.43114 RAER= 9.30 DECER= 8.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1528-684', 'J1533-6837' RA= 15:33:34.488422 DEC= -68:37:19.65232 RAER= 0.42 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.246, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 198 observations" / source= '1531+070', 'J1533+0652' RA= 15:33:55.955775 DEC= +06:52:55.01096 RAER= 0.78 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.029, 8.4, 0.048, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1532+485', 'J1534+4823' RA= 15:34:04.871788 DEC= +48:23:40.90288 RAER= 1.28 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, n/a, 0.124, 5.0, 0.038, 0.014, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1532+303', 'J1534+3012' RA= 15:34:09.905934 DEC= +30:12:03.94966 RAER= 1.26 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1530-536', 'J1534-5351' RA= 15:34:20.660676 DEC= -53:51:13.42294 RAER= 0.27 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.410, 0.295 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '1531-379', 'J1534-3805' RA= 15:34:21.459021 DEC= -38:05:11.33768 RAER= 0.26 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.071, 5.0, 0.139, n/a, 8.4, 0.122, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '1532+139', 'J1534+1349' RA= 15:34:22.641170 DEC= +13:49:16.91986 RAER= 0.59 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.029, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1531-225', 'J1534-2243' RA= 15:34:22.801256 DEC= -22:43:57.62995 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.085, 8.4, 0.108, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 805 observations" / source= '1531-221', 'J1534-2218' RA= 15:34:23.528004 DEC= -22:18:54.34117 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.166, 5.0, 0.141, n/a, 8.4, 0.110, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 820 observations" / source= '1532+239', 'J1534+2347' RA= 15:34:28.675001 DEC= +23:47:52.45565 RAER= 1.22 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.036, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1533+495', 'J1534+4920' RA= 15:34:32.564349 DEC= +49:20:49.16194 RAER= 0.45 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1532+253', 'J1534+2513' RA= 15:34:37.610681 DEC= +25:13:11.33637 RAER= 0.78 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1532+374', 'J1534+3715' RA= 15:34:47.208065 DEC= +37:15:54.61639 RAER= 0.69 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1532+016', 'J1534+0131' RA= 15:34:52.453678 DEC= +01:31:04.20648 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.000, 0.518, 5.0, 1.024, 0.329, 8.4, 0.638, 0.221, 15.2, 0.595, 0.268 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2512 observations" / source= '1531-352', 'J1534-3526' RA= 15:34:54.687575 DEC= -35:26:23.49746 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.672, 0.520, 8.4, 0.588, 0.271 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1350 observations" / source= '1532+236', 'J1534+2330' RA= 15:34:57.218938 DEC= +23:30:11.51464 RAER= 36.80 DECER= 8.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1533+588', 'J1534+5839' RA= 15:34:57.245611 DEC= +58:39:23.48504 RAER= 0.67 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '1533+487', 'J1535+4836' RA= 15:35:14.653294 DEC= +48:36:59.69495 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.077, 5.0, 0.108, 0.077, 8.4, 0.125, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1006 observations" / source= '1532-264', 'J1535-2639' RA= 15:35:14.786362 DEC= -26:39:07.84779 RAER= 1.79 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1533+200', 'J1535+1954' RA= 15:35:16.533878 DEC= +19:54:50.90778 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.079, 8.4, 0.064, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1535+700', 'J1535+6953' RA= 15:35:19.217437 DEC= +69:53:18.40688 RAER= 2.22 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.031, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1533+030', 'J1535+0254' RA= 15:35:33.887107 DEC= +02:54:23.41176 RAER= 1.59 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.058, 8.4, 0.051, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1532-314', 'J1535-3139' RA= 15:35:42.731121 DEC= -31:39:43.25314 RAER= 0.76 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, n/a, 8.4, 0.138, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1533-143', 'J1535-1432' RA= 15:35:51.141555 DEC= -14:32:05.29580 RAER= 2.11 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1534+501', 'J1535+4957' RA= 15:35:52.039035 DEC= +49:57:39.07922 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.341, 0.312, 5.0, 0.162, 0.077, 8.4, 0.196, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '1532-473', 'J1535-4730' RA= 15:35:52.241195 DEC= -47:30:22.97730 RAER= 1.67 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.212, 0.208 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1541+835', 'J1535+8326' RA= 15:35:56.126843 DEC= +83:26:15.24633 RAER= 1.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.091, 8.4, 0.141, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 677 observations" / source= '1533+316', 'J1535+3126' RA= 15:35:59.347754 DEC= +31:26:30.77210 RAER= 0.24 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1534+387', 'J1536+3833' RA= 15:36:13.846172 DEC= +38:33:28.60520 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.092, 5.0, 0.140, 0.089, 8.4, 0.141, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 952 observations" / source= '1534+389', 'J1536+3845' RA= 15:36:23.201055 DEC= +38:45:50.62176 RAER= 1.68 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.090, 8.4, 0.087, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1534+378', 'J1536+3742' RA= 15:36:27.974035 DEC= +37:42:07.08047 RAER= 2.31 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.020, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1533-220', 'J1536-2212' RA= 15:36:29.296046 DEC= -22:12:12.77515 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.042, 8.4, 0.075, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 944 observations" / source= '1534+174', 'J1536+1716' RA= 15:36:34.059395 DEC= +17:16:05.99626 RAER= 9.56 DECER= 18.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1533-223', 'J1536-2233' RA= 15:36:42.177051 DEC= -22:33:31.37380 RAER= 4.58 DECER= 10.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1533-179', 'J1536-1804' RA= 15:36:45.111926 DEC= -18:04:17.12675 RAER= 0.92 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1533-373', 'J1536-3729' RA= 15:36:46.533869 DEC= -37:29:46.36149 RAER= 1.09 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1534+017', 'J1536+0138' RA= 15:36:46.756278 DEC= +01:38:00.14727 RAER= 20.03 DECER= 48.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1533-316', 'J1536-3151' RA= 15:36:54.498218 DEC= -31:51:15.13467 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.084, 8.4, 0.183, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '1533-496', 'J1536-4946' RA= 15:36:56.283125 DEC= -49:46:52.34085 RAER= 1.23 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '1540+820', 'J1537+8154' RA= 15:37:00.037915 DEC= +81:54:30.99657 RAER= 1.65 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.085, 5.0, 0.232, 0.049, 8.4, 0.131, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '1533-37A', 'J1537-3732' RA= 15:37:00.668653 DEC= -37:32:09.34565 RAER= 0.88 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1534-073', 'J1537-0731' RA= 15:37:07.636613 DEC= -07:31:57.90134 RAER= 0.82 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.006, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1533-583', 'J1537-5830' RA= 15:37:10.850211 DEC= -58:30:10.08910 RAER= 1.25 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1535+231', 'J1537+2300' RA= 15:37:14.500855 DEC= +23:00:40.51146 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.053, 8.4, 0.072, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2181 observations" / source= '1534-128', 'J1537-1259' RA= 15:37:17.555432 DEC= -12:59:42.85585 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.179, 8.4, 0.210, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 718 observations" / source= '1533-558', 'J1537-5602' RA= 15:37:21.700056 DEC= -56:02:00.99557 RAER= 12.99 DECER= 6.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1536+574', 'J1537+5715' RA= 15:37:25.437720 DEC= +57:15:09.94745 RAER= 1.05 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1535+139', 'J1537+1344' RA= 15:37:32.441761 DEC= +13:44:48.11527 RAER= 0.48 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.046, 8.4, 0.057, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1536+524', 'J1537+5216' RA= 15:37:33.518553 DEC= +52:16:45.15826 RAER= 16.00 DECER= 10.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1530-798', 'J1537-7958' RA= 15:37:40.780074 DEC= -79:58:04.84380 RAER= 1.29 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1534-152', 'J1537-1527' RA= 15:37:41.573109 DEC= -15:27:12.49889 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.227, 8.4, 0.202, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4565 observations" / source= '1534-297', 'J1537-2954' RA= 15:37:44.295334 DEC= -29:54:33.22559 RAER= 0.98 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1535+232', 'J1537+2302' RA= 15:37:45.717224 DEC= +23:02:24.22469 RAER= 0.85 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.038, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1535-091', 'J1537-0920' RA= 15:37:46.844532 DEC= -09:20:43.28921 RAER= 0.65 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.106, 8.4, 0.105, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1535+090', 'J1537+0850' RA= 15:37:53.729067 DEC= +08:50:51.87572 RAER= 2.59 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1534-369', 'J1537-3707' RA= 15:37:58.700018 DEC= -37:07:20.72074 RAER= 4.44 DECER= 20.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1535+148', 'J1538+1444' RA= 15:38:03.424249 DEC= +14:44:07.54311 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, 0.026, 5.0, 0.152, 0.108, 8.4, 0.137, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 178 observations" / source= '1533-652', 'J1538-6525' RA= 15:38:11.915203 DEC= -65:25:51.19658 RAER= 0.98 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1535+013', 'J1538+0108' RA= 15:38:12.743433 DEC= +01:08:23.57509 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, 0.163, 8.4, 0.174, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1535+004', 'J1538+0019' RA= 15:38:15.953103 DEC= +00:19:05.32386 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.550, 0.328, 8.4, 0.237, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '1536+412', 'J1538+4105' RA= 15:38:18.582423 DEC= +41:05:48.29216 RAER= 2.16 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.043, 8.4, 0.029, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1535-036', 'J1538-0346' RA= 15:38:20.351615 DEC= -03:46:14.31305 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.081, 8.4, 0.100, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1535-333', 'J1538-3331' RA= 15:38:21.774660 DEC= -33:31:38.05391 RAER= 2.78 DECER= 7.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1536+234', 'J1538+2318' RA= 15:38:34.175269 DEC= +23:18:36.58905 RAER= 1.72 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1536-167', 'J1538-1655' RA= 15:38:50.924499 DEC= -16:55:27.06846 RAER= 1.12 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.074, 8.4, 0.077, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1537+425', 'J1538+4225' RA= 15:38:55.796544 DEC= +42:25:27.02174 RAER= 0.64 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations" / source= '1537+361', 'J1538+3557' RA= 15:38:57.832155 DEC= +35:57:09.33961 RAER= 1.69 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.025, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1536-078', 'J1538-0759' RA= 15:38:58.139931 DEC= -07:59:35.75462 RAER= 0.79 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1536-171', 'J1539-1719' RA= 15:39:00.175590 DEC= -17:19:36.75829 RAER= 0.87 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1537+356', 'J1539+3530' RA= 15:39:01.658517 DEC= +35:30:46.05689 RAER= 0.25 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '1540+784', 'J1539+7814' RA= 15:39:03.338965 DEC= +78:14:46.18648 RAER= 8.71 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, n/a, 5.0, 0.014, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1536+057', 'J1539+0534' RA= 15:39:05.206100 DEC= +05:34:38.43357 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.052, 8.4, 0.097, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1536-068', 'J1539-0658' RA= 15:39:09.666275 DEC= -06:58:43.21504 RAER= 1.53 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.027, 8.4, 0.026, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1536+046', 'J1539+0430' RA= 15:39:10.104976 DEC= +04:30:51.22958 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.080, 8.4, 0.173, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1537+312', 'J1539+3104' RA= 15:39:16.174315 DEC= +31:04:07.67448 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.050, 5.0, 0.154, 0.135, 8.4, 0.112, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1058 observations" / source= '1536-143', 'J1539-1430' RA= 15:39:16.795775 DEC= -14:30:46.90248 RAER= 0.63 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1536-384', 'J1539-3838' RA= 15:39:20.958248 DEC= -38:38:20.24590 RAER= 4.33 DECER= 24.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1537+162', 'J1539+1604' RA= 15:39:25.099052 DEC= +16:04:00.33994 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.134, 5.0, 0.245, 0.103, 8.4, 0.201, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1175 observations" / source= '1537+424', 'J1539+4217' RA= 15:39:25.682127 DEC= +42:17:28.14654 RAER= 0.72 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1537+383', 'J1539+3809' RA= 15:39:31.996029 DEC= +38:09:49.35578 RAER= 0.62 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1538+477', 'J1539+4735' RA= 15:39:34.810370 DEC= +47:35:31.26412 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.037, 5.0, 0.043, 0.037, 8.4, 0.087, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3346 observations" / source= '1537+172', 'J1539+1707' RA= 15:39:35.813372 DEC= +17:07:04.53417 RAER= 0.37 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307 observations" / source= '1537+279', 'J1539+2744' RA= 15:39:39.137141 DEC= +27:44:38.21142 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.168, 5.0, 0.198, 0.173, 8.4, 0.238, 0.125, 15.2, 0.210, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1263 observations" / source= '1536-432', 'J1539-4322' RA= 15:39:39.318173 DEC= -43:22:35.14416 RAER= 1.56 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1536-113', 'J1539-1128' RA= 15:39:41.198849 DEC= -11:28:35.42684 RAER= 0.43 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1536-217', 'J1539-2156' RA= 15:39:41.878590 DEC= -21:56:30.95646 RAER= 0.57 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.044, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '1538+613', 'J1539+6113' RA= 15:39:48.092746 DEC= +61:13:56.32157 RAER= 0.65 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '1539+658', 'J1539+6542' RA= 15:39:49.922468 DEC= +65:42:36.98816 RAER= 14.08 DECER= 8.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1538+418', 'J1539+4143' RA= 15:39:51.385929 DEC= +41:43:25.36592 RAER= 2.84 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.016, 0.013, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '1536-372', 'J1539-3725' RA= 15:39:58.045460 DEC= -37:25:18.78367 RAER= 1.07 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1539+66B', 'J1540+6605' RA= 15:40:00.015647 DEC= +66:05:51.53785 RAER= 7.74 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1537-082', 'J1540-0823' RA= 15:40:03.152424 DEC= -08:23:25.50244 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.056, 8.4, 0.066, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '1537-200', 'J1540-2013' RA= 15:40:03.902467 DEC= -20:13:27.56784 RAER= 32.16 DECER= 20.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1537+145', 'J1540+1421' RA= 15:40:09.197936 DEC= +14:21:14.43927 RAER= 6.86 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1544+820', 'J1540+8155' RA= 15:40:15.878576 DEC= +81:55:05.78291 RAER= 2.92 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.038, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1538+371', 'J1540+3659' RA= 15:40:26.873772 DEC= +36:59:07.46995 RAER= 1.65 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.066, 8.4, 0.055, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1538+082', 'J1540+0805' RA= 15:40:29.420629 DEC= +08:05:04.09417 RAER= 0.81 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1537-207', 'J1540-2055' RA= 15:40:34.243089 DEC= -20:55:33.11423 RAER= 0.29 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.044, 8.4, 0.068, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 607 observations" / source= '1537-389', 'J1540-3906' RA= 15:40:34.551055 DEC= -39:06:17.73759 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.059, 8.4, 0.106, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '1538+011', 'J1540+0101' RA= 15:40:36.749644 DEC= +01:01:03.25919 RAER= 1.57 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1539+582', 'J1540+5803' RA= 15:40:37.578242 DEC= +58:03:34.39554 RAER= 1.42 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1540+663', 'J1540+6609' RA= 15:40:44.918203 DEC= +66:09:04.87461 RAER= 2.22 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.017, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1538+149', 'J1540+1447' RA= 15:40:49.491522 DEC= +14:47:45.88468 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.684, 0.464, 5.0, 0.603, 0.483, 8.4, 0.792, 0.489, 15.2, 1.035, 0.574, 22.2, 0.852, 0.336 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24523 observations" / source= '1539+548', 'J1541+5439' RA= 15:41:14.274520 DEC= +54:39:16.08027 RAER= 1.80 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1538-18A', 'J1541-1810' RA= 15:41:15.874271 DEC= -18:10:25.21151 RAER= 0.61 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.060, 8.4, 0.038, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1538-180', 'J1541-1815' RA= 15:41:20.968022 DEC= -18:15:21.12130 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.064, 8.4, 0.090, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '1538-142', 'J1541-1422' RA= 15:41:22.027146 DEC= -14:22:23.11061 RAER= 1.00 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1539+385', 'J1541+3820' RA= 15:41:22.982844 DEC= +38:20:29.41943 RAER= 7.12 DECER= 9.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1540+539', 'J1541+5348' RA= 15:41:25.464649 DEC= +53:48:13.03657 RAER= 0.25 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.147, 5.0, 0.165, 0.136, 8.4, 0.087, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '1542+741', 'J1541+7401' RA= 15:41:28.935991 DEC= +74:01:47.75326 RAER= 6.35 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1539-022', 'J1541-0222' RA= 15:41:35.990013 DEC= -02:22:46.57479 RAER= 1.16 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1541+665', 'J1541+6622' RA= 15:41:40.988118 DEC= +66:22:37.94348 RAER= 2.42 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.043, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1539+059', 'J1541+0548' RA= 15:41:46.754482 DEC= +05:48:36.65824 RAER= 1.12 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1539+144', 'J1541+1414' RA= 15:41:50.097025 DEC= +14:14:37.57607 RAER= 0.32 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1539-111', 'J1542-1118' RA= 15:42:00.034175 DEC= -11:18:52.90677 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.071, 5.0, 0.096, 0.048, 8.4, 0.110, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '1539+113', 'J1542+1110' RA= 15:42:00.608887 DEC= +11:10:37.22629 RAER= 0.78 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.041, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1539+11A', 'J1542+1111' RA= 15:42:01.965638 DEC= +11:11:07.31485 RAER= 6.16 DECER= 8.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1539-164', 'J1542-1634' RA= 15:42:02.878498 DEC= -16:34:30.72511 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.041, 5.0, 0.074, 0.049, 8.4, 0.053, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '1539-093', 'J1542-0927' RA= 15:42:07.464453 DEC= -09:27:43.21699 RAER= 2.86 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.086, 5.0, 0.068, n/a, 8.4, 0.038, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1539+023', 'J1542+0208' RA= 15:42:16.618859 DEC= +02:08:53.69771 RAER= 1.64 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.029, 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1538-538', 'J1542-5358' RA= 15:42:17.308522 DEC= -53:58:47.00950 RAER= 14.54 DECER= 13.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1540+341', 'J1542+3358' RA= 15:42:19.536043 DEC= +33:58:40.23924 RAER= 0.62 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1540+180', 'J1542+1756' RA= 15:42:19.540125 DEC= +17:56:07.77667 RAER= 0.37 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.206, 8.4, 0.195, 0.200 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1539-251', 'J1542-2518' RA= 15:42:22.650822 DEC= -25:18:24.57739 RAER= 0.93 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1539-016', 'J1542-0146' RA= 15:42:22.993612 DEC= -01:46:57.82374 RAER= 0.29 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.080, 8.4, 0.081, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1541+531', 'J1542+5259' RA= 15:42:28.355572 DEC= +52:59:50.79075 RAER= 1.33 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.046, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1541+498', 'J1542+4938' RA= 15:42:32.031508 DEC= +49:38:42.62159 RAER= 5.52 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1541+553', 'J1542+5509' RA= 15:42:33.810782 DEC= +55:09:10.23502 RAER= 0.59 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '1540-025', 'J1542-0240' RA= 15:42:36.919636 DEC= -02:40:36.98255 RAER= 2.02 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.004, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1539-217', 'J1542-2155' RA= 15:42:43.003352 DEC= -21:55:45.75534 RAER= 0.92 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.043, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1538-584', 'J1542-5838' RA= 15:42:45.644744 DEC= -58:38:32.72433 RAER= 0.47 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.240, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1540+339', 'J1542+3346' RA= 15:42:46.706196 DEC= +33:46:02.62547 RAER= 0.49 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1540-060', 'J1542-0614' RA= 15:42:53.225638 DEC= -06:14:01.96661 RAER= 0.80 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1540+110', 'J1542+1054' RA= 15:42:56.126787 DEC= +10:54:36.57684 RAER= 1.66 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1542+616', 'J1542+6129' RA= 15:42:56.943671 DEC= +61:29:55.34665 RAER= 0.27 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.104, 5.0, 0.110, 0.092, 8.4, 0.143, 0.106, 15.2, 0.134, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1333 observations" / source= '1543+705', 'J1543+7024' RA= 15:43:00.092528 DEC= +70:24:56.46784 RAER= 4.31 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.043, 8.4, 0.048, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1540-077', 'J1543-0757' RA= 15:43:01.686910 DEC= -07:57:06.64004 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.390, 0.068, 5.0, 0.789, 0.029, 8.4, 0.544, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1118 observations" / source= '1540+094', 'J1543+0919' RA= 15:43:03.700769 DEC= +09:19:09.81785 RAER= 1.47 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1539-436', 'J1543-4345' RA= 15:43:11.202769 DEC= -43:45:35.93446 RAER= 7.74 DECER= 25.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1542+665', 'J1543+6621' RA= 15:43:21.294698 DEC= +66:21:54.76407 RAER= 0.94 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.050, 8.4, 0.056, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1540-014', 'J1543-0135' RA= 15:43:33.804289 DEC= -01:35:35.82615 RAER= 0.37 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.063, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1541+050', 'J1543+0452' RA= 15:43:33.925750 DEC= +04:52:19.31987 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.133, 8.4, 0.190, 0.111, 15.2, 0.200, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '1540-273', 'J1543-2732' RA= 15:43:38.858885 DEC= -27:32:55.01260 RAER= 2.88 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.187, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1541-081', 'J1543-0819' RA= 15:43:43.442407 DEC= -08:19:01.76659 RAER= 0.70 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.070, 8.4, 0.049, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1541+189', 'J1543+1847' RA= 15:43:43.804545 DEC= +18:47:19.77530 RAER= 0.16 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.056, 5.0, 0.097, 0.046, 8.4, 0.061, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '1541+106', 'J1543+1027' RA= 15:43:49.587523 DEC= +10:27:21.78502 RAER= 0.74 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.058, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1541-034', 'J1543-0334' RA= 15:43:53.413376 DEC= -03:34:21.25318 RAER= 0.92 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1543+659', 'J1543+6548' RA= 15:43:53.795712 DEC= +65:48:40.39389 RAER= 4.11 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, 0.006, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1540-337', 'J1544-3352' RA= 15:44:02.894038 DEC= -33:52:29.03721 RAER= 2.81 DECER= 8.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1541+149', 'J1544+1449' RA= 15:44:04.390124 DEC= +14:49:29.09572 RAER= 0.55 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.079, 8.4, 0.073, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1542+328', 'J1544+3240' RA= 15:44:05.656651 DEC= +32:40:48.32020 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.109, 5.0, 0.147, 0.112, 8.4, 0.119, 0.063, 15.2, 0.114, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 995 observations" / source= '1540-388', 'J1544-3859' RA= 15:44:09.197307 DEC= -38:59:14.58475 RAER= 2.12 DECER= 10.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1541-256', 'J1544-2550' RA= 15:44:12.648803 DEC= -25:50:01.20875 RAER= 11.70 DECER= 16.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1541-230', 'J1544-2312' RA= 15:44:14.178215 DEC= -23:12:01.34277 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.117, 5.0, 0.164, 0.102, 8.4, 0.139, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 884 observations" / source= '1541-065', 'J1544-0642' RA= 15:44:16.468197 DEC= -06:42:53.63626 RAER= 0.65 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.068, 8.4, 0.075, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1541+051', 'J1544+0458' RA= 15:44:18.708012 DEC= +04:58:21.92956 RAER= 1.53 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1541-066', 'J1544-0649' RA= 15:44:19.652957 DEC= -06:49:15.39868 RAER= 0.35 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1541-000', 'J1544-0015' RA= 15:44:21.440602 DEC= -00:15:03.31549 RAER= 1.53 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1541-320', 'J1544-3209' RA= 15:44:21.635841 DEC= -32:09:51.87734 RAER= 4.02 DECER= 24.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1543+504', 'J1544+5017' RA= 15:44:42.955998 DEC= +50:17:11.35606 RAER= 4.80 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1542+373', 'J1544+3713' RA= 15:44:45.045450 DEC= +37:13:08.66197 RAER= 1.22 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1542+232', 'J1544+2308' RA= 15:44:58.494676 DEC= +23:08:10.12610 RAER= 1.42 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1540-665', 'J1544-6641' RA= 15:44:58.921582 DEC= -66:41:46.83930 RAER= 3.29 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations. No flux information" / source= '1542+042', 'J1544+0407' RA= 15:44:59.427284 DEC= +04:07:46.35625 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.449, 0.096, 8.4, 0.231, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '1542-103', 'J1545-1029' RA= 15:45:00.178961 DEC= -10:29:35.11967 RAER= 1.58 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1543+517', 'J1545+5135' RA= 15:45:02.823691 DEC= +51:35:00.87326 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.538, 0.273, 5.0, 0.319, 0.169, 8.4, 0.303, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1544+680', 'J1545+6751' RA= 15:45:04.421171 DEC= +67:51:25.82364 RAER= 2.25 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1543+531', 'J1545+5259' RA= 15:45:04.904716 DEC= +52:59:25.45548 RAER= 1.65 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, n/a, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '1543+480', 'J1545+4751' RA= 15:45:08.529824 DEC= +47:51:54.66452 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.567, 0.305, 5.0, 0.392, 0.198, 8.4, 0.211, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '1542-053', 'J1545-0528' RA= 15:45:14.156229 DEC= -05:28:50.60994 RAER= 1.14 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1544+648', 'J1545+6439' RA= 15:45:16.453803 DEC= +64:39:19.83670 RAER= 1.21 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.051, 8.4, 0.056, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1542+019', 'J1545+0145' RA= 15:45:21.069647 DEC= +01:45:17.26915 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.045, 8.4, 0.045, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '1543+416', 'J1545+4130' RA= 15:45:21.489003 DEC= +41:30:25.21324 RAER= 2.07 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.053, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1542+005', 'J1545+0024' RA= 15:45:25.679636 DEC= +00:24:46.23242 RAER= 0.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.008, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '1543+202', 'J1545+2006' RA= 15:45:34.343120 DEC= +20:06:40.47065 RAER= 0.25 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.021, 8.4, 0.093, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '1542-277', 'J1545-2754' RA= 15:45:35.400095 DEC= -27:54:53.11130 RAER= 1.55 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.030, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1543+019', 'J1545+0149' RA= 15:45:35.874193 DEC= +01:49:58.14189 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1542-211', 'J1545-2119' RA= 15:45:37.299425 DEC= -21:19:21.10810 RAER= 0.55 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.055, 8.4, 0.081, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1543+209', 'J1545+2049' RA= 15:45:42.396917 DEC= +20:49:11.54447 RAER= 0.52 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.085, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1544+541', 'J1545+5400' RA= 15:45:43.825876 DEC= +54:00:42.75873 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.146, 5.0, 0.193, 0.194, 8.4, 0.111, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '1542-235', 'J1545-2339' RA= 15:45:46.579206 DEC= -23:39:28.65348 RAER= 0.74 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1542-204', 'J1545-2036' RA= 15:45:51.031272 DEC= -20:36:23.53398 RAER= 3.84 DECER= 21.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1544+398', 'J1545+3941' RA= 15:45:53.233262 DEC= +39:41:46.84897 RAER= 1.23 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.030, 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 167 observations" / source= '1543+244', 'J1546+2416' RA= 15:46:00.289044 DEC= +24:16:13.47345 RAER= 0.73 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.049, 8.4, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1543+084', 'J1546+0819' RA= 15:46:04.256851 DEC= +08:19:13.43191 RAER= 0.63 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1543+055', 'J1546+0522' RA= 15:46:06.108004 DEC= +05:22:08.28310 RAER= 0.48 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.013, 8.4, 0.109, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1542-467', 'J1546-4655' RA= 15:46:07.201951 DEC= -46:55:18.89610 RAER= 5.19 DECER= 4.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1543+005', 'J1546+0026' RA= 15:46:09.531471 DEC= +00:26:24.61484 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.357, 0.194, 5.0, 1.035, 0.348, 8.4, 0.402, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '1543-099', 'J1546-1003' RA= 15:46:11.474371 DEC= -10:03:26.15650 RAER= 0.48 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1543-110', 'J1546-1113' RA= 15:46:16.581844 DEC= -11:13:28.09821 RAER= 1.47 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.043, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1544+184', 'J1546+1817' RA= 15:46:23.719650 DEC= +18:17:15.35452 RAER= 0.31 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.053, 8.4, 0.071, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1545+503', 'J1546+5012' RA= 15:46:28.672784 DEC= +50:12:34.98685 RAER= 4.50 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1545+519', 'J1546+5146' RA= 15:46:33.617701 DEC= +51:46:45.44703 RAER= 0.84 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.084, 8.4, 0.085, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1544+265', 'J1546+2621' RA= 15:46:42.670781 DEC= +26:21:20.03077 RAER= 0.44 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '1545+552', 'J1546+5506' RA= 15:46:43.614085 DEC= +55:06:50.26048 RAER= 2.30 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1541-684', 'J1546-6837' RA= 15:46:44.340249 DEC= -68:37:29.86278 RAER= 0.84 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1544+133', 'J1546+1311' RA= 15:46:52.374440 DEC= +13:11:09.36832 RAER= 0.66 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.108, 8.4, 0.071, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1544-072', 'J1546-0723' RA= 15:46:55.225128 DEC= -07:23:53.53889 RAER= 1.42 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1544+210', 'J1547+2053' RA= 15:47:08.398115 DEC= +20:53:05.32643 RAER= 0.90 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1545+357', 'J1547+3538' RA= 15:47:09.222809 DEC= +35:38:46.11628 RAER= 0.48 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1544-205', 'J1547-2040' RA= 15:47:10.181605 DEC= -20:40:04.88590 RAER= 2.30 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1544-278', 'J1547-2802' RA= 15:47:12.133391 DEC= -28:02:21.57753 RAER= 0.61 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '1544+140', 'J1547+1354' RA= 15:47:13.672635 DEC= +13:54:47.60422 RAER= 0.70 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.064, 8.4, 0.035, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1544-003', 'J1547-0032' RA= 15:47:20.617635 DEC= -00:32:14.39706 RAER= 0.53 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.085, 8.4, 0.111, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1545+497', 'J1547+4937' RA= 15:47:21.138220 DEC= +49:37:05.81169 RAER= 3.48 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.055, 5.0, 0.033, 0.017, 8.4, 0.032, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1546+600', 'J1547+5955' RA= 15:47:23.564369 DEC= +59:55:01.18829 RAER= 0.29 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.074, 5.0, 0.119, 0.110, 8.4, 0.092, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305 observations" / source= '1544-153', 'J1547-1532' RA= 15:47:25.687521 DEC= -15:32:37.02388 RAER= 0.74 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1546+505', 'J1547+5021' RA= 15:47:32.127684 DEC= +50:21:31.33212 RAER= 0.65 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.043, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1544-375', 'J1547-3744' RA= 15:47:34.819294 DEC= -37:44:52.99081 RAER= 22.02 DECER= 30.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1546+640', 'J1547+6352' RA= 15:47:35.591401 DEC= +63:52:13.83621 RAER= 2.46 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.044, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1543-513', 'J1547-5132' RA= 15:47:40.172719 DEC= -51:32:44.83763 RAER= 6.79 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '1544-095', 'J1547-0943' RA= 15:47:41.285750 DEC= -09:43:33.00062 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.097, 5.0, 0.168, 0.064, 8.4, 0.177, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '1545+210', 'J1547+2052' RA= 15:47:43.537767 DEC= +20:52:16.61361 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.037, 5.0, 0.039, 0.026, 8.4, 0.047, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '1545-066', 'J1547-0649' RA= 15:47:50.368499 DEC= -06:49:50.53843 RAER= 0.83 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.039, 8.4, 0.039, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1545-141', 'J1547-1416' RA= 15:47:52.713156 DEC= -14:16:13.15348 RAER= 0.45 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1546+354', 'J1547+3518' RA= 15:47:54.115762 DEC= +35:18:42.22898 RAER= 2.09 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.037, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1546+423', 'J1547+4208' RA= 15:47:59.043121 DEC= +42:08:55.54573 RAER= 2.18 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.050, 8.4, 0.054, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1545+082', 'J1548+0808' RA= 15:48:09.080731 DEC= +08:08:34.61049 RAER= 7.32 DECER= 8.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1546+406', 'J1548+4031' RA= 15:48:11.375948 DEC= +40:31:26.70958 RAER= 1.92 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.083, 8.4, 0.077, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1545-159', 'J1548-1605' RA= 15:48:12.246533 DEC= -16:05:56.36096 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.078, 8.4, 0.073, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1545-120', 'J1548-1213' RA= 15:48:12.939740 DEC= -12:13:31.31989 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.319, 0.177, 5.0, 0.755, 0.076, 8.4, 0.196, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '1546+243', 'J1548+2411' RA= 15:48:13.178444 DEC= +24:11:51.54637 RAER= 0.68 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.038, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1546+487', 'J1548+4835' RA= 15:48:14.611858 DEC= +48:35:01.98715 RAER= 13.51 DECER= 10.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.003, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1545-223', 'J1548-2228' RA= 15:48:15.391619 DEC= -22:28:18.05667 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.071, 8.4, 0.080, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186 observations" / source= '1545-050', 'J1548-0512' RA= 15:48:16.292557 DEC= -05:12:51.03704 RAER= 0.85 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.075, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1548+699', 'J1548+6949' RA= 15:48:16.705871 DEC= +69:49:35.30897 RAER= 2.83 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.021, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1546+353', 'J1548+3511' RA= 15:48:17.917695 DEC= +35:11:28.06270 RAER= 2.24 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1545-208', 'J1548-2059' RA= 15:48:20.590975 DEC= -20:59:02.88514 RAER= 1.03 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.020, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1545-064', 'J1548-0638' RA= 15:48:23.006676 DEC= -06:38:13.78343 RAER= 47.50 DECER= 21.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1546+151', 'J1548+1457' RA= 15:48:24.386161 DEC= +14:57:02.71697 RAER= 0.61 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.011, 8.4, 0.029, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1547+583', 'J1548+5813' RA= 15:48:26.319225 DEC= +58:13:13.98183 RAER= 1.81 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1544-638', 'J1548-6401' RA= 15:48:30.396243 DEC= -64:01:34.80020 RAER= 0.31 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.290, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '1550+789', 'J1548+7845' RA= 15:48:37.470408 DEC= +78:45:26.53054 RAER= 1.04 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.041, 8.4, 0.061, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '1547+619', 'J1548+6147' RA= 15:48:40.100374 DEC= +61:47:31.89706 RAER= 3.74 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1545-226', 'J1548-2251' RA= 15:48:49.749386 DEC= -22:51:02.51652 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.064, 8.4, 0.058, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1021 observations" / source= '1546+176', 'J1548+1727' RA= 15:48:55.106897 DEC= +17:27:41.09876 RAER= 0.38 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1550+757', 'J1548+7537' RA= 15:48:59.224207 DEC= +75:37:41.48765 RAER= 8.02 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.065, 8.4, 0.042, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1546+090', 'J1548+0854' RA= 15:48:59.501552 DEC= +08:54:35.71155 RAER= 0.33 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1546-231', 'J1549-2320' RA= 15:49:00.194675 DEC= -23:20:04.55449 RAER= 0.40 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.015, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '1545-524', 'J1549-5235' RA= 15:49:11.194852 DEC= -52:35:02.94429 RAER= 2.76 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.252, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1547+309', 'J1549+3047' RA= 15:49:12.844930 DEC= +30:47:13.08846 RAER= 0.94 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1546+040', 'J1549+0352' RA= 15:49:14.671014 DEC= +03:52:31.82042 RAER= 1.72 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.032, 8.4, 0.030, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1547+507', 'J1549+5038' RA= 15:49:17.468555 DEC= +50:38:05.78795 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.756, 0.287, 5.0, 0.735, 0.389, 8.4, 0.761, 0.488 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3191 observations" / source= '1546-165', 'J1549-1639' RA= 15:49:20.000438 DEC= -16:39:41.59436 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.103, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 882 observations" / source= '1550+743', 'J1549+7409' RA= 15:49:27.304283 DEC= +74:09:32.16233 RAER= 3.70 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1547+172', 'J1549+1708' RA= 15:49:29.279914 DEC= +17:08:28.13831 RAER= 0.33 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1546+027', 'J1549+0237' RA= 15:49:29.436852 DEC= +02:37:01.16317 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.196, 0.987, 5.0, 1.398, 1.050, 8.4, 1.718, 1.058, 15.2, 2.482, 1.411 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82492 observations" / source= '1547+187', 'J1549+1835' RA= 15:49:36.595762 DEC= +18:35:00.96022 RAER= 0.84 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.027, 8.4, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1546-305', 'J1549-3045' RA= 15:49:46.303321 DEC= -30:45:01.17946 RAER= 1.58 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1548+617', 'J1549+6134' RA= 15:49:46.848304 DEC= +61:34:10.35484 RAER= 0.84 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.082, 8.4, 0.069, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1547-068', 'J1549-0659' RA= 15:49:52.043825 DEC= -06:59:07.92333 RAER= 0.63 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1550+703', 'J1549+7012' RA= 15:49:56.453165 DEC= +70:12:56.08842 RAER= 0.52 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.067, 5.0, 0.113, 0.079, 8.4, 0.120, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '1549+633', 'J1549+6310' RA= 15:49:57.316442 DEC= +63:10:07.32812 RAER= 0.87 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.036, 8.4, 0.085, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1547-043', 'J1549-0432' RA= 15:49:59.005217 DEC= -04:32:18.67421 RAER= 0.54 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.025, 8.4, 0.035, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1546-383', 'J1550-3832' RA= 15:50:02.699169 DEC= -38:32:32.18862 RAER= 10.35 DECER= 41.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1547-093', 'J1550-0928' RA= 15:50:06.504887 DEC= -09:28:07.92580 RAER= 5.09 DECER= 4.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1547+027', 'J1550+0236' RA= 15:50:07.070170 DEC= +02:36:07.75557 RAER= 0.90 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.074, 8.4, 0.081, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1548+274', 'J1550+2717' RA= 15:50:11.819406 DEC= +27:17:59.36114 RAER= 0.28 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.051, 8.4, 0.072, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '1603+866', 'J1550+8630' RA= 15:50:26.874673 DEC= +86:30:28.41094 RAER= 58.45 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1547-054', 'J1550-0538' RA= 15:50:29.847484 DEC= -05:38:11.01687 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.222, 0.143, 5.0, 0.145, 0.048, 8.4, 0.145, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '1548+056', 'J1550+0527' RA= 15:50:35.269246 DEC= +05:27:10.44820 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.505, 1.872, 5.0, 2.538, 1.752, 8.4, 2.379, 0.911, 15.2, 2.570, 1.183, 22.2, 1.592, 0.841 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21717 observations" / source= '1551+744', 'J1550+7416' RA= 15:50:42.925927 DEC= +74:16:13.88446 RAER= 3.11 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.021, 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1548+114', 'J1550+1120' RA= 15:50:43.594791 DEC= +11:20:47.45475 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.101, 8.4, 0.163, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '1549+457', 'J1550+4536' RA= 15:50:43.886264 DEC= +45:36:24.21396 RAER= 2.76 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.078, 8.4, 0.048, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1548-082', 'J1550-0822' RA= 15:50:53.271977 DEC= -08:22:46.81150 RAER= 0.45 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1548-199', 'J1550-2004' RA= 15:50:56.539718 DEC= -20:04:15.29299 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.052, 8.4, 0.067, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 629 observations" / source= '1547-286', 'J1550-2847' RA= 15:50:57.505741 DEC= -28:47:24.24867 RAER= 7.41 DECER= 18.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1555+820', 'J1550+8154' RA= 15:50:58.276736 DEC= +81:54:24.19549 RAER= 6.90 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.024, 8.4, 0.016, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1540-828', 'J1550-8258' RA= 15:50:59.142541 DEC= -82:58:06.84525 RAER= 0.94 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.889, 0.682 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '1548-177', 'J1551-1755' RA= 15:51:14.598324 DEC= -17:55:02.32607 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.126, 8.4, 0.179, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 687 observations" / source= '1550+642', 'J1551+6405' RA= 15:51:28.216262 DEC= +64:05:37.55410 RAER= 0.72 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '1548-057', 'J1551-0554' RA= 15:51:33.964208 DEC= -05:54:24.65088 RAER= 1.05 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1547-600', 'J1551-6012' RA= 15:51:38.570432 DEC= -60:12:01.99035 RAER= 2.57 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1549-091', 'J1551-0915' RA= 15:51:45.773664 DEC= -09:15:34.05753 RAER= 0.77 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.089, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1550+582', 'J1551+5806' RA= 15:51:58.207839 DEC= +58:06:44.45460 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.184, 5.0, 0.230, 0.155, 8.4, 0.269, 0.127, 15.2, 0.307, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '1550+319', 'J1551+3149' RA= 15:51:58.967682 DEC= +31:49:03.14202 RAER= 0.37 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1549+089', 'J1552+0850' RA= 15:52:03.261625 DEC= +08:50:47.33561 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.057, 8.4, 0.082, 0.066, 15.2, 0.085, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 756 observations" / source= '1549-242', 'J1552-2425' RA= 15:52:05.521925 DEC= -24:25:20.79201 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.085, 8.4, 0.092, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 666 observations" / source= '1551+560', 'J1552+5552' RA= 15:52:10.895290 DEC= +55:52:43.20202 RAER= 1.04 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.065, 8.4, 0.086, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1550+233', 'J1552+2312' RA= 15:52:11.332458 DEC= +23:12:23.80551 RAER= 2.04 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1549-073', 'J1552-0732' RA= 15:52:12.762193 DEC= -07:32:46.39517 RAER= 1.28 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1545-760', 'J1552-7614' RA= 15:52:20.443436 DEC= -76:14:46.93273 RAER= 1.03 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1550+113', 'J1552+1112' RA= 15:52:23.918311 DEC= +11:12:43.89323 RAER= 33.50 DECER= 14.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1549+034', 'J1552+0315' RA= 15:52:26.142166 DEC= +03:15:09.47531 RAER= 0.89 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.033, 8.4, 0.025, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1550+375', 'J1552+3724' RA= 15:52:41.131319 DEC= +37:24:34.02931 RAER= 0.74 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.058, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1552+637', 'J1552+6336' RA= 15:52:42.338754 DEC= +63:36:52.95795 RAER= 5.14 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1550+141', 'J1553+1400' RA= 15:53:06.185961 DEC= +14:00:58.73461 RAER= 1.46 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1550+158', 'J1553+1544' RA= 15:53:10.390634 DEC= +15:44:33.29263 RAER= 0.81 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.057, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1551+408', 'J1553+4039' RA= 15:53:15.743290 DEC= +40:39:26.86653 RAER= 2.41 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.027, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1551+180', 'J1553+1754' RA= 15:53:20.806304 DEC= +17:54:27.48411 RAER= 0.38 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.060, 8.4, 0.316, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1551+368', 'J1553+3643' RA= 15:53:24.794736 DEC= +36:43:28.22842 RAER= 10.40 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1550-242', 'J1553-2422' RA= 15:53:31.627808 DEC= -24:22:06.03597 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.175, 5.0, 0.278, 0.257, 8.4, 0.389, 0.324 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2941 observations" / source= '1551+130', 'J1553+1256' RA= 15:53:32.697871 DEC= +12:56:51.71459 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.811, 0.415, 5.0, 0.512, 0.245, 8.4, 0.473, 0.105, 15.2, 0.529, 0.285 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '1550-311', 'J1553-3118' RA= 15:53:33.545066 DEC= -31:18:31.42118 RAER= 0.51 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.051, 8.4, 0.072, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1550-039', 'J1553-0407' RA= 15:53:37.409525 DEC= -04:07:36.40055 RAER= 0.79 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.052, 8.4, 0.048, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1552+530', 'J1553+5253' RA= 15:53:43.425718 DEC= +52:53:33.94734 RAER= 0.74 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.053, 8.4, 0.053, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1551+239', 'J1553+2348' RA= 15:53:43.591303 DEC= +23:48:25.45927 RAER= 0.34 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.114, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1550-247', 'J1553-2451' RA= 15:53:48.361687 DEC= -24:51:59.16906 RAER= 9.25 DECER= 20.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '1550-238', 'J1553-2358' RA= 15:53:55.848250 DEC= -23:58:41.52795 RAER= 0.35 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.035, 5.0, 0.042, n/a, 8.4, 0.077, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1550-269', 'J1554-2704' RA= 15:54:02.469790 DEC= -27:04:40.23349 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.583, 0.122, 5.0, 0.513, 0.178, 8.4, 0.407, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 598 observations" / source= '1551-044', 'J1554-0434' RA= 15:54:03.074316 DEC= -04:34:58.41949 RAER= 0.55 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1551-025', 'J1554-0240' RA= 15:54:12.605521 DEC= -02:40:04.48790 RAER= 0.55 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.107, 8.4, 0.174, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1551-046', 'J1554-0446' RA= 15:54:14.246483 DEC= -04:46:51.86916 RAER= 0.60 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.008, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1552+203', 'J1554+2011' RA= 15:54:24.130537 DEC= +20:11:25.40212 RAER= 1.18 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, n/a, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '1552+086', 'J1554+0829' RA= 15:54:28.701975 DEC= +08:29:31.27058 RAER= 0.98 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.021, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1552+301', 'J1554+3001' RA= 15:54:29.397847 DEC= +30:01:18.98272 RAER= 0.38 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.026, 8.4, 0.032, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1551-120', 'J1554-1213' RA= 15:54:32.598708 DEC= -12:13:25.29276 RAER= 7.39 DECER= 5.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1552+254', 'J1554+2519' RA= 15:54:34.067612 DEC= +25:19:19.20369 RAER= 1.80 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1552+199', 'J1554+1947' RA= 15:54:39.228726 DEC= +19:47:18.01554 RAER= 0.44 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.170, 0.077, 8.4, 0.105, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1553+439', 'J1554+4348' RA= 15:54:42.152517 DEC= +43:48:20.53420 RAER= 2.35 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.044, 8.4, 0.043, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1552-013', 'J1554-0131' RA= 15:54:43.502905 DEC= -01:31:00.66052 RAER= 0.89 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.023, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1552-125', 'J1554-1240' RA= 15:54:52.585778 DEC= -12:40:39.47474 RAER= 0.75 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1551-438', 'J1554-4400' RA= 15:54:56.435404 DEC= -44:00:32.89085 RAER= 1.01 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.198, 0.083, 8.4, 0.124, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1552+218', 'J1555+2141' RA= 15:55:00.578593 DEC= +21:41:59.77412 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.031, 8.4, 0.060, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1553+383', 'J1555+3812' RA= 15:55:03.704417 DEC= +38:12:14.96594 RAER= 0.30 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '1551-452', 'J1555-4522' RA= 15:55:16.394337 DEC= -45:22:38.15160 RAER= 1.61 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.241, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1551-416', 'J1555-4150' RA= 15:55:18.118001 DEC= -41:50:31.69415 RAER= 0.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.061, 8.4, 0.118, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '1552-033', 'J1555-0326' RA= 15:55:30.748141 DEC= -03:26:49.51979 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.356, 0.262, 5.0, 0.311, 0.259, 8.4, 0.273, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 751 observations" / source= '1553+112', 'J1555+1106' RA= 15:55:38.833184 DEC= +11:06:43.63039 RAER= 0.64 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.022, 8.4, 0.066, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1552-095', 'J1555-0938' RA= 15:55:39.670364 DEC= -09:38:46.27866 RAER= 0.76 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.219, 0.060, 8.4, 0.148, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1553+113', 'J1555+1111' RA= 15:55:43.044022 DEC= +11:11:24.36605 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.224, 5.0, 0.121, n/a, 8.4, 0.207, 0.146, 15.2, 0.174, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 863 observations" / source= '1553+088', 'J1555+0840' RA= 15:55:44.172101 DEC= +08:40:41.71057 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.043, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 198 observations" / source= '1552-249', 'J1555-2508' RA= 15:55:44.983762 DEC= -25:08:11.87431 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.222, 0.150, 8.4, 0.082, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 284 observations" / source= '1556+744', 'J1556+7420' RA= 15:56:02.990497 DEC= +74:20:58.14090 RAER= 0.49 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.103, 5.0, 0.115, 0.095, 8.4, 0.123, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '1553+245', 'J1556+2426' RA= 15:56:03.911936 DEC= +24:26:52.91296 RAER= 0.26 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.032, 8.4, 0.050, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '1553+202', 'J1556+2004' RA= 15:56:09.932554 DEC= +20:04:20.73323 RAER= 4.15 DECER= 8.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1553-062', 'J1556-0622' RA= 15:56:13.997954 DEC= -06:22:36.32738 RAER= 1.25 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.257, n/a, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1553-142', 'J1556-1425' RA= 15:56:15.971911 DEC= -14:25:19.70868 RAER= 0.64 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1554+358', 'J1556+3544' RA= 15:56:29.479243 DEC= +35:44:32.70235 RAER= 0.85 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.043, 8.4, 0.053, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1555+651', 'J1556+6459' RA= 15:56:29.707350 DEC= +64:59:21.38709 RAER= 1.89 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.069, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1554+354', 'J1556+3517' RA= 15:56:33.777576 DEC= +35:17:57.39250 RAER= 2.36 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1553-105', 'J1556-1041' RA= 15:56:34.391863 DEC= -10:41:04.26337 RAER= 1.22 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1553-328', 'J1556-3302' RA= 15:56:41.566101 DEC= -33:02:18.71812 RAER= 0.84 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.116, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1554+144', 'J1556+1415' RA= 15:56:45.570998 DEC= +14:15:49.05145 RAER= 1.19 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1554+126', 'J1556+1230' RA= 15:56:50.781284 DEC= +12:30:35.64893 RAER= 0.25 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.062, 8.4, 0.089, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1554+185', 'J1556+1825' RA= 15:56:54.816387 DEC= +18:25:13.57697 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.052, 5.0, 0.117, 0.105, 8.4, 0.062, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 840 observations" / source= '1555+431', 'J1556+4259' RA= 15:56:57.715028 DEC= +42:59:43.89953 RAER= 0.30 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.061, 8.4, 0.060, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 155 observations" / source= '1549-790', 'J1556-7914' RA= 15:56:58.869804 DEC= -79:14:04.28166 RAER= 0.60 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.511, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 715 observations" / source= '1554-272', 'J1557-2724' RA= 15:57:04.338727 DEC= -27:24:45.75588 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.062, 5.0, 0.119, 0.079, 8.4, 0.141, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1554+060', 'J1557+0552' RA= 15:57:09.441268 DEC= +05:52:15.14065 RAER= 1.40 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.020, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1555+37C', 'J1557+372C' RA= 15:57:11.908204 DEC= +37:21:35.90881 RAER= 0.96 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1555+37A', 'J1557+372A' RA= 15:57:11.942781 DEC= +37:21:35.93788 RAER= 0.61 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.025, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1554-091', 'J1557-0919' RA= 15:57:17.538591 DEC= -09:19:22.60310 RAER= 0.63 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1555+455', 'J1557+4522' RA= 15:57:18.999645 DEC= +45:22:21.53719 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.048, 5.0, 0.089, 0.088, 8.4, 0.087, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 991 observations" / source= '1556+548', 'J1557+5440' RA= 15:57:21.398529 DEC= +54:40:15.97146 RAER= 6.81 DECER= 6.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1555+332', 'J1557+3304' RA= 15:57:29.941823 DEC= +33:04:46.92627 RAER= 0.79 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.045, 8.4, 0.048, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1557+708', 'J1557+7041' RA= 15:57:30.243944 DEC= +70:41:20.78981 RAER= 0.81 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1552-705', 'J1557-7040' RA= 15:57:36.163573 DEC= -70:40:28.10336 RAER= 3.71 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1555+103', 'J1557+1012' RA= 15:57:38.790845 DEC= +10:12:27.43717 RAER= 3.96 DECER= 6.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1555+164', 'J1557+1618' RA= 15:57:49.616181 DEC= +16:18:36.63245 RAER= 0.50 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1555+001', 'J1557-0001' RA= 15:57:51.433976 DEC= -00:01:50.41376 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.572, 0.430, 5.0, 0.583, 0.570, 8.4, 0.570, 0.477, 15.2, 0.716, 0.480 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15628 observations" / source= '1555+030', 'J1557+0253' RA= 15:57:52.763298 DEC= +02:53:27.88266 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.072, 8.4, 0.085, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '1556+402', 'J1557+4007' RA= 15:57:55.508030 DEC= +40:07:38.51319 RAER= 2.21 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1555+213', 'J1558+2114' RA= 15:58:01.062110 DEC= +21:14:23.24111 RAER= 1.09 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1555-140', 'J1558-1409' RA= 15:58:21.947854 DEC= -14:09:59.05385 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.550, 0.323, 8.4, 0.293, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '1555-217', 'J1558-2155' RA= 15:58:25.368941 DEC= -21:55:11.29399 RAER= 2.12 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1558+654', 'J1558+6521' RA= 15:58:35.074681 DEC= +65:21:29.51987 RAER= 0.48 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.066, 8.4, 0.125, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 193 observations" / source= '1556+180', 'J1558+1752' RA= 15:58:43.694249 DEC= +17:52:34.00905 RAER= 1.13 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1557+484', 'J1558+4818' RA= 15:58:48.075610 DEC= +48:18:20.15390 RAER= 2.40 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.026, 8.4, 0.031, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1557+565', 'J1558+5625' RA= 15:58:48.288929 DEC= +56:25:14.11910 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.105, 5.0, 0.246, 0.151, 8.4, 0.145, 0.077, 15.2, 0.176, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 876 observations" / source= '1554-643', 'J1558-6432' RA= 15:58:50.284326 DEC= -64:32:29.63742 RAER= 0.28 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.340, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1557+520', 'J1558+5155' RA= 15:58:51.283667 DEC= +51:55:30.51139 RAER= 4.08 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1556+335', 'J1558+3323' RA= 15:58:55.186276 DEC= +33:23:18.60646 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.075, 5.0, 0.106, 0.082, 8.4, 0.137, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2459 observations" / source= '1555-216', 'J1558-2145' RA= 15:58:55.683439 DEC= -21:45:48.33038 RAER= 0.96 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1558+595', 'J1559+5924' RA= 15:59:01.701918 DEC= +59:24:21.83423 RAER= 0.28 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.044, 5.0, 0.108, 0.028, 8.4, 0.106, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 995 observations" / source= '1555-353', 'J1559-3531' RA= 15:59:02.130893 DEC= -35:31:06.43339 RAER= 19.84 DECER= 23.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1556-239', 'J1559-2402' RA= 15:59:14.538558 DEC= -24:02:38.64431 RAER= 1.25 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, n/a, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1557+165', 'J1559+1624' RA= 15:59:25.067835 DEC= +16:24:40.87965 RAER= 0.36 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1557+032', 'J1559+0304' RA= 15:59:30.972619 DEC= +03:04:48.25677 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.394, 0.356, 8.4, 0.341, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4651 observations" / source= '1556-245', 'J1559-2442' RA= 15:59:41.409109 DEC= -24:42:38.83226 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.596, 0.119, 5.0, 0.780, 0.543, 8.4, 0.405, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2590 observations" / source= '1557+26A', 'J1559+255A' RA= 15:59:49.584226 DEC= +25:56:32.68718 RAER= 0.74 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1557-053', 'J1559-0531' RA= 15:59:49.642254 DEC= -05:31:22.56622 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.056, 8.4, 0.130, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 799 observations" / source= '1557+082', 'J1559+0805' RA= 15:59:49.721162 DEC= +08:05:17.57619 RAER= 0.43 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.083, 8.4, 0.156, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1557+260', 'J1559+2556' RA= 15:59:51.614066 DEC= +25:56:26.31795 RAER= 0.34 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '1557+234', 'J1559+2316' RA= 15:59:52.202572 DEC= +23:16:56.72798 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.037, 8.4, 0.071, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1557-178', 'J1559-1759' RA= 15:59:54.679594 DEC= -17:59:00.74503 RAER= 0.65 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1557-004', 'J1600-0037' RA= 16:00:01.012600 DEC= -00:37:22.59912 RAER= 1.01 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1557+043', 'J1600+0412' RA= 16:00:02.537380 DEC= +04:12:57.82915 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.068, 5.0, 0.202, 0.088, 8.4, 0.220, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '1557-252', 'J1600-2524' RA= 16:00:05.366849 DEC= -25:24:39.80077 RAER= 0.52 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1557-042', 'J1600-0422' RA= 16:00:08.774436 DEC= -04:22:18.54885 RAER= 0.68 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.016, 8.4, 0.088, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1556-580', 'J1600-5811' RA= 16:00:12.377425 DEC= -58:11:02.96869 RAER= 0.43 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.320, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1556-368', 'J1600-3657' RA= 16:00:12.683010 DEC= -36:57:01.85996 RAER= 8.23 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1558+187', 'J1600+1838' RA= 16:00:16.982512 DEC= +18:38:30.03121 RAER= 0.35 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '1558+224', 'J1600+2220' RA= 16:00:24.705545 DEC= +22:20:41.95928 RAER= 0.67 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.053, 8.4, 0.076, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1609+852', 'J1600+8509' RA= 16:00:31.701705 DEC= +85:09:49.18025 RAER= 10.88 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, n/a, 8.4, 0.042, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1600+715', 'J1600+7123' RA= 16:00:37.979427 DEC= +71:23:22.44398 RAER= 9.66 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1558+332', 'J1600+3304' RA= 16:00:45.483840 DEC= +33:04:16.85847 RAER= 1.18 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.020, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1557-273', 'J1600-2731' RA= 16:00:47.611551 DEC= -27:31:08.31130 RAER= 1.69 DECER= 4.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1601+745', 'J1600+7427' RA= 16:00:51.768705 DEC= +74:27:09.54761 RAER= 8.94 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, n/a, 8.4, 0.060, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1558-072', 'J1600-0722' RA= 16:00:56.476587 DEC= -07:22:05.22195 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.097, 8.4, 0.362, 0.310 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '1558+172', 'J1601+1707' RA= 16:01:04.136985 DEC= +17:07:00.68664 RAER= 0.65 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.052, 8.4, 0.052, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1558-295', 'J1601-2938' RA= 16:01:08.932571 DEC= -29:38:56.36158 RAER= 2.53 DECER= 5.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1600+572', 'J1601+5706' RA= 16:01:12.582914 DEC= +57:06:00.57473 RAER= 0.61 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '1558+116', 'J1601+1130' RA= 16:01:12.969704 DEC= +11:30:21.38780 RAER= 1.83 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1558-029', 'J1601-0302' RA= 16:01:17.597878 DEC= -03:02:37.94864 RAER= 1.10 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1558+066', 'J1601+0631' RA= 16:01:18.959615 DEC= +06:31:36.04574 RAER= 1.76 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1559+173', 'J1601+1714' RA= 16:01:20.346770 DEC= +17:14:16.10390 RAER= 0.63 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.056, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1559+157', 'J1601+1537' RA= 16:01:24.404732 DEC= +15:37:00.86837 RAER= 3.30 DECER= 6.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1559+415', 'J1601+4123' RA= 16:01:27.871250 DEC= +41:23:48.63439 RAER= 1.05 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.075, 8.4, 0.082, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1558-243', 'J1601-2429' RA= 16:01:28.043604 DEC= -24:29:58.45068 RAER= 2.18 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, n/a, 5.0, 0.153, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '1558-166', 'J1601-1646' RA= 16:01:37.697706 DEC= -16:46:05.04371 RAER= 1.65 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.049, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1600+43A', 'J1601+431A' RA= 16:01:40.443893 DEC= +43:16:47.75537 RAER= 0.26 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.035, 8.4, 0.046, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '1600+43B', 'J1601+431B' RA= 16:01:40.510125 DEC= +43:16:46.56636 RAER= 0.29 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.039, 8.4, 0.045, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '1559-050', 'J1601-0510' RA= 16:01:44.467524 DEC= -05:10:27.60153 RAER= 0.82 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.035, 8.4, 0.046, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1600+567', 'J1601+5636' RA= 16:01:53.958436 DEC= +56:36:04.49952 RAER= 32.31 DECER= 9.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1559+140', 'J1601+1357' RA= 16:01:54.537119 DEC= +13:57:10.76251 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.087, 5.0, 0.171, 0.045, 8.4, 0.097, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1559-278', 'J1602-2759' RA= 16:02:06.241580 DEC= -27:59:21.14184 RAER= 1.63 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1600+335', 'J1602+3326' RA= 16:02:07.263468 DEC= +33:26:53.07269 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.795, 0.840, 5.0, 1.443, 0.920, 8.4, 0.872, 0.335 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4781 observations" / source= '1559-151', 'J1602-1518' RA= 16:02:07.961397 DEC= -15:18:56.13505 RAER= 0.27 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.397, 0.038, 5.0, 0.260, 0.018, 8.4, 0.136, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 292 observations" / source= '1600+263', 'J1602+2610' RA= 16:02:08.402971 DEC= +26:10:22.58247 RAER= 0.47 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1558-439', 'J1602-4405' RA= 16:02:09.272229 DEC= -44:05:00.47032 RAER= 1.41 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '1559-010', 'J1602-0109' RA= 16:02:13.271629 DEC= -01:09:48.51305 RAER= 1.06 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.028, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1600+244', 'J1602+2418' RA= 16:02:13.838537 DEC= +24:18:37.79324 RAER= 0.16 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.131, 5.0, 0.199, 0.089, 8.4, 0.121, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 999 observations" / source= '1600+309', 'J1602+3051' RA= 16:02:18.069106 DEC= +30:51:09.53864 RAER= 1.57 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1559-078', 'J1602-0800' RA= 16:02:26.559167 DEC= -08:00:12.02819 RAER= 2.77 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1600+278', 'J1602+2741' RA= 16:02:26.897193 DEC= +27:41:41.89635 RAER= 1.53 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1559-143', 'J1602-1427' RA= 16:02:27.098934 DEC= -14:27:22.98483 RAER= 0.76 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1559+021', 'J1602+0157' RA= 16:02:27.359745 DEC= +01:57:56.23840 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.028, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1600+269', 'J1602+2646' RA= 16:02:39.626195 DEC= +26:46:05.93436 RAER= 0.39 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1601+528', 'J1602+5243' RA= 16:02:46.398041 DEC= +52:43:58.73896 RAER= 4.17 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1559-193', 'J1602-1929' RA= 16:02:48.556702 DEC= -19:29:47.24939 RAER= 0.42 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1600+274', 'J1602+2721' RA= 16:02:59.736664 DEC= +27:21:25.97510 RAER= 1.37 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1601+394', 'J1603+3917' RA= 16:03:03.448779 DEC= +39:17:59.66483 RAER= 1.37 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1601+374', 'J1603+3719' RA= 16:03:06.398259 DEC= +37:19:55.89955 RAER= 2.22 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1600+026', 'J1603+0231' RA= 16:03:14.851846 DEC= +02:31:36.23480 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.047, 5.0, 0.146, 0.069, 8.4, 0.171, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '1600-294', 'J1603-2933' RA= 16:03:16.571428 DEC= -29:33:55.42394 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.077, 8.4, 0.150, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '1601+298', 'J1603+2944' RA= 16:03:16.758309 DEC= +29:44:49.32554 RAER= 4.42 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1603+699', 'J1603+6945' RA= 16:03:18.621521 DEC= +69:45:57.44260 RAER= 0.35 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.100, 8.4, 0.198, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1355 observations" / source= '1600-099', 'J1603-1007' RA= 16:03:18.778237 DEC= -10:07:21.29477 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.102, 5.0, 0.102, 0.062, 8.4, 0.104, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '1601+471', 'J1603+4702' RA= 16:03:19.868610 DEC= +47:02:35.86554 RAER= 7.01 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1601+062', 'J1603+0605' RA= 16:03:29.435083 DEC= +06:05:05.89350 RAER= 0.92 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.040, 8.4, 0.046, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1601+173', 'J1603+1711' RA= 16:03:32.083329 DEC= +17:11:55.31025 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.038, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '1601+215', 'J1603+2126' RA= 16:03:32.450588 DEC= +21:26:51.82151 RAER= 0.41 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '1601+160', 'J1603+1554' RA= 16:03:38.062386 DEC= +15:54:02.35874 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.124, 5.0, 0.351, 0.346, 8.4, 0.188, 0.147, 15.2, 0.439, 0.351 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1023 observations" / source= '1602+503', 'J1603+5009' RA= 16:03:39.500345 DEC= +50:09:55.39788 RAER= 1.76 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1601+112', 'J1603+1105' RA= 16:03:41.931257 DEC= +11:05:48.67918 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.185, 8.4, 0.350, 0.302 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2289 observations" / source= '1602+528', 'J1603+5242' RA= 16:03:44.955739 DEC= +52:42:20.66765 RAER= 3.69 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1601-015', 'J1603-0139' RA= 16:03:48.506258 DEC= -01:39:00.62506 RAER= 1.15 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.015, 8.4, 0.063, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1600-489', 'J1603-4904' RA= 16:03:50.684564 DEC= -49:04:05.50519 RAER= 0.22 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.054, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 183 observations" / source= '1601+301', 'J1603+3002' RA= 16:03:54.153665 DEC= +30:02:08.70579 RAER= 1.08 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1602+576', 'J1603+5730' RA= 16:03:55.931450 DEC= +57:30:54.41235 RAER= 0.23 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.168, 5.0, 0.332, 0.138, 8.4, 0.265, 0.091, 15.2, 0.262, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 915 observations" / source= '1601-222', 'J1604-2223' RA= 16:04:01.471733 DEC= -22:23:40.98793 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.768, 0.171, 5.0, 0.422, 0.093, 8.4, 0.228, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 814 observations" / source= '1602+324', 'J1604+3221' RA= 16:04:12.962004 DEC= +32:21:04.39124 RAER= 0.75 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.010, 8.4, 0.022, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1601-017', 'J1604-0154' RA= 16:04:17.262375 DEC= -01:54:21.28696 RAER= 0.73 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1602+435', 'J1604+4323' RA= 16:04:21.775172 DEC= +43:23:54.64699 RAER= 0.72 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '1602+178', 'J1604+1744' RA= 16:04:26.510229 DEC= +17:44:31.15043 RAER= 0.30 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.079, 8.4, 0.111, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1603+609', 'J1604+6050' RA= 16:04:27.414182 DEC= +60:50:55.19731 RAER= 2.42 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.183, 0.034, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1602+479', 'J1604+4746' RA= 16:04:27.865356 DEC= +47:46:34.94669 RAER= 1.01 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '1600-445', 'J1604-4441' RA= 16:04:31.020763 DEC= -44:41:31.97330 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.408, 0.264, 5.0, 1.046, 0.547, 8.4, 0.825, 0.334 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 939 observations" / source= '1603+573', 'J1604+5714' RA= 16:04:37.354624 DEC= +57:14:36.66081 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.452, 0.219, 5.0, 0.441, 0.211, 8.4, 0.429, 0.268, 15.2, 0.597, 0.357 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1393 observations" / source= '1601-080', 'J1604-0812' RA= 16:04:38.034189 DEC= -08:12:24.38471 RAER= 1.05 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1602+014', 'J1604+0117' RA= 16:04:45.398784 DEC= +01:17:50.37833 RAER= 0.35 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.042, 8.4, 0.080, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1604+675', 'J1604+6722' RA= 16:04:46.194847 DEC= +67:22:17.01050 RAER= 1.88 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.052, 8.4, 0.070, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1601-423', 'J1604-4228' RA= 16:04:47.599323 DEC= -42:28:09.46137 RAER= 1.44 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1602+195', 'J1604+1926' RA= 16:04:49.993746 DEC= +19:26:20.94229 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.171, 5.0, 0.238, 0.169, 8.4, 0.127, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '1602-001', 'J1604-0019' RA= 16:04:56.143721 DEC= -00:19:07.07340 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.161, 5.0, 0.354, 0.110, 8.4, 0.285, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '1603+472', 'J1604+4705' RA= 16:04:56.150623 DEC= +47:05:34.20431 RAER= 2.99 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.012, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1603+306', 'J1605+3029' RA= 16:05:05.885975 DEC= +30:29:16.62306 RAER= 0.36 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1602+17A', 'J1605+1743' RA= 16:05:08.988368 DEC= +17:43:47.57465 RAER= 1.93 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1602+115', 'J1605+1122' RA= 16:05:09.795613 DEC= +11:22:43.69407 RAER= 1.79 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1602-287', 'J1605-2854' RA= 16:05:13.632123 DEC= -28:54:31.82647 RAER= 1.36 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.052, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1602-115', 'J1605-1139' RA= 16:05:17.531659 DEC= -11:39:26.83107 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.234, 5.0, 0.349, 0.303, 8.4, 0.359, 0.295 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9332 observations" / source= '1602-100', 'J1605-1012' RA= 16:05:23.041426 DEC= -10:12:22.58198 RAER= 0.80 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.079, 8.4, 0.069, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1603+307', 'J1605+3038' RA= 16:05:23.693177 DEC= +30:38:37.17834 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1603+301', 'J1605+3001' RA= 16:05:33.048027 DEC= +30:01:29.70290 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.181, 5.0, 0.168, 0.110, 8.4, 0.171, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 901 observations" / source= '1603+375', 'J1605+3722' RA= 16:05:33.764783 DEC= +37:22:51.15317 RAER= 0.85 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '1603+223', 'J1605+2214' RA= 16:05:36.438602 DEC= +22:14:12.48953 RAER= 0.38 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '1604+517', 'J1605+5135' RA= 16:05:41.730293 DEC= +51:35:49.16730 RAER= 3.72 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1602-187', 'J1605-1854' RA= 16:05:42.158885 DEC= -18:54:57.62734 RAER= 0.31 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.094, 5.0, 0.142, 0.026, 8.4, 0.098, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1604+596', 'J1605+5931' RA= 16:05:50.205331 DEC= +59:31:43.34527 RAER= 0.60 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 397 observations" / source= '1602-362', 'J1605-3622' RA= 16:05:59.296324 DEC= -36:22:27.74675 RAER= 36.24 DECER= 50.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1604+325', 'J1606+3223' RA= 16:06:04.047958 DEC= +32:23:25.31167 RAER= 1.21 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.027, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1603+206', 'J1606+2032' RA= 16:06:05.822033 DEC= +20:32:08.43545 RAER= 0.61 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1603+064', 'J1606+0619' RA= 16:06:06.884747 DEC= +06:19:48.73895 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.162, 8.4, 0.208, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1604+554', 'J1606+5521' RA= 16:06:07.618547 DEC= +55:21:35.41642 RAER= 1.03 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.041, 5.0, 0.072, 0.018, 8.4, 0.053, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '1604+315', 'J1606+3124' RA= 16:06:08.518372 DEC= +31:24:46.45788 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.918, 0.510, 5.0, 0.582, 0.430, 8.4, 0.490, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 680 observations" / source= '1604+301', 'J1606+3000' RA= 16:06:10.804985 DEC= +30:00:41.80129 RAER= 2.84 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1603+001', 'J1606+0000' RA= 16:06:12.683842 DEC= +00:00:27.19852 RAER= 0.38 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1607+770', 'J1606+7658' RA= 16:06:13.780953 DEC= +76:58:04.03314 RAER= 3.48 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.038, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1604+183', 'J1606+1814' RA= 16:06:16.027813 DEC= +18:14:59.81989 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.120, 5.0, 0.197, 0.164, 8.4, 0.130, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 979 observations" / source= '1603+138', 'J1606+1345' RA= 16:06:18.389008 DEC= +13:45:32.83047 RAER= 1.61 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1604+296', 'J1606+2931' RA= 16:06:20.022820 DEC= +29:31:20.32644 RAER= 1.38 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1605+542', 'J1606+5405' RA= 16:06:23.565967 DEC= +54:05:55.76318 RAER= 0.60 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.046, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1604-037', 'J1606-0353' RA= 16:06:44.825454 DEC= -03:53:40.37342 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.247, 0.170, 8.4, 0.238, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '1604-101', 'J1606-1016' RA= 16:06:49.505866 DEC= -10:16:24.09438 RAER= 58.27 DECER= 33.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1603-193', 'J1606-1929' RA= 16:06:49.751143 DEC= -19:29:08.85160 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.077, 8.4, 0.142, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '1604+134', 'J1606+1319' RA= 16:06:54.644935 DEC= +13:19:33.92095 RAER= 0.27 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.057, 8.4, 0.058, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1604+274', 'J1606+2717' RA= 16:06:58.300336 DEC= +27:17:05.58322 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.126, 5.0, 0.284, 0.275, 8.4, 0.204, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1009 observations" / source= '1604+159', 'J1607+1551' RA= 16:07:06.430456 DEC= +15:51:34.48558 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.137, 5.0, 0.280, 0.186, 8.4, 0.218, 0.131, 15.2, 0.424, 0.275 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1281 observations" / source= '1606+594', 'J1607+5921' RA= 16:07:08.143675 DEC= +59:21:28.89585 RAER= 0.55 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.032, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1616+851', 'J1607+8501' RA= 16:07:23.362471 DEC= +85:01:51.00232 RAER= 1.52 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.081, 8.4, 0.121, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '1605+355', 'J1607+3528' RA= 16:07:24.995952 DEC= +35:28:00.71980 RAER= 0.52 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '1604-388', 'J1607-3858' RA= 16:07:25.896166 DEC= -38:58:58.68189 RAER= 51.64 DECER= 75.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1604-333', 'J1607-3331' RA= 16:07:34.762337 DEC= -33:31:08.91340 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.125, 8.4, 0.144, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6883 observations" / source= '1604-14A', 'J1607-1459' RA= 16:07:36.780231 DEC= -14:59:48.52639 RAER= 1.34 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1604-372', 'J1607-3724' RA= 16:07:40.221518 DEC= -37:24:37.17753 RAER= 1.31 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1604-199', 'J1607-2003' RA= 16:07:44.884562 DEC= -20:03:11.16184 RAER= 35.25 DECER= 28.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1605-077', 'J1607-0750' RA= 16:07:55.576284 DEC= -07:50:25.52996 RAER= 1.10 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.031, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1606+499', 'J1607+4948' RA= 16:07:56.638922 DEC= +49:48:39.21384 RAER= 0.50 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1605-205', 'J1607-2039' RA= 16:07:56.926896 DEC= -20:39:42.37115 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.050, 5.0, 0.048, 0.005, 8.4, 0.066, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '1605+077', 'J1607+0739' RA= 16:07:57.653172 DEC= +07:39:01.19539 RAER= 1.29 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.043, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1605-123', 'J1607-1228' RA= 16:07:58.139007 DEC= -12:28:37.47453 RAER= 1.41 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.025, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1605+008', 'J1608+0041' RA= 16:08:02.545931 DEC= +00:41:05.36322 RAER= 0.41 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.042, 8.4, 0.065, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1605-162', 'J1608-1625' RA= 16:08:07.021404 DEC= -16:25:00.07737 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.075, 5.0, 0.088, 0.068, 8.4, 0.079, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1607+604', 'J1608+6018' RA= 16:08:20.542402 DEC= +60:18:28.19900 RAER= 0.25 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.044, 5.0, 0.046, 0.044, 8.4, 0.070, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1037 observations" / source= '1607+563', 'J1608+5613' RA= 16:08:20.752484 DEC= +56:13:56.36862 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.134, 5.0, 0.169, 0.076, 8.4, 0.203, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 897 observations" / source= '1606+286', 'J1608+2828' RA= 16:08:21.142832 DEC= +28:28:43.21392 RAER= 0.24 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.075, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 218 observations" / source= '1606+403', 'J1608+4012' RA= 16:08:22.157694 DEC= +40:12:17.83331 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.120, 5.0, 0.153, 0.150, 8.4, 0.176, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '1605-218', 'J1608-2159' RA= 16:08:29.886919 DEC= -21:59:58.31888 RAER= 0.79 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1606+212', 'J1608+2109' RA= 16:08:42.022915 DEC= +21:09:56.53655 RAER= 0.57 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.059, 8.4, 0.068, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1606+153', 'J1608+1511' RA= 16:08:44.126592 DEC= +15:11:30.69379 RAER= 0.37 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '1606+106', 'J1608+1029' RA= 16:08:46.203187 DEC= +10:29:07.77579 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.610, 0.996, 5.0, 1.171, 0.707, 8.4, 1.428, 0.854, 15.2, 1.274, 0.795, 22.2, 1.277, 1.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156750 observations" / source= '1608+687', 'J1609+6839' RA= 16:09:00.107642 DEC= +68:39:09.37760 RAER= 7.59 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1608+540', 'J1609+5354' RA= 16:09:13.196485 DEC= +53:54:29.74170 RAER= 0.99 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.041, 8.4, 0.057, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1607+268', 'J1609+2641' RA= 16:09:13.320729 DEC= +26:41:29.03641 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.721, 0.508, 5.0, 1.517, 0.156, 8.4, 0.751, 0.076, 15.2, 0.312, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1066 observations" / source= '1608+656', 'J1609+6532' RA= 16:09:13.956226 DEC= +65:32:28.99519 RAER= 1.74 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.017, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1607+355', 'J1609+3522' RA= 16:09:23.193709 DEC= +35:22:40.41335 RAER= 0.59 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1612+797', 'J1609+7939' RA= 16:09:29.885430 DEC= +79:39:54.84128 RAER= 1.61 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.559, 0.042, 8.4, 0.130, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '1606-219', 'J1609-2205' RA= 16:09:34.932717 DEC= -22:05:46.60350 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.032, 8.4, 0.125, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '1608+474', 'J1609+4717' RA= 16:09:35.573195 DEC= +47:17:56.27023 RAER= 1.70 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1606-114', 'J1609-1135' RA= 16:09:36.175898 DEC= -11:35:32.68348 RAER= 1.01 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.018, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1607+218', 'J1609+2141' RA= 16:09:36.364952 DEC= +21:41:05.01691 RAER= 12.07 DECER= 12.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1606-056', 'J1609-0547' RA= 16:09:38.749694 DEC= -05:47:24.57636 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.090, 5.0, 0.116, 0.040, 8.4, 0.118, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1608+436', 'J1609+4334' RA= 16:09:53.420932 DEC= +43:34:11.45902 RAER= 1.37 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1606-294', 'J1609-2932' RA= 16:09:55.426027 DEC= -29:32:03.02191 RAER= 27.35 DECER= 45.05 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1607-091', 'J1610-0919' RA= 16:10:02.692622 DEC= -09:19:05.38891 RAER= 3.23 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.030, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1609+673', 'J1610+6710' RA= 16:10:04.056446 DEC= +67:10:26.36478 RAER= 17.46 DECER= 8.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1607-081', 'J1610-0818' RA= 16:10:04.347961 DEC= -08:18:55.75739 RAER= 0.48 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.029, 8.4, 0.067, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1607+183', 'J1610+1811' RA= 16:10:05.285707 DEC= +18:11:43.41885 RAER= 0.25 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.053, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1607-108', 'J1610-1056' RA= 16:10:15.063658 DEC= -10:56:46.44120 RAER= 1.05 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.047, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1607-226', 'J1610-2247' RA= 16:10:20.999186 DEC= -22:47:04.43011 RAER= 0.55 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.051, 8.4, 0.065, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1606-398', 'J1610-3958' RA= 16:10:21.879115 DEC= -39:58:58.32928 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.476, 0.204, 8.4, 0.552, 0.428 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2339 observations" / source= '1607-204', 'J1610-2036' RA= 16:10:32.498679 DEC= -20:36:11.35290 RAER= 0.90 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035, 8.4, 0.040, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1607-050', 'J1610-0511' RA= 16:10:35.727545 DEC= -05:11:17.06372 RAER= 2.66 DECER= 3.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1608+243', 'J1610+2414' RA= 16:10:42.026776 DEC= +24:14:49.01169 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.183, 5.0, 0.350, 0.263, 8.4, 0.275, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6587 observations" / source= '1608+001', 'J1610+0000' RA= 16:10:43.678734 DEC= +00:00:21.06931 RAER= 0.84 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.050, 8.4, 0.042, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1605-666', 'J1610-6649' RA= 16:10:46.461585 DEC= -66:49:01.27161 RAER= 12.46 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1608-010', 'J1610-0113' RA= 16:10:49.032142 DEC= -01:13:43.32831 RAER= 0.78 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.004, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1613+782', 'J1610+7809' RA= 16:10:50.604652 DEC= +78:09:00.54155 RAER= 0.62 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.155, 8.4, 0.163, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 790 observations" / source= '1608+071', 'J1610+0701' RA= 16:10:57.083067 DEC= +07:01:09.59363 RAER= 1.07 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.030, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1608+251', 'J1611+2500' RA= 16:11:00.209126 DEC= +25:00:25.85225 RAER= 0.47 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '1607-301', 'J1611-3018' RA= 16:11:03.735588 DEC= -30:18:26.10686 RAER= 0.55 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.086, 8.4, 0.088, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1608+191', 'J1611+1859' RA= 16:11:08.089707 DEC= +18:59:41.21101 RAER= 0.77 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.030, 8.4, 0.044, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1608-093', 'J1611-0930' RA= 16:11:12.759123 DEC= -09:30:25.49397 RAER= 0.50 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1609+270', 'J1611+2655' RA= 16:11:14.113566 DEC= +26:55:24.26379 RAER= 0.48 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1608-260', 'J1611-2612' RA= 16:11:22.957814 DEC= -26:12:14.77448 RAER= 0.52 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.097, 8.4, 0.103, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1608-064', 'J1611-0636' RA= 16:11:27.787007 DEC= -06:36:14.80143 RAER= 0.31 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.109, 8.4, 0.129, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1607-600', 'J1611-6012' RA= 16:11:44.897476 DEC= -60:12:06.79768 RAER= 1.75 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations. No flux information" / source= '1610+408', 'J1611+4040' RA= 16:11:48.519175 DEC= +40:40:21.12910 RAER= 301.64 DECER= 372.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1609+190', 'J1611+1856' RA= 16:11:49.047542 DEC= +18:56:38.10751 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.100, 5.0, 0.207, 0.152, 8.4, 0.230, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1085 observations" / source= '1610+286', 'J1612+2829' RA= 16:12:02.172857 DEC= +28:29:25.67676 RAER= 3.13 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1609-141', 'J1612-1419' RA= 16:12:09.242856 DEC= -14:19:14.11348 RAER= 1.07 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.027, 5.0, 0.152, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '1609-114', 'J1612-1133' RA= 16:12:14.816584 DEC= -11:33:08.72011 RAER= 0.40 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.063, 8.4, 0.077, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1610+193', 'J1612+1915' RA= 16:12:16.947296 DEC= +19:15:21.49238 RAER= 0.76 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.035, 8.4, 0.034, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1610+285', 'J1612+2825' RA= 16:12:17.617042 DEC= +28:25:46.35086 RAER= 0.26 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.037, 8.4, 0.068, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1609-308', 'J1612-3059' RA= 16:12:20.004938 DEC= -30:59:38.66893 RAER= 0.93 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1609-225', 'J1612-2239' RA= 16:12:28.441385 DEC= -22:39:46.71920 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.083, 8.4, 0.073, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1609-058', 'J1612-0557' RA= 16:12:28.746593 DEC= -05:57:53.95244 RAER= 1.23 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1609-172', 'J1612-1725' RA= 16:12:32.159100 DEC= -17:25:36.24802 RAER= 2.65 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations. No flux information" / source= '1609-209', 'J1612-2102' RA= 16:12:32.205115 DEC= -21:02:31.98451 RAER= 0.68 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1606-742', 'J1612-7423' RA= 16:12:33.885055 DEC= -74:23:40.14219 RAER= 0.85 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.158, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1611+582', 'J1612+5806' RA= 16:12:53.267396 DEC= +58:06:40.48144 RAER= 1.70 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.026, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1611+425', 'J1613+4223' RA= 16:13:04.803339 DEC= +42:23:18.89306 RAER= 0.58 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.192, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '1611+221', 'J1613+2204' RA= 16:13:34.078140 DEC= +22:04:26.41019 RAER= 1.17 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1613+636', 'J1613+6329' RA= 16:13:39.641030 DEC= +63:29:18.63503 RAER= 1.22 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.065, 8.4, 0.062, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1611+343', 'J1613+3412' RA= 16:13:41.064243 DEC= +34:12:47.90890 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.342, 1.611, 5.0, 4.214, 1.820, 8.4, 3.889, 1.976, 15.2, 3.880, 2.208, 22.2, 3.593, 1.571 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 186288 observations" / source= '1610-277', 'J1613-2750' RA= 16:13:43.526627 DEC= -27:50:56.85733 RAER= 0.28 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.049, 8.4, 0.055, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '1610-423', 'J1613-4225' RA= 16:13:43.997350 DEC= -42:25:41.17446 RAER= 14.49 DECER= 41.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1611+287', 'J1613+2834' RA= 16:13:47.922458 DEC= +28:34:46.26685 RAER= 18.71 DECER= 13.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1611+044', 'J1613+0419' RA= 16:13:50.309141 DEC= +04:19:17.57010 RAER= 0.94 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.037, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1611-121', 'J1613-1214' RA= 16:13:51.867340 DEC= -12:14:57.46283 RAER= 0.39 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.078, 8.4, 0.095, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1611+179', 'J1613+1748' RA= 16:13:52.999389 DEC= +17:48:04.08380 RAER= 1.12 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1611-081', 'J1613-0816' RA= 16:13:57.767793 DEC= -08:16:15.91358 RAER= 0.45 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.039, 8.4, 0.053, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1611-217', 'J1614-2149' RA= 16:14:00.865309 DEC= -21:49:54.32212 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.016, 8.4, 0.041, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '1613+601', 'J1614+5959' RA= 16:14:19.279577 DEC= +59:59:34.01435 RAER= 24.47 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.003, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1612+505', 'J1614+5027' RA= 16:14:19.631528 DEC= +50:27:56.18160 RAER= 0.56 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1611-369', 'J1614-3705' RA= 16:14:21.359661 DEC= -37:05:00.59272 RAER= 14.67 DECER= 468.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1611-007', 'J1614-0055' RA= 16:14:28.496383 DEC= -00:55:16.09636 RAER= 1.13 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1612+178', 'J1614+1742' RA= 16:14:29.570205 DEC= +17:42:08.88694 RAER= 0.98 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1613+513', 'J1614+5116' RA= 16:14:30.758366 DEC= +51:16:29.08084 RAER= 3.47 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1611-355', 'J1614-3543' RA= 16:14:33.782547 DEC= -35:43:26.98326 RAER= 0.20 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.069, 8.4, 0.331, 0.298 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 350 observations" / source= '1613+471', 'J1614+4704' RA= 16:14:34.674332 DEC= +47:04:20.07331 RAER= 0.87 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1612+339', 'J1614+3351' RA= 16:14:40.509043 DEC= +33:51:29.61281 RAER= 0.59 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122 observations" / source= '1612+059', 'J1614+0548' RA= 16:14:42.461931 DEC= +05:48:54.64927 RAER= 0.88 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.032, 8.4, 0.049, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1612+378', 'J1614+3746' RA= 16:14:46.958123 DEC= +37:46:07.27911 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.065, 8.4, 0.052, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 795 observations" / source= '1612-000', 'J1614-0012' RA= 16:14:49.566924 DEC= -00:12:01.06579 RAER= 2.90 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1612-092', 'J1614-0921' RA= 16:14:51.524519 DEC= -09:21:14.47263 RAER= 0.41 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.082, 8.4, 0.084, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1614+585', 'J1614+5826' RA= 16:14:58.265922 DEC= +58:26:08.91403 RAER= 0.71 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.064, 8.4, 0.080, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1611-284', 'J1614-2834' RA= 16:14:59.062926 DEC= -28:34:24.44043 RAER= 2.61 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1612-064', 'J1615-0632' RA= 16:15:01.919329 DEC= -06:32:00.26072 RAER= 0.68 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.015, 8.4, 0.036, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1613+316', 'J1615+3130' RA= 16:15:04.372392 DEC= +31:30:17.11730 RAER= 1.79 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1612-243', 'J1615-2430' RA= 16:15:11.592108 DEC= -24:30:59.61057 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.507, 0.218, 8.4, 0.133, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '1612-055', 'J1615-0540' RA= 16:15:18.586303 DEC= -05:40:21.77327 RAER= 1.08 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1613+433', 'J1615+4312' RA= 16:15:26.653228 DEC= +43:12:58.31336 RAER= 0.27 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1613+216', 'J1615+2130' RA= 16:15:31.093800 DEC= +21:30:11.08675 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.072, 5.0, 0.141, 0.066, 8.4, 0.140, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 974 observations" / source= '1613+275', 'J1615+2726' RA= 16:15:31.360123 DEC= +27:26:57.33222 RAER= 0.65 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1612-321', 'J1615-3215' RA= 16:15:37.262411 DEC= -32:15:35.31043 RAER= 1.31 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.033, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1614+473', 'J1615+4711' RA= 16:15:41.217276 DEC= +47:11:11.76331 RAER= 0.55 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.045, 8.4, 0.061, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1612-199', 'J1615-2002' RA= 16:15:53.313879 DEC= -20:02:38.66898 RAER= 4.58 DECER= 10.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1613+065', 'J1615+0623' RA= 16:15:55.669310 DEC= +06:23:19.05626 RAER= 0.54 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.062, 8.4, 0.061, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1613-121', 'J1615-1213' RA= 16:15:56.529415 DEC= -12:13:44.82281 RAER= 1.14 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040, 8.4, 0.024, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1614+305', 'J1616+3023' RA= 16:16:02.577068 DEC= +30:23:39.84745 RAER= 0.88 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.069, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1614+466', 'J1616+4632' RA= 16:16:03.766765 DEC= +46:32:25.23987 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.104, 5.0, 0.190, 0.182, 8.4, 0.116, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1571 observations" / source= '1614+367', 'J1616+3636' RA= 16:16:06.016743 DEC= +36:36:14.43019 RAER= 1.94 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1614+362', 'J1616+3607' RA= 16:16:11.521125 DEC= +36:07:48.60019 RAER= 1.25 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.034, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1614+271', 'J1616+2703' RA= 16:16:19.892454 DEC= +27:03:03.95716 RAER= 2.47 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.206, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1611-710', 'J1616-7108' RA= 16:16:30.641524 DEC= -71:08:31.45430 RAER= 0.35 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.224, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 674 observations" / source= '1614+336', 'J1616+3330' RA= 16:16:33.779337 DEC= +33:30:43.40379 RAER= 0.92 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1614+433', 'J1616+4314' RA= 16:16:33.840927 DEC= +43:14:56.15995 RAER= 3.28 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1614+051', 'J1616+0459' RA= 16:16:37.556824 DEC= +04:59:32.73655 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.659, 0.495, 5.0, 0.895, 0.624, 8.4, 0.704, 0.557, 15.2, 0.508, 0.318 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6354 observations" / source= '1614+269', 'J1616+2647' RA= 16:16:38.328079 DEC= +26:47:01.51428 RAER= 1.81 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.195, 0.039, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1613-124', 'J1616-1233' RA= 16:16:38.719087 DEC= -12:33:03.13855 RAER= 0.85 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.033, 8.4, 0.056, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1613-350', 'J1616-3509' RA= 16:16:43.005241 DEC= -35:09:41.84019 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.078, 8.4, 0.145, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1616+644', 'J1616+6420' RA= 16:16:54.633892 DEC= +64:20:51.23545 RAER= 1.69 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.062, 8.4, 0.061, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1615+364', 'J1616+3621' RA= 16:16:55.580110 DEC= +36:21:34.50018 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.095, 5.0, 0.174, 0.061, 8.4, 0.171, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 697 observations" / source= '1614-112', 'J1617-1122' RA= 16:17:05.994853 DEC= -11:22:38.61958 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.112, 5.0, 0.172, n/a, 8.4, 0.226, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1615+412', 'J1617+4106' RA= 16:17:06.325931 DEC= +41:06:47.01336 RAER= 1.04 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.057, 8.4, 0.055, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1614-057', 'J1617-0550' RA= 16:17:08.487989 DEC= -05:50:41.29864 RAER= 0.75 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.050, 8.4, 0.051, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1613-518', 'J1617-5159' RA= 16:17:11.099481 DEC= -51:59:12.98669 RAER= 35.72 DECER= 62.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1614-150', 'J1617-1510' RA= 16:17:13.309696 DEC= -15:10:58.65266 RAER= 0.59 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1614+042', 'J1617+0408' RA= 16:17:13.588651 DEC= +04:08:41.69792 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.039, 5.0, 0.091, 0.050, 8.4, 0.064, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1616+553', 'J1617+5515' RA= 16:17:16.323034 DEC= +55:15:46.93742 RAER= 1.24 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.018, 8.4, 0.044, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1613-586', 'J1617-5848' RA= 16:17:17.891249 DEC= -58:48:07.86023 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 2.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1201 observations" / source= '1615+173', 'J1617+1714' RA= 16:17:20.512087 DEC= +17:14:57.92678 RAER= 9.17 DECER= 14.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1614-255', 'J1617-2537' RA= 16:17:20.570935 DEC= -25:37:23.65620 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.104, 8.4, 0.117, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1614-302', 'J1617-3022' RA= 16:17:25.250598 DEC= -30:22:26.51575 RAER= 1.17 DECER= 3.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1616+489', 'J1617+4848' RA= 16:17:25.432651 DEC= +48:48:28.69643 RAER= 15.09 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1614-195', 'J1617-1941' RA= 16:17:27.093071 DEC= -19:41:32.01440 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.081, 8.4, 0.149, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2036 observations" / source= '1616+517', 'J1617+5140' RA= 16:17:29.465353 DEC= +51:40:20.41335 RAER= 0.48 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '1615+351', 'J1617+3500' RA= 16:17:40.536793 DEC= +35:00:15.19975 RAER= 0.35 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '1613-591', 'J1617-5914' RA= 16:17:41.959853 DEC= -59:14:35.98928 RAER= 0.53 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.234, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1615+324', 'J1617+3222' RA= 16:17:42.538068 DEC= +32:22:34.37117 RAER= 0.81 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1616+519', 'J1617+5150' RA= 16:17:44.423061 DEC= +51:50:54.22780 RAER= 0.59 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.035, 5.0, 0.041, 0.028, 8.4, 0.031, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '1616+381', 'J1617+3801' RA= 16:17:48.411363 DEC= +38:01:41.80453 RAER= 0.70 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '1610-771', 'J1617-7717' RA= 16:17:49.276459 DEC= -77:17:18.46758 RAER= 0.46 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.584, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6298 observations" / source= '1615+029', 'J1617+0246' RA= 16:17:49.908116 DEC= +02:46:43.10454 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.426, 0.133, 8.4, 0.430, 0.232 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3168 observations" / source= '1614-337', 'J1617-3350' RA= 16:17:56.597354 DEC= -33:50:24.46291 RAER= 1.28 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1615-102', 'J1618-1019' RA= 16:18:12.568097 DEC= -10:19:20.37509 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.131, 8.4, 0.139, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1616+366', 'J1618+3632' RA= 16:18:23.580689 DEC= +36:32:01.80699 RAER= 0.40 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '1614-582', 'J1618-5820' RA= 16:18:26.172946 DEC= -58:20:28.23284 RAER= 31.37 DECER= 13.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1616+374', 'J1618+3717' RA= 16:18:26.558674 DEC= +37:17:11.48099 RAER= 1.23 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1616+084', 'J1618+0819' RA= 16:18:26.935369 DEC= +08:19:50.73854 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.250, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1616+064', 'J1618+0622' RA= 16:18:30.602267 DEC= +06:22:11.45426 RAER= 1.87 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1616+06A', 'J1618+0621' RA= 16:18:35.889335 DEC= +06:21:54.71663 RAER= 15.87 DECER= 12.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1615-245', 'J1618-2442' RA= 16:18:43.097793 DEC= -24:42:48.71945 RAER= 0.69 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.031, 8.4, 0.040, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1616+197', 'J1618+1938' RA= 16:18:52.929303 DEC= +19:38:51.15873 RAER= 1.06 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1616-207', 'J1618-2049' RA= 16:18:58.035786 DEC= -20:49:19.93190 RAER= 0.43 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.037, 8.4, 0.084, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1617+306', 'J1619+3030' RA= 16:19:02.493960 DEC= +30:30:51.58666 RAER= 0.22 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.047, 8.4, 0.053, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 512 observations" / source= '1616+063', 'J1619+0613' RA= 16:19:03.687678 DEC= +06:13:02.24267 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.555, 0.359, 8.4, 0.362, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7694 observations" / source= '1614-592', 'J1619-5923' RA= 16:19:05.869152 DEC= -59:23:22.21342 RAER= 10.64 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1616-095', 'J1619-0939' RA= 16:19:07.448664 DEC= -09:39:52.92820 RAER= 5.10 DECER= 7.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.007, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1616-029', 'J1619-0304' RA= 16:19:08.325273 DEC= -03:04:31.77811 RAER= 0.41 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.050, 8.4, 0.023, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '1620+757', 'J1619+7537' RA= 16:19:13.743451 DEC= +75:37:53.45628 RAER= 1.67 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '1617+229', 'J1619+2247' RA= 16:19:14.824600 DEC= +22:47:47.85098 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.601, 0.460, 5.0, 0.645, 0.539, 8.4, 0.534, 0.208, 15.2, 0.573, 0.256 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27289 observations" / source= '1616-181', 'J1619-1817' RA= 16:19:16.681094 DEC= -18:17:21.69959 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.095, 8.4, 0.262, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '1618+557', 'J1619+5536' RA= 16:19:20.038239 DEC= +55:36:03.74904 RAER= 1.21 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1616+005', 'J1619+0028' RA= 16:19:21.644556 DEC= +00:28:33.78023 RAER= 0.94 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.035, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1616-330', 'J1619-3308' RA= 16:19:22.118226 DEC= -33:08:30.39081 RAER= 1.28 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1618+554', 'J1619+5517' RA= 16:19:22.629867 DEC= +55:17:55.45614 RAER= 0.62 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1616-102', 'J1619-1020' RA= 16:19:35.666311 DEC= -10:20:13.11433 RAER= 0.89 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.049, 8.4, 0.039, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1620+725', 'J1619+7226' RA= 16:19:37.664215 DEC= +72:26:32.48409 RAER= 2.38 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.045, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1631+859', 'J1619+8549' RA= 16:19:41.010863 DEC= +85:49:21.13894 RAER= 179.60 DECER= 11.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1618+530', 'J1619+5256' RA= 16:19:42.388706 DEC= +52:56:13.39792 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.075, 5.0, 0.115, 0.089, 8.4, 0.096, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1188 observations" / source= '1608-837', 'J1619-8349' RA= 16:19:50.578330 DEC= -83:49:28.91777 RAER= 10.76 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '1617+137', 'J1619+1336' RA= 16:19:50.891223 DEC= +13:36:39.18059 RAER= 8.78 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1617+026', 'J1619+0228' RA= 16:19:51.157340 DEC= +02:28:58.63767 RAER= 0.28 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.076, 8.4, 0.095, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1616-423', 'J1619-4228' RA= 16:19:54.999750 DEC= -42:28:15.16727 RAER= 2.83 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1621+756', 'J1620+7533' RA= 16:20:01.609428 DEC= +75:33:30.36318 RAER= 2.61 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1618+353', 'J1620+3515' RA= 16:20:04.738279 DEC= +35:15:54.46056 RAER= 1.92 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.010, 8.4, 0.044, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1617+044', 'J1620+0417' RA= 16:20:07.611778 DEC= +04:17:27.52508 RAER= 0.79 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.020, 8.4, 0.048, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1617+107', 'J1620+1036' RA= 16:20:14.191453 DEC= +10:36:21.10131 RAER= 1.04 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.027, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1618+493', 'J1620+4911' RA= 16:20:17.186385 DEC= +49:11:45.12849 RAER= 1.15 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.015, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1616-520', 'J1620-5209' RA= 16:20:17.843811 DEC= -52:09:26.56541 RAER= 2.46 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.296, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1624+812', 'J1620+8109' RA= 16:20:20.822468 DEC= +81:09:35.06596 RAER= 45.07 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1618+177', 'J1620+1736' RA= 16:20:21.818506 DEC= +17:36:23.95237 RAER= 0.90 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1617-030', 'J1620-0311' RA= 16:20:24.464505 DEC= -03:11:31.94996 RAER= 9.07 DECER= 10.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1617+035', 'J1620+0324' RA= 16:20:28.207364 DEC= +03:24:53.34109 RAER= 0.87 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.056, 8.4, 0.032, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1619+491', 'J1620+4901' RA= 16:20:31.225195 DEC= +49:01:53.25637 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.342, 0.119, 5.0, 0.336, 0.151, 8.4, 0.282, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '1620+657', 'J1620+6535' RA= 16:20:40.904948 DEC= +65:35:54.86878 RAER= 10.96 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1617-195', 'J1620-1939' RA= 16:20:43.565522 DEC= -19:39:58.99901 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.037, 5.0, 0.062, n/a, 8.4, 0.051, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '1618+007', 'J1620+0036' RA= 16:20:47.960438 DEC= +00:36:53.19772 RAER= 0.77 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.041, 8.4, 0.072, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1619+549', 'J1620+5448' RA= 16:20:55.041450 DEC= +54:48:54.72954 RAER= 0.93 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.032, 8.4, 0.046, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1619+501', 'J1620+5002' RA= 16:20:56.710191 DEC= +50:02:36.66721 RAER= 0.89 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.032, 8.4, 0.050, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1618-288', 'J1621-2856' RA= 16:21:07.585652 DEC= -28:56:22.54359 RAER= 0.83 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1618+072', 'J1621+0708' RA= 16:21:08.239184 DEC= +07:08:44.99523 RAER= 3.34 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1618+108', 'J1621+1046' RA= 16:21:10.323270 DEC= +10:46:14.52027 RAER= 2.42 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.025, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1619+378', 'J1621+3746' RA= 16:21:11.276038 DEC= +37:46:04.83697 RAER= 0.93 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.023, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1619+488', 'J1621+4844' RA= 16:21:21.086927 DEC= +48:44:28.74042 RAER= 1.11 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.021, 8.4, 0.050, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1618-303', 'J1621-3028' RA= 16:21:24.559061 DEC= -30:28:13.92396 RAER= 1.32 DECER= 4.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1618-385', 'J1621-3837' RA= 16:21:25.201340 DEC= -38:37:11.23981 RAER= 84.69 DECER= 1395.2 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1618-141', 'J1621-1418' RA= 16:21:32.995378 DEC= -14:18:07.20833 RAER= 0.70 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1619+101', 'J1621+0959' RA= 16:21:39.384214 DEC= +09:59:20.60735 RAER= 0.64 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.030, 8.4, 0.050, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1620+541', 'J1621+5403' RA= 16:21:42.759409 DEC= +54:03:53.46423 RAER= 2.82 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.053, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1619-109', 'J1621-1101' RA= 16:21:49.988563 DEC= -11:01:57.00291 RAER= 0.37 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1620+54A', 'J1621+540A' RA= 16:21:56.326952 DEC= +54:03:54.83565 RAER= 3.59 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1618-399', 'J1621-4003' RA= 16:21:59.689313 DEC= -40:03:34.48870 RAER= 0.31 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.392, 0.062, 5.0, 0.250, n/a, 8.4, 0.248, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '1618-499', 'J1622-5006' RA= 16:22:09.748277 DEC= -50:06:00.73550 RAER= 492.46 DECER= 252.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1619+091', 'J1622+0904' RA= 16:22:13.891965 DEC= +09:04:21.46709 RAER= 0.81 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1619-195', 'J1622-1942' RA= 16:22:22.830377 DEC= -19:42:44.37971 RAER= 0.48 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1620+402', 'J1622+4006' RA= 16:22:29.311944 DEC= +40:06:43.58782 RAER= 2.05 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.048, 8.4, 0.039, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1620+144', 'J1622+1416' RA= 16:22:32.512358 DEC= +14:16:55.52106 RAER= 1.38 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1620+145', 'J1622+1426' RA= 16:22:33.995804 DEC= +14:26:20.59748 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.132, 8.4, 0.122, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '1620+383', 'J1622+3816' RA= 16:22:40.726444 DEC= +38:16:37.32174 RAER= 0.85 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations" / source= '1620-137', 'J1622-1354' RA= 16:22:57.791426 DEC= -13:54:01.09544 RAER= 0.78 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.037, 8.4, 0.020, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1621+380', 'J1623+3755' RA= 16:23:03.119608 DEC= +37:55:20.55392 RAER= 0.56 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 198 observations" / source= '1622+665', 'J1623+6624' RA= 16:23:04.521641 DEC= +66:24:01.07862 RAER= 0.30 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.185, 8.4, 0.183, 0.134, 15.2, 0.187, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1156 observations" / source= '1621+392', 'J1623+3909' RA= 16:23:07.622403 DEC= +39:09:32.41070 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.077, 5.0, 0.127, 0.085, 8.4, 0.090, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 840 observations" / source= '1620-259', 'J1623-2605' RA= 16:23:15.149327 DEC= -26:05:38.66081 RAER= 0.97 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1621+347', 'J1623+3436' RA= 16:23:24.259096 DEC= +34:36:57.04313 RAER= 8.43 DECER= 3.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1621+158', 'J1623+1542' RA= 16:23:24.710347 DEC= +15:42:47.99405 RAER= 0.39 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '1621+361', 'J1623+3559' RA= 16:23:30.533399 DEC= +35:59:33.14525 RAER= 0.28 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '1621+132', 'J1623+1306' RA= 16:23:30.841344 DEC= +13:06:04.44845 RAER= 1.70 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1620-231', 'J1623-2313' RA= 16:23:31.356707 DEC= -23:13:34.54185 RAER= 2.26 DECER= 5.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1621+015', 'J1623+0123' RA= 16:23:38.326974 DEC= +01:23:21.30135 RAER= 0.58 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.067, 8.4, 0.068, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1621+013', 'J1623+0115' RA= 16:23:43.253128 DEC= +01:15:16.63918 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.053, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '1621+277', 'J1623+2735' RA= 16:23:46.415960 DEC= +27:35:13.60534 RAER= 0.90 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1623+632', 'J1623+6308' RA= 16:23:46.769023 DEC= +63:08:47.15533 RAER= 0.69 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 401 observations" / source= '1620-449', 'J1623-4501' RA= 16:23:54.790278 DEC= -45:01:59.51025 RAER= 1.71 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1621+078', 'J1623+0741' RA= 16:23:58.251917 DEC= +07:41:30.55095 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.099, 8.4, 0.194, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 742 observations" / source= '1621-115', 'J1623-1140' RA= 16:23:59.535263 DEC= -11:40:43.80597 RAER= 0.79 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.022, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1620-260', 'J1624-2612' RA= 16:24:02.397633 DEC= -26:12:33.12544 RAER= 1.53 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1621+058', 'J1624+0543' RA= 16:24:07.733898 DEC= +05:43:24.24482 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.076, 8.4, 0.140, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1619-680', 'J1624-6809' RA= 16:24:18.437013 DEC= -68:09:12.49675 RAER= 0.28 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.292, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1861 observations" / source= '1622+395', 'J1624+3924' RA= 16:24:22.001538 DEC= +39:24:40.91853 RAER= 1.13 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.106, 8.4, 0.128, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1621-300', 'J1624-3012' RA= 16:24:22.301216 DEC= -30:12:52.20805 RAER= 0.72 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.046, 8.4, 0.100, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1621-351', 'J1624-3516' RA= 16:24:22.451870 DEC= -35:16:31.20563 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.071, 8.4, 0.151, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 308 observations" / source= '1623+578', 'J1624+5741' RA= 16:24:24.807564 DEC= +57:41:16.28097 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.124, 5.0, 0.365, 0.204, 8.4, 0.357, 0.269 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15689 observations" / source= '1621-003', 'J1624-0025' RA= 16:24:25.502886 DEC= -00:25:15.97253 RAER= 0.51 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1622+213', 'J1624+2116' RA= 16:24:26.620290 DEC= +21:16:49.25642 RAER= 7.38 DECER= 8.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1623+569', 'J1624+5652' RA= 16:24:32.179479 DEC= +56:52:28.00116 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.129, 5.0, 0.265, 0.131, 8.4, 0.251, 0.106, 15.2, 0.219, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1132 observations" / source= '1621-067', 'J1624-0649' RA= 16:24:32.926737 DEC= -06:49:49.62673 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.087, 8.4, 0.255, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '1621-362', 'J1624-3619' RA= 16:24:34.992125 DEC= -36:19:44.22419 RAER= 2.25 DECER= 11.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1622+279', 'J1624+2748' RA= 16:24:35.717293 DEC= +27:48:57.69973 RAER= 0.39 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1622+238', 'J1624+2345' RA= 16:24:39.083719 DEC= +23:45:12.22279 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, n/a, 8.4, 0.030, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1624+631', 'J1624+6259' RA= 16:24:42.210084 DEC= +62:59:31.47489 RAER= 1.88 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.039, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1622+112', 'J1624+1110' RA= 16:24:44.393504 DEC= +11:10:01.71096 RAER= 0.67 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1624+602', 'J1624+6007' RA= 16:24:50.017503 DEC= +60:07:14.12485 RAER= 4.68 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1621-420', 'J1624-4206' RA= 16:24:58.765686 DEC= -42:06:57.68060 RAER= 2.00 DECER= 16.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1621-321', 'J1624-3213' RA= 16:24:59.619618 DEC= -32:13:24.43878 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.069, 8.4, 0.177, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1622+232', 'J1625+2309' RA= 16:25:02.767101 DEC= +23:09:55.27712 RAER= 5.09 DECER= 4.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1622-264', 'J1625-2634' RA= 16:25:06.055009 DEC= -26:34:02.02172 RAER= 1.77 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1623+410', 'J1625+4053' RA= 16:25:10.325660 DEC= +40:53:34.33969 RAER= 0.48 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1623+269', 'J1625+2650' RA= 16:25:14.166062 DEC= +26:50:26.51969 RAER= 0.84 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1622+158', 'J1625+1545' RA= 16:25:14.284600 DEC= +15:45:22.56005 RAER= 1.40 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.024, 8.4, 0.050, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1622-092', 'J1625-0922' RA= 16:25:18.296160 DEC= -09:22:18.61014 RAER= 1.30 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.016, 8.4, 0.044, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1622-358', 'J1625-3554' RA= 16:25:22.410109 DEC= -35:54:53.06750 RAER= 1.21 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.067, 8.4, 0.081, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1623+420', 'J1625+4154' RA= 16:25:25.626567 DEC= +41:54:32.93845 RAER= 5.97 DECER= 10.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1623+272', 'J1625+2705' RA= 16:25:30.687079 DEC= +27:05:46.33791 RAER= 0.74 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1624+573', 'J1625+5715' RA= 16:25:32.874363 DEC= +57:15:42.54032 RAER= 1.11 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.035, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1623+052', 'J1625+0506' RA= 16:25:37.034228 DEC= +05:06:49.04691 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.070, 8.4, 0.055, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1623-041', 'J1625-0416' RA= 16:25:39.356411 DEC= -04:16:14.43958 RAER= 59.48 DECER= 61.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1624+414', 'J1625+4118' RA= 16:25:42.159681 DEC= +41:18:41.08473 RAER= 0.68 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.087, 8.4, 0.109, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1623+273', 'J1625+2712' RA= 16:25:44.889194 DEC= +27:12:29.24084 RAER= 1.69 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1623+069', 'J1625+0648' RA= 16:25:45.420239 DEC= +06:48:51.51353 RAER= 24.06 DECER= 13.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1622-253', 'J1625-2527' RA= 16:25:46.891645 DEC= -25:27:38.32681 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.149, 0.699, 5.0, 1.075, 0.794, 8.4, 1.146, 0.910, 15.2, 1.963, 1.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69194 observations" / source= '1624+438', 'J1625+4347' RA= 16:25:53.307166 DEC= +43:47:13.84170 RAER= 0.26 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.132, 8.4, 0.131, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 122 observations" / source= '1622-310', 'J1625-3108' RA= 16:25:55.503933 DEC= -31:08:08.57868 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.100, 8.4, 0.163, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1624+416', 'J1625+4134' RA= 16:25:57.669713 DEC= +41:34:40.62927 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.244, 0.427, 5.0, 0.926, 0.158, 8.4, 0.572, 0.162, 15.2, 0.469, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2359 observations" / source= '1623-207', 'J1626-2053' RA= 16:26:01.103274 DEC= -20:53:11.33092 RAER= 1.02 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1623-242', 'J1626-2423' RA= 16:26:03.000113 DEC= -24:23:36.69732 RAER= 0.67 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1622-297', 'J1626-2951' RA= 16:26:06.020837 DEC= -29:51:26.97130 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.614, 0.508, 5.0, 2.085, 1.001, 8.4, 1.613, 0.762, 15.2, 1.351, 0.777 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3981 observations" / source= '1624+509', 'J1626+5049' RA= 16:26:07.784082 DEC= +50:49:02.62632 RAER= 0.77 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.047, 8.4, 0.068, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1622-332', 'J1626-3320' RA= 16:26:13.214298 DEC= -33:20:26.28196 RAER= 1.17 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.031, 8.4, 0.082, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1624+184', 'J1626+1819' RA= 16:26:13.773076 DEC= +18:19:23.25338 RAER= 0.48 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1623-083', 'J1626-0825' RA= 16:26:17.823294 DEC= -08:25:46.32718 RAER= 3.62 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.027, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1623-118', 'J1626-1157' RA= 16:26:21.765430 DEC= -11:57:08.44302 RAER= 3.73 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1624+353', 'J1626+3513' RA= 16:26:25.860362 DEC= +35:13:41.45961 RAER= 0.76 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.007, 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1625+548', 'J1626+5442' RA= 16:26:34.099274 DEC= +54:42:06.67663 RAER= 0.53 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 395 observations" / source= '1624+132', 'J1626+1310' RA= 16:26:36.436508 DEC= +13:10:41.24925 RAER= 3.03 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1625+582', 'J1626+5809' RA= 16:26:37.236555 DEC= +58:09:17.66675 RAER= 0.23 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.123, 5.0, 0.145, 0.123, 8.4, 0.182, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 977 observations" / source= '1625+527', 'J1626+5238' RA= 16:26:37.916029 DEC= +52:38:04.50238 RAER= 2.88 DECER= 3.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1619-765', 'J1626-7638' RA= 16:26:38.168938 DEC= -76:38:55.59949 RAER= 20.48 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1623-243', 'J1627-2426' RA= 16:27:00.006210 DEC= -24:26:40.46331 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.054, 8.4, 0.097, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2100 observations" / source= '1625+500', 'J1627+4955' RA= 16:27:18.137406 DEC= +49:55:11.82859 RAER= 1.23 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.021, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1625+262', 'J1627+2606' RA= 16:27:33.421503 DEC= +26:06:02.19689 RAER= 0.60 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.025, 8.4, 0.043, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1625+123', 'J1627+1216' RA= 16:27:37.031056 DEC= +12:16:07.10330 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.074, 8.4, 0.153, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '1624-342', 'J1627-3423' RA= 16:27:37.593886 DEC= -34:23:24.15996 RAER= 0.92 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.050, 8.4, 0.075, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1625+056', 'J1627+0530' RA= 16:27:44.829623 DEC= +05:30:56.07853 RAER= 1.21 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1626+481', 'J1627+4803' RA= 16:27:46.213017 DEC= +48:03:24.93829 RAER= 0.91 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1625+116', 'J1627+1133' RA= 16:27:46.644324 DEC= +11:33:55.85951 RAER= 33.62 DECER= 20.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1626+544', 'J1627+5419' RA= 16:27:52.187067 DEC= +54:19:12.44637 RAER= 2.90 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1625+02A', 'J1628+024A' RA= 16:27:54.143691 DEC= +02:51:09.41218 RAER= 0.39 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1625-132', 'J1627-1320' RA= 16:27:56.346778 DEC= -13:20:01.12174 RAER= 1.11 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.025, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1626+438', 'J1627+4347' RA= 16:27:58.868889 DEC= +43:47:03.70708 RAER= 1.28 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.018, 8.4, 0.039, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1626+518', 'J1628+5146' RA= 16:28:04.055452 DEC= +51:46:31.47075 RAER= 1.84 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, n/a, 5.0, 0.080, 0.046, 8.4, 0.051, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1626+255', 'J1628+2526' RA= 16:28:05.198551 DEC= +25:26:36.78218 RAER= 1.09 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1625+029', 'J1628+0249' RA= 16:28:09.983024 DEC= +02:49:30.07705 RAER= 0.78 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '1625-079', 'J1628-0803' RA= 16:28:12.454172 DEC= -08:03:58.49522 RAER= 1.09 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.022, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1626+229', 'J1628+2247' RA= 16:28:15.239785 DEC= +22:47:57.31882 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.182, 0.078, 5.0, 0.144, 0.081, 8.4, 0.084, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1068 observations" / source= '1626+517', 'J1628+5140' RA= 16:28:15.484737 DEC= +51:40:20.03670 RAER= 0.53 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.077, 8.4, 0.128, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1624-367', 'J1628-3651' RA= 16:28:15.920086 DEC= -36:51:00.93734 RAER= 1.98 DECER= 8.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1625-336', 'J1628-3343' RA= 16:28:19.899695 DEC= -33:43:41.59854 RAER= 1.29 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.021, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1626+165', 'J1628+1627' RA= 16:28:19.971772 DEC= +16:27:07.44458 RAER= 0.72 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.035, 8.4, 0.063, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1625-243', 'J1628-2425' RA= 16:28:20.604124 DEC= -24:25:46.14653 RAER= 0.81 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1625-171', 'J1628-1716' RA= 16:28:28.685997 DEC= -17:16:39.28533 RAER= 1.08 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1630+772', 'J1628+7706' RA= 16:28:33.051660 DEC= +77:06:49.92724 RAER= 0.79 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.049, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '1627+476', 'J1628+4734' RA= 16:28:37.505167 DEC= +47:34:10.42444 RAER= 0.28 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.142, 5.0, 0.135, 0.066, 8.4, 0.070, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 916 observations" / source= '1626+396', 'J1628+3933' RA= 16:28:38.244715 DEC= +39:33:04.23402 RAER= 0.23 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.026, 8.4, 0.070, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '1626+25A', 'J1628+2527' RA= 16:28:39.028752 DEC= +25:27:55.96853 RAER= 3.44 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1626+256', 'J1628+2529' RA= 16:28:46.129021 DEC= +25:29:40.97723 RAER= 1.77 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1627+438', 'J1628+4344' RA= 16:28:46.516232 DEC= +43:44:55.48348 RAER= 1.91 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1625-141', 'J1628-1415' RA= 16:28:46.619749 DEC= -14:15:41.88684 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.080, 8.4, 0.199, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1626-005', 'J1628-0041' RA= 16:28:48.467785 DEC= -00:41:39.70288 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.105, 5.0, 0.067, 0.044, 8.4, 0.055, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '1627+567', 'J1628+5641' RA= 16:28:49.546297 DEC= +56:41:14.48452 RAER= 0.50 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '1624-617', 'J1628-6152' RA= 16:28:54.689795 DEC= -61:52:36.39808 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.947, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1188 observations" / source= '1627+402', 'J1629+4007' RA= 16:29:01.310179 DEC= +40:07:59.90507 RAER= 1.45 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1626-203', 'J1629-2026' RA= 16:29:03.030217 DEC= -20:26:55.09896 RAER= 0.31 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.052, 8.4, 0.059, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '1630+746', 'J1629+7430' RA= 16:29:08.175378 DEC= +74:30:58.67420 RAER= 5.89 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1624-614', 'J1629-6133' RA= 16:29:09.413899 DEC= -61:33:45.64474 RAER= 404.15 DECER= 301.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1627+289', 'J1629+2851' RA= 16:29:12.262957 DEC= +28:51:34.07629 RAER= 9.83 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1626-056', 'J1629-0547' RA= 16:29:15.520670 DEC= -05:47:35.85000 RAER= 0.74 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.069, 8.4, 0.070, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1626-172', 'J1629-1720' RA= 16:29:16.769105 DEC= -17:20:42.75978 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.084, 8.4, 0.129, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 607 observations" / source= '1627+222', 'J1629+2206' RA= 16:29:17.207924 DEC= +22:06:28.37469 RAER= 0.53 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.137, 8.4, 0.122, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1626-113', 'J1629-1126' RA= 16:29:20.606018 DEC= -11:26:16.53297 RAER= 9.09 DECER= 12.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1628+497', 'J1629+4937' RA= 16:29:21.340265 DEC= +49:37:54.51202 RAER= 20.74 DECER= 32.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1625-492', 'J1629-4922' RA= 16:29:23.429769 DEC= -49:22:01.56969 RAER= 8.36 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1625-613', 'J1629-6125' RA= 16:29:36.060017 DEC= -61:25:32.95415 RAER= 29.50 DECER= 13.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, 0.010, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1627+036', 'J1629+0333' RA= 16:29:41.758011 DEC= +03:33:56.81813 RAER= 0.71 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.060, 8.4, 0.079, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1627+151', 'J1629+1500' RA= 16:29:44.798579 DEC= +15:00:18.58427 RAER= 0.36 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '1627+024', 'J1629+0222' RA= 16:29:46.343869 DEC= +02:22:29.07291 RAER= 1.20 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.024, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1629+680', 'J1629+6757' RA= 16:29:51.838097 DEC= +67:57:14.98206 RAER= 0.45 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.093, 8.4, 0.124, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1627+011', 'J1629+0101' RA= 16:29:56.727528 DEC= +01:01:40.92154 RAER= 0.66 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.056, 8.4, 0.053, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1627+080', 'J1630+0754' RA= 16:30:01.213222 DEC= +07:54:59.50856 RAER= 0.63 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.059, 8.4, 0.074, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1626-363', 'J1630-3626' RA= 16:30:03.514423 DEC= -36:26:02.73951 RAER= 4.60 DECER= 18.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1627-116', 'J1630-1146' RA= 16:30:10.775245 DEC= -11:46:45.52673 RAER= 5.65 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1628+216', 'J1630+2131' RA= 16:30:11.230558 DEC= +21:31:34.30825 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.091, 5.0, 0.153, 0.050, 8.4, 0.121, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 829 observations" / source= '1627+147', 'J1630+1436' RA= 16:30:13.999623 DEC= +14:36:13.03506 RAER= 0.53 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '1627-071', 'J1630-0718' RA= 16:30:22.804921 DEC= -07:18:21.84084 RAER= 0.50 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.063, 8.4, 0.084, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1624-721', 'J1630-7217' RA= 16:30:28.939262 DEC= -72:17:41.46279 RAER= 0.88 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.125, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1627-118', 'J1630-1157' RA= 16:30:34.711606 DEC= -11:57:14.98059 RAER= 0.28 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.222, 0.035, 5.0, 0.227, 0.028, 8.4, 0.110, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1630+670', 'J1630+6659' RA= 16:30:34.877959 DEC= +66:59:05.54079 RAER= 2.15 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.017, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1628+095', 'J1630+0923' RA= 16:30:40.573199 DEC= +09:23:46.66262 RAER= 2.93 DECER= 6.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1628+071', 'J1630+0701' RA= 16:30:41.817251 DEC= +07:01:09.10709 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.070, 5.0, 0.145, 0.107, 8.4, 0.164, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '1629+524', 'J1630+5221' RA= 16:30:43.146700 DEC= +52:21:38.62370 RAER= 0.44 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '1628+363', 'J1630+3613' RA= 16:30:46.214799 DEC= +36:13:06.05136 RAER= 3.84 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1628+003', 'J1630+0015' RA= 16:30:55.450148 DEC= +00:15:39.58532 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.050, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1633+792', 'J1631+7906' RA= 16:31:01.950477 DEC= +79:06:42.33703 RAER= 13.24 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.024, 8.4, 0.041, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1630+639', 'J1631+6352' RA= 16:31:04.530316 DEC= +63:52:40.51560 RAER= 8.48 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1628+247', 'J1631+2439' RA= 16:31:05.020511 DEC= +24:39:22.42286 RAER= 1.26 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1628-214', 'J1631-2134' RA= 16:31:06.573712 DEC= -21:34:12.49878 RAER= 1.06 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.060, 8.4, 0.063, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1627-528', 'J1631-5256' RA= 16:31:07.351434 DEC= -52:56:35.74671 RAER= 0.54 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1628+09B', 'J1631+0941' RA= 16:31:12.702097 DEC= +09:41:26.53982 RAER= 1.19 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1629+439', 'J1631+4348' RA= 16:31:13.036536 DEC= +43:48:41.35527 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.154, 8.4, 0.230, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 412 observations" / source= '1628-171', 'J1631-1714' RA= 16:31:13.083711 DEC= -17:14:07.37639 RAER= 0.79 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1628-003', 'J1631-0028' RA= 16:31:13.688172 DEC= -00:28:48.21660 RAER= 1.31 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.015, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1628-280', 'J1631-2809' RA= 16:31:15.014353 DEC= -28:09:15.13265 RAER= 5.73 DECER= 11.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '1629+495', 'J1631+4927' RA= 16:31:16.539937 DEC= +49:27:39.51502 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.162, 5.0, 0.217, 0.146, 8.4, 0.273, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '1628+109', 'J1631+1052' RA= 16:31:18.777306 DEC= +10:52:02.45144 RAER= 0.26 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.074, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1628-278', 'J1631-2756' RA= 16:31:21.139082 DEC= -27:56:20.43487 RAER= 57.28 DECER= 51.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1630+534', 'J1631+5322' RA= 16:31:28.023030 DEC= +53:22:42.23601 RAER= 2.59 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1629+230', 'J1631+2259' RA= 16:31:28.522689 DEC= +22:59:37.37219 RAER= 0.76 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1630+505', 'J1631+5028' RA= 16:31:31.698032 DEC= +50:28:22.49326 RAER= 0.76 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 185 observations" / source= '1630+434', 'J1631+4319' RA= 16:31:36.928631 DEC= +43:19:21.32997 RAER= 2.91 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.012, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1629+305', 'J1631+3023' RA= 16:31:37.528066 DEC= +30:23:41.29280 RAER= 0.84 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1628-436', 'J1631-4345' RA= 16:31:37.935085 DEC= -43:45:25.23784 RAER= 1.58 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1629+277', 'J1631+2736' RA= 16:31:39.905665 DEC= +27:36:00.17970 RAER= 34.98 DECER= 18.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1629+120', 'J1631+1156' RA= 16:31:45.170740 DEC= +11:56:03.20253 RAER= 0.29 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.214, 0.096, 8.4, 0.130, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '1628-281', 'J1631-2817' RA= 16:31:49.375418 DEC= -28:17:07.01787 RAER= 5.68 DECER= 15.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1629-154', 'J1632-1536' RA= 16:32:06.704383 DEC= -15:36:08.88581 RAER= 0.82 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1629+090', 'J1632+0856' RA= 16:32:11.148620 DEC= +08:56:08.75006 RAER= 0.31 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1630+268', 'J1632+2643' RA= 16:32:21.054218 DEC= +26:43:53.43561 RAER= 0.20 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '1629-238', 'J1632-2354' RA= 16:32:24.092123 DEC= -23:54:43.07056 RAER= 0.62 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1629-228', 'J1632-2258' RA= 16:32:30.761069 DEC= -22:58:56.66752 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.044, 8.4, 0.086, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1630+358', 'J1632+3547' RA= 16:32:31.256816 DEC= +35:47:37.74241 RAER= 0.57 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.239, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '1637+826', 'J1632+8232' RA= 16:32:31.969882 DEC= +82:32:16.39993 RAER= 0.77 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.533, 0.217, 5.0, 0.549, 0.110, 8.4, 0.612, 0.203, 15.2, 0.806, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23888 observations" / source= '1629-458', 'J1632-4558' RA= 16:32:46.755906 DEC= -45:58:01.73164 RAER= 0.41 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.080, 8.4, 0.321, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158 observations" / source= '1629-252', 'J1632-2520' RA= 16:32:49.121131 DEC= -25:20:54.25551 RAER= 1.09 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1630-107', 'J1632-1052' RA= 16:32:50.109805 DEC= -10:52:31.99690 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.034, 5.0, 0.144, 0.018, 8.4, 0.115, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 393 observations" / source= '1630-070', 'J1632-0706' RA= 16:32:51.669187 DEC= -07:06:46.41570 RAER= 0.92 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.038, 8.4, 0.049, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1630-004', 'J1632-0033' RA= 16:32:57.681230 DEC= -00:33:21.07039 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.131, 8.4, 0.121, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '1630-00B', 'J1632-003B' RA= 16:32:57.764774 DEC= -00:33:21.85523 RAER= 5.00 DECER= 7.73 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations. No flux information" / source= '1630+163', 'J1632+1615' RA= 16:32:58.106630 DEC= +16:15:57.06003 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.074, 8.4, 0.084, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '1631+395', 'J1633+3924' RA= 16:33:02.104765 DEC= +39:24:27.39315 RAER= 2.13 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.019, 8.4, 0.020, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '1630-212', 'J1633-2119' RA= 16:33:05.086584 DEC= -21:19:05.83772 RAER= 0.98 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1631+447', 'J1633+4441' RA= 16:33:08.339542 DEC= +44:41:06.77021 RAER= 2.97 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1630+140', 'J1633+1356' RA= 16:33:15.814070 DEC= +13:56:38.10907 RAER= 2.29 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1631+213', 'J1633+2112' RA= 16:33:19.738382 DEC= +21:12:52.46098 RAER= 1.50 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.034, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1630+035', 'J1633+0324' RA= 16:33:19.782690 DEC= +03:24:41.38493 RAER= 0.79 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1630-290', 'J1633-2906' RA= 16:33:22.503115 DEC= -29:06:53.84080 RAER= 1.52 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1633+651', 'J1633+6500' RA= 16:33:27.756332 DEC= +65:00:42.41870 RAER= 0.34 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.051, 5.0, 0.156, 0.088, 8.4, 0.110, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1630-258', 'J1633-2557' RA= 16:33:28.890617 DEC= -25:57:35.47914 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.110, 5.0, 0.242, 0.150, 8.4, 0.180, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '1630-075', 'J1633-0739' RA= 16:33:35.190566 DEC= -07:39:32.74206 RAER= 0.55 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.057, 8.4, 0.078, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1631+281', 'J1633+2802' RA= 16:33:38.041323 DEC= +28:02:22.10972 RAER= 0.71 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1631+072', 'J1633+0709' RA= 16:33:45.473460 DEC= +07:09:03.21396 RAER= 0.64 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.028, 8.4, 0.029, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1631+070', 'J1633+0657' RA= 16:33:50.969044 DEC= +06:57:04.92284 RAER= 1.61 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1631+156', 'J1633+1535' RA= 16:33:54.573373 DEC= +15:35:00.10502 RAER= 0.60 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.082, 8.4, 0.078, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1635+741', 'J1633+7405' RA= 16:33:57.222957 DEC= +74:05:49.07764 RAER= 5.91 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1632+391', 'J1634+3900' RA= 16:34:02.953073 DEC= +39:00:00.58737 RAER= 0.54 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.033, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1630-471', 'J1634-4716' RA= 16:34:05.001163 DEC= -47:16:29.68627 RAER= 7.34 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1631+046', 'J1634+0432' RA= 16:34:07.974424 DEC= +04:32:03.58968 RAER= 0.83 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.028, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1632+321', 'J1634+3203' RA= 16:34:12.789822 DEC= +32:03:35.42512 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.138, 5.0, 0.174, 0.138, 8.4, 0.083, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 917 observations" / source= '1631-208', 'J1634-2058' RA= 16:34:30.323770 DEC= -20:58:25.93791 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.081, 8.4, 0.166, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 688 observations" / source= '1634+628', 'J1634+6245' RA= 16:34:33.806387 DEC= +62:45:35.89653 RAER= 0.93 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.488, 0.135, 8.4, 0.074, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '1632+198', 'J1634+1947' RA= 16:34:45.489303 DEC= +19:47:03.22403 RAER= 0.70 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, n/a, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1633+560', 'J1634+5556' RA= 16:34:45.709964 DEC= +55:56:59.25125 RAER= 1.72 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1631-268', 'J1634-2658' RA= 16:34:47.283318 DEC= -26:58:34.64291 RAER= 0.64 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1631-222', 'J1634-2222' RA= 16:34:49.873804 DEC= -22:22:11.17885 RAER= 9.66 DECER= 14.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1628-730', 'J1634-7310' RA= 16:34:57.476993 DEC= -73:10:33.90533 RAER= 0.99 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1632+124', 'J1635+1221' RA= 16:35:02.519832 DEC= +12:21:42.85540 RAER= 0.46 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1633+350', 'J1635+3458' RA= 16:35:06.766865 DEC= +34:58:52.30966 RAER= 0.44 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.102, 8.4, 0.109, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1633+382', 'J1635+3808' RA= 16:35:15.492977 DEC= +38:08:04.50061 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.508, 1.546, 5.0, 2.246, 0.654, 8.4, 2.007, 0.927, 15.2, 2.584, 1.610 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27771 observations" / source= '1633+368', 'J1635+3644' RA= 16:35:20.686618 DEC= +36:44:59.17873 RAER= 2.78 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1633+082', 'J1635+0806' RA= 16:35:28.391604 DEC= +08:06:01.77900 RAER= 0.81 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.038, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1632-188', 'J1635-1859' RA= 16:35:30.731202 DEC= -18:59:37.51474 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.058, 8.4, 0.046, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '1634+600', 'J1635+5955' RA= 16:35:37.648766 DEC= +59:55:15.07650 RAER= 0.22 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.158, 5.0, 0.184, 0.176, 8.4, 0.174, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1139 observations" / source= '1634+604', 'J1635+6019' RA= 16:35:37.655028 DEC= +60:19:56.75032 RAER= 0.30 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.151, 5.0, 0.152, 0.049, 8.4, 0.129, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '1633+186', 'J1635+1831' RA= 16:35:39.158183 DEC= +18:31:03.69752 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.039, 5.0, 0.060, 0.035, 8.4, 0.054, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 986 observations" / source= '1633+365', 'J1635+3629' RA= 16:35:47.235838 DEC= +36:29:29.97008 RAER= 0.64 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '1636+715', 'J1635+7128' RA= 16:35:52.121303 DEC= +71:28:53.86628 RAER= 7.16 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1634+549', 'J1636+5452' RA= 16:36:00.769211 DEC= +54:52:36.53019 RAER= 1.97 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.026, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1628-771', 'J1636-7713' RA= 16:36:02.962563 DEC= -77:13:34.42448 RAER= 16.68 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1633-131', 'J1636-1315' RA= 16:36:15.860910 DEC= -13:15:32.69432 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.028, 8.4, 0.170, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '1634+176', 'J1636+1735' RA= 16:36:16.705353 DEC= +17:35:07.86714 RAER= 1.51 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1634+191', 'J1636+1904' RA= 16:36:20.601227 DEC= +19:04:10.78042 RAER= 1.65 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.020, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1634+086', 'J1636+0832' RA= 16:36:24.686629 DEC= +08:32:45.43143 RAER= 1.14 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1634+043', 'J1636+0417' RA= 16:36:29.439985 DEC= +04:17:23.52168 RAER= 0.66 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.041, 8.4, 0.062, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1634+213', 'J1636+2112' RA= 16:36:38.183447 DEC= +21:12:55.59471 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.309, 0.164, 5.0, 0.218, 0.069, 8.4, 0.193, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 936 observations" / source= '1635+468', 'J1636+4647' RA= 16:36:40.552715 DEC= +46:47:07.16685 RAER= 0.95 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.026, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1634+095', 'J1636+0924' RA= 16:36:41.608539 DEC= +09:24:59.16948 RAER= 0.37 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.049, 8.4, 0.092, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1634+265', 'J1636+2626' RA= 16:36:51.469531 DEC= +26:26:56.81094 RAER= 3.01 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1633-409', 'J1636-4102' RA= 16:36:55.375542 DEC= -41:02:00.51583 RAER= 0.34 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.086, 5.0, 0.038, n/a, 8.4, 0.489, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '1634+133', 'J1637+1313' RA= 16:37:03.820000 DEC= +13:13:09.28383 RAER= 0.49 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.026, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1635+435', 'J1637+4326' RA= 16:37:09.505084 DEC= +43:26:00.33851 RAER= 2.08 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.007, 8.4, 0.009, 0.004 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1634+13A', 'J1637+1314' RA= 16:37:16.739698 DEC= +13:14:38.78333 RAER= 2.03 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1635+275', 'J1637+2726' RA= 16:37:18.848674 DEC= +27:26:07.57268 RAER= 1.25 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1635+458', 'J1637+4547' RA= 16:37:26.666923 DEC= +45:47:49.06035 RAER= 9.54 DECER= 8.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.004, 8.4, 0.012, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1635+199', 'J1637+1950' RA= 16:37:31.364414 DEC= +19:50:24.25624 RAER= 0.68 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1634-395', 'J1637-3937' RA= 16:37:34.857647 DEC= -39:37:10.43244 RAER= 16.59 DECER= 39.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1634-330', 'J1637-3309' RA= 16:37:36.535992 DEC= -33:09:04.84010 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.024, 5.0, 0.179, n/a, 8.4, 0.175, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1636+473', 'J1637+4717' RA= 16:37:45.130555 DEC= +47:17:33.83112 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.534, 0.181, 5.0, 0.747, 0.443, 8.4, 0.690, 0.431, 15.2, 0.920, 0.675 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24849 observations" / source= '1634-347', 'J1637-3449' RA= 16:37:50.977753 DEC= -34:49:16.38148 RAER= 1.03 DECER= 3.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1634-350', 'J1637-3506' RA= 16:37:54.460687 DEC= -35:06:25.14011 RAER= 105.48 DECER= 106.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1635-145', 'J1637-1437' RA= 16:37:54.785539 DEC= -14:37:53.34158 RAER= 1.02 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.023, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1635-196', 'J1637-1942' RA= 16:37:59.590908 DEC= -19:42:29.99587 RAER= 0.91 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1635-203', 'J1638-2024' RA= 16:38:05.728300 DEC= -20:24:02.21098 RAER= 0.93 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1635+008', 'J1638+0042' RA= 16:38:08.857347 DEC= +00:42:22.46427 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.008, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1637+574', 'J1638+5720' RA= 16:38:13.456299 DEC= +57:20:23.97903 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.176, 0.736, 5.0, 1.260, 0.571, 8.4, 1.304, 0.849, 15.2, 1.470, 0.861 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21432 observations" / source= '1636+267', 'J1638+2639' RA= 16:38:16.679102 DEC= +26:39:42.04286 RAER= 1.64 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.011, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1635-035', 'J1638-0340' RA= 16:38:19.252022 DEC= -03:40:05.08718 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.406, 0.240, 8.4, 0.262, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1636+106', 'J1638+1035' RA= 16:38:22.124364 DEC= +10:35:07.58543 RAER= 0.79 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.031, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1635-169', 'J1638-1701' RA= 16:38:26.948567 DEC= -17:01:11.66306 RAER= 0.62 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, n/a, 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1636+367', 'J1638+3636' RA= 16:38:27.708475 DEC= +36:36:15.67200 RAER= 0.72 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.068, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1637+626', 'J1638+6234' RA= 16:38:28.224706 DEC= +62:34:44.30706 RAER= 0.98 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.073, 5.0, 0.242, 0.012, 8.4, 0.066, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '1636+049', 'J1638+0449' RA= 16:38:32.210921 DEC= +04:49:56.35428 RAER= 1.70 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1635-119', 'J1638-1202' RA= 16:38:35.870773 DEC= -12:02:57.84879 RAER= 5.85 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1635-141', 'J1638-1415' RA= 16:38:45.284974 DEC= -14:15:50.23710 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.069, 8.4, 0.214, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '1635-392', 'J1638-3921' RA= 16:38:52.223334 DEC= -39:21:05.90075 RAER= 15.89 DECER= 44.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1636-031', 'J1638-0313' RA= 16:38:56.650774 DEC= -03:13:27.70430 RAER= 18.49 DECER= 9.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1636-234', 'J1639-2329' RA= 16:39:00.956017 DEC= -23:29:55.39857 RAER= 12.15 DECER= 19.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1636+118', 'J1639+1144' RA= 16:39:06.472111 DEC= +11:44:08.69123 RAER= 0.88 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.035, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1637+415', 'J1639+4128' RA= 16:39:15.808178 DEC= +41:28:33.70131 RAER= 0.58 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '1636-071', 'J1639-0715' RA= 16:39:21.998293 DEC= -07:15:33.18689 RAER= 6.12 DECER= 13.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1654+866', 'J1639+8631' RA= 16:39:25.015616 DEC= +86:31:53.13235 RAER= 2.93 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, 0.056, 8.4, 0.094, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1027 observations" / source= '1635-606', 'J1639-6044' RA= 16:39:25.880819 DEC= -60:44:22.03829 RAER= 2.11 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1638+538', 'J1639+5346' RA= 16:39:32.638150 DEC= +53:46:43.85115 RAER= 1.99 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1638+540', 'J1639+5357' RA= 16:39:39.843015 DEC= +53:57:47.11795 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.364, 0.234, 5.0, 0.299, 0.122, 8.4, 0.251, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '1636-315', 'J1639-3141' RA= 16:39:40.133034 DEC= -31:41:05.67525 RAER= 10.50 DECER= 20.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1637+166', 'J1639+1632' RA= 16:39:42.137148 DEC= +16:32:21.75750 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.059, 5.0, 0.089, 0.071, 8.4, 0.086, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 938 observations" / source= '1637-097', 'J1639-0952' RA= 16:39:44.812636 DEC= -09:52:00.40352 RAER= 0.72 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.005, 8.4, 0.008, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1635-549', 'J1639-5501' RA= 16:39:51.047964 DEC= -55:01:05.21003 RAER= 1.81 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1638+471', 'J1639+4705' RA= 16:39:55.980851 DEC= +47:05:23.57131 RAER= 0.89 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '1637+160', 'J1639+1556' RA= 16:39:56.278268 DEC= +15:56:13.62646 RAER= 0.79 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.024, 8.4, 0.015, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1637+115', 'J1639+1127' RA= 16:39:56.362320 DEC= +11:27:58.65439 RAER= 0.84 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.007, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1639+586', 'J1639+5833' RA= 16:39:59.654296 DEC= +58:33:17.86795 RAER= 5.27 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1636-324', 'J1639-3231' RA= 16:39:59.711727 DEC= -32:31:21.17530 RAER= 0.68 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.195, 0.120, 8.4, 0.163, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1639+558', 'J1640+5547' RA= 16:40:08.660116 DEC= +55:47:24.27281 RAER= 1.18 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.029, 8.4, 0.050, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1637-001', 'J1640-0011' RA= 16:40:10.586146 DEC= -00:11:47.54280 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.166, 5.0, 0.275, 0.235, 8.4, 0.219, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 607 observations" / source= '1637+065', 'J1640+0628' RA= 16:40:11.053376 DEC= +06:28:26.96620 RAER= 0.59 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1638+197', 'J1640+1936' RA= 16:40:13.399853 DEC= +19:36:20.33172 RAER= 0.48 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1638+321', 'J1640+3205' RA= 16:40:29.370117 DEC= +32:05:25.49657 RAER= 0.77 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.038, 8.4, 0.035, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1638+398', 'J1640+3946' RA= 16:40:29.632770 DEC= +39:46:46.02844 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.988, 0.820, 5.0, 0.879, 0.759, 8.4, 0.849, 0.506, 15.2, 1.111, 0.664 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 192181 observations" / source= '1639+544', 'J1640+5419' RA= 16:40:33.571694 DEC= +54:19:43.31979 RAER= 1.80 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.020, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1637-196', 'J1640-1942' RA= 16:40:39.385909 DEC= -19:42:16.61606 RAER= 3.97 DECER= 6.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '1637-150', 'J1640-1509' RA= 16:40:39.594514 DEC= -15:09:42.96947 RAER= 1.05 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.019, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1638-025', 'J1640-0239' RA= 16:40:39.859125 DEC= -02:39:41.95362 RAER= 5.96 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1638+028', 'J1640+0246' RA= 16:40:39.915900 DEC= +02:46:31.38059 RAER= 0.90 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.022, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1637-373', 'J1640-3727' RA= 16:40:41.087334 DEC= -37:27:27.51035 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.068, 8.4, 0.062, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1638+298', 'J1640+2947' RA= 16:40:44.355971 DEC= +29:47:54.48913 RAER= 0.28 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1638+222', 'J1640+2210' RA= 16:40:44.381846 DEC= +22:10:16.46447 RAER= 10.16 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1638+124', 'J1640+1220' RA= 16:40:47.938817 DEC= +12:20:02.07919 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.253, 0.425, 5.0, 0.647, 0.242, 8.4, 0.465, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 744 observations" / source= '1638+318', 'J1640+3143' RA= 16:40:54.159942 DEC= +31:43:29.97793 RAER= 0.72 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.037, 8.4, 0.034, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1639+526', 'J1640+5232' RA= 16:40:56.225238 DEC= +52:32:58.20179 RAER= 1.25 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.017, 8.4, 0.054, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1638+118', 'J1640+1144' RA= 16:40:58.892599 DEC= +11:44:04.21232 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.077, 8.4, 0.129, 0.080, 15.2, 0.134, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1068 observations" / source= '1638-273', 'J1641-2728' RA= 16:41:12.801108 DEC= -27:28:40.89510 RAER= 0.67 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.028, 8.4, 0.030, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1638-156', 'J1641-1546' RA= 16:41:17.779861 DEC= -15:46:16.60109 RAER= 8.79 DECER= 17.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1639+230', 'J1641+2257' RA= 16:41:25.227566 DEC= +22:57:04.03279 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.367, 5.0, 0.575, 0.579, 8.4, 0.500, 0.412 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38015 observations" / source= '1638-254', 'J1641-2531' RA= 16:41:29.111338 DEC= -25:31:00.55199 RAER= 2.17 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1639+422', 'J1641+4209' RA= 16:41:30.161923 DEC= +42:09:26.18246 RAER= 41.97 DECER= 13.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1641+701', 'J1641+7003' RA= 16:41:30.235715 DEC= +70:03:10.38183 RAER= 1.41 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.033, 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1639+402', 'J1641+4006' RA= 16:41:31.168647 DEC= +40:06:50.96615 RAER= 1.16 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.028, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1639+117', 'J1641+1136' RA= 16:41:42.893599 DEC= +11:36:37.39941 RAER= 1.43 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1638-342', 'J1641-3422' RA= 16:41:47.469824 DEC= -34:22:52.34143 RAER= 1.02 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1639+338', 'J1641+3345' RA= 16:41:48.078489 DEC= +33:45:12.13216 RAER= 0.40 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1638-287', 'J1641-2850' RA= 16:41:49.162363 DEC= -28:50:18.38771 RAER= 6.57 DECER= 14.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1638-178', 'J1641-1754' RA= 16:41:53.813489 DEC= -17:54:37.28038 RAER= 1.09 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1640+513', 'J1641+5115' RA= 16:41:55.729604 DEC= +51:15:46.88614 RAER= 2.04 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1639+155', 'J1641+1525' RA= 16:41:58.926253 DEC= +15:25:29.58868 RAER= 0.53 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.070, 8.4, 0.068, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1639-062', 'J1642-0621' RA= 16:42:02.177717 DEC= -06:21:23.69504 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.905, 0.803, 5.0, 1.541, 1.002, 8.4, 1.308, 0.835, 15.2, 1.280, 0.390 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67942 observations" / source= '1639-200', 'J1642-2007' RA= 16:42:05.290910 DEC= -20:07:24.84943 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.108, 8.4, 0.087, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1615 observations" / source= '1642+690', 'J1642+6856' RA= 16:42:07.848517 DEC= +68:56:39.75631 RAER= 0.28 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.806, 0.331, 5.0, 1.460, 0.671, 8.4, 1.399, 0.713, 15.2, 1.353, 1.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31834 observations" / source= '1641+568', 'J1642+5644' RA= 16:42:18.091389 DEC= +56:44:50.06828 RAER= 12.07 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1639-180', 'J1642-1805' RA= 16:42:21.017436 DEC= -18:05:45.09505 RAER= 0.69 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1639-082', 'J1642-0821' RA= 16:42:21.164859 DEC= -08:21:49.29580 RAER= 1.09 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1642+670', 'J1642+6655' RA= 16:42:21.927391 DEC= +66:55:49.49158 RAER= 1.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.035, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '1640+330', 'J1642+3254' RA= 16:42:25.832697 DEC= +32:54:28.28365 RAER= 0.80 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1640+254', 'J1642+2523' RA= 16:42:40.411834 DEC= +25:23:07.68231 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.543, 0.419, 5.0, 0.417, 0.462, 8.4, 0.357, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1015 observations" / source= '1633-810', 'J1642-8108' RA= 16:42:57.345507 DEC= -81:08:35.07031 RAER= 0.75 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '1640-036', 'J1642-0346' RA= 16:42:58.443142 DEC= -03:46:19.42372 RAER= 0.49 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.065, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1641+399', 'J1642+3948' RA= 16:42:58.809970 DEC= +39:48:36.99403 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 6.989, 3.728, 5.0, 6.721, 1.671, 8.4, 5.301, 1.665, 15.2, 5.796, 2.627 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56716 observations" / source= '1639-287', 'J1642-2849' RA= 16:42:59.373089 DEC= -28:49:57.94179 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.035, 8.4, 0.151, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 396 observations" / source= '1641+324', 'J1643+3221' RA= 16:43:01.060600 DEC= +32:21:04.05771 RAER= 0.59 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1642+631', 'J1643+6302' RA= 16:43:07.358936 DEC= +63:02:29.32891 RAER= 0.92 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '1640-061', 'J1643-0616' RA= 16:43:11.979907 DEC= -06:16:41.26488 RAER= 4.63 DECER= 8.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1640-039', 'J1643-0402' RA= 16:43:26.521653 DEC= -04:02:53.74832 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.111, 8.4, 0.131, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 774 observations" / source= '1640+020', 'J1643+0154' RA= 16:43:27.326501 DEC= +01:54:39.18800 RAER= 1.17 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.071, 8.4, 0.053, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1640-066', 'J1643-0646' RA= 16:43:28.922588 DEC= -06:46:19.77013 RAER= 0.69 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1640-231', 'J1643-2316' RA= 16:43:33.390498 DEC= -23:16:07.85887 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.084, 5.0, 0.242, 0.096, 8.4, 0.193, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '1640-300', 'J1643-3010' RA= 16:43:35.006454 DEC= -30:10:35.60754 RAER= 14.48 DECER= 35.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1641+333', 'J1643+3316' RA= 16:43:39.455859 DEC= +33:16:47.86000 RAER= 1.98 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1641+348', 'J1643+3448' RA= 16:43:40.282573 DEC= +34:48:05.41804 RAER= 0.92 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.031, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1640-242', 'J1643-2417' RA= 16:43:43.664604 DEC= -24:17:44.26299 RAER= 3.72 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1640-166', 'J1643-1645' RA= 16:43:46.651316 DEC= -16:45:47.48649 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.120, 8.4, 0.143, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '1641-08A', 'J1643-0827' RA= 16:43:46.933277 DEC= -08:27:15.24033 RAER= 1.44 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1641+076', 'J1643+0732' RA= 16:43:47.095469 DEC= +07:32:17.39677 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.111, 5.0, 0.191, 0.141, 8.4, 0.158, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 339 observations" / source= '1641-083', 'J1643-0825' RA= 16:43:48.111836 DEC= -08:25:00.73129 RAER= 2.91 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1641+173', 'J1643+1715' RA= 16:43:48.599721 DEC= +17:15:49.43193 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.081, 8.4, 0.141, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 374 observations" / source= '1641+158', 'J1643+1546' RA= 16:43:53.086757 DEC= +15:46:07.96119 RAER= 0.48 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.060, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1641+192', 'J1643+1908' RA= 16:43:55.355032 DEC= +19:08:54.59100 RAER= 1.21 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1642+259', 'J1644+2551' RA= 16:44:09.290054 DEC= +25:51:28.97730 RAER= 0.38 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 329 observations" / source= '1641-031', 'J1644-0313' RA= 16:44:10.584058 DEC= -03:13:29.74688 RAER= 0.37 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.093, 8.4, 0.128, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1637-771', 'J1644-7715' RA= 16:44:16.120116 DEC= -77:15:48.81240 RAER= 0.60 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.275, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '1641+074', 'J1644+0720' RA= 16:44:16.329748 DEC= +07:20:33.75853 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.134, 5.0, 0.174, 0.042, 8.4, 0.135, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '1642+458', 'J1644+4546' RA= 16:44:19.971431 DEC= +45:46:44.39464 RAER= 0.79 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1642+189', 'J1644+1852' RA= 16:44:25.706213 DEC= +18:52:43.55420 RAER= 0.68 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.005, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1641+027', 'J1644+0241' RA= 16:44:30.035815 DEC= +02:41:55.10055 RAER= 0.77 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, n/a, 5.0, 0.162, 0.093, 8.4, 0.083, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1645+710', 'J1644+7059' RA= 16:44:30.550740 DEC= +70:59:05.50712 RAER= 7.29 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1642+393', 'J1644+3916' RA= 16:44:34.473557 DEC= +39:16:04.93207 RAER= 0.54 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.058, 8.4, 0.078, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1641-179', 'J1644-1804' RA= 16:44:35.746735 DEC= -18:04:32.45746 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.076, 8.4, 0.171, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1642+221', 'J1644+2202' RA= 16:44:39.249051 DEC= +22:02:14.13179 RAER= 0.92 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1642+264', 'J1644+2619' RA= 16:44:42.533983 DEC= +26:19:13.22578 RAER= 0.26 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.050, 8.4, 0.059, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1641-218', 'J1644-2156' RA= 16:44:43.447223 DEC= -21:56:09.04500 RAER= 0.42 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.013, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1640-614', 'J1644-6135' RA= 16:44:45.735495 DEC= -61:35:19.15736 RAER= 2.78 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.120, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1643+501', 'J1644+5003' RA= 16:44:47.766483 DEC= +50:03:21.64318 RAER= 40.66 DECER= 11.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1642+090', 'J1644+0856' RA= 16:44:47.785335 DEC= +08:56:26.36627 RAER= 0.48 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.049, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1641-458', 'J1644-4559' RA= 16:44:49.284844 DEC= -45:59:09.63627 RAER= 5.39 DECER= 9.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1642-076', 'J1644-0743' RA= 16:44:52.058517 DEC= -07:43:43.17803 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.130, 5.0, 0.119, 0.090, 8.4, 0.141, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 460 observations" / source= '1642+183', 'J1644+1813' RA= 16:44:52.432389 DEC= +18:13:17.23897 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.197, 5.0, 0.161, 0.079, 8.4, 0.154, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1020 observations" / source= '1642+054', 'J1644+0518' RA= 16:44:56.082607 DEC= +05:18:37.05347 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.234, 0.170, 8.4, 0.190, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1642+256', 'J1644+2536' RA= 16:44:59.060792 DEC= +25:36:30.58811 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.511, 0.128, 5.0, 0.411, 0.122, 8.4, 0.287, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1033 observations" / source= '1642-332', 'J1645-3318' RA= 16:45:16.733609 DEC= -33:18:17.76760 RAER= 0.27 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.048, 8.4, 0.099, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1642+118', 'J1645+1144' RA= 16:45:20.358863 DEC= +11:44:21.18119 RAER= 1.26 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1644+526', 'J1645+5233' RA= 16:45:26.412704 DEC= +52:33:35.60883 RAER= 2.30 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1642-235', 'J1645-2337' RA= 16:45:30.955195 DEC= -23:37:15.24241 RAER= 0.92 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.020, 8.4, 0.035, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1643+116', 'J1645+1135' RA= 16:45:33.907259 DEC= +11:35:42.82191 RAER= 1.29 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1644+467', 'J1645+4642' RA= 16:45:35.014766 DEC= +46:42:16.99936 RAER= 1.38 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.030, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1644+46A', 'J1645+4639' RA= 16:45:35.584694 DEC= +46:39:45.49656 RAER= 6.12 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1643-082', 'J1645-0821' RA= 16:45:46.912921 DEC= -08:21:35.11825 RAER= 1.03 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.020, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1643-120', 'J1645-1210' RA= 16:45:48.168881 DEC= -12:10:24.74933 RAER= 4.31 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1643+245', 'J1645+2428' RA= 16:45:50.589233 DEC= +24:28:13.04832 RAER= 2.82 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1644+556', 'J1645+5532' RA= 16:45:53.499181 DEC= +55:32:31.26600 RAER= 15.46 DECER= 17.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1643+113', 'J1645+1113' RA= 16:45:54.674415 DEC= +11:13:52.62317 RAER= 0.30 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.054, 8.4, 0.097, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1645+635', 'J1645+6330' RA= 16:45:58.552681 DEC= +63:30:10.92285 RAER= 0.26 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.423, 0.327, 5.0, 0.411, 0.345, 8.4, 0.551, 0.448 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '1643-095', 'J1646-0941' RA= 16:46:01.164215 DEC= -09:41:18.21895 RAER= 2.52 DECER= 7.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1644+298', 'J1646+2943' RA= 16:46:04.728923 DEC= +29:43:16.34170 RAER= 1.37 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1643-223', 'J1646-2228' RA= 16:46:04.833061 DEC= -22:28:03.98904 RAER= 1.08 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.022, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1644+372', 'J1646+3712' RA= 16:46:05.841496 DEC= +37:12:31.86137 RAER= 2.52 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1643+007', 'J1646+0042' RA= 16:46:06.972263 DEC= +00:42:27.27950 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.098, 8.4, 0.127, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 857 observations" / source= '1643+157', 'J1646+1536' RA= 16:46:12.620813 DEC= +15:36:59.56987 RAER= 1.80 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1647+744', 'J1646+7419' RA= 16:46:15.172531 DEC= +74:19:11.06554 RAER= 1.50 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.043, 8.4, 0.072, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1644+295', 'J1646+2925' RA= 16:46:16.477039 DEC= +29:25:11.14720 RAER= 0.90 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.027, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1643-126', 'J1646-1243' RA= 16:46:39.059541 DEC= -12:43:47.04005 RAER= 8.61 DECER= 13.23 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1646+607', 'J1646+6039' RA= 16:46:42.156494 DEC= +60:39:31.69843 RAER= 0.80 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1644-133', 'J1646-1328' RA= 16:46:51.779691 DEC= -13:28:48.14937 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.008, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1645+410', 'J1646+4059' RA= 16:46:56.858705 DEC= +40:59:17.17209 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.249, 5.0, 0.250, 0.151, 8.4, 0.348, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 682 observations" / source= '1644+133', 'J1646+1314' RA= 16:46:59.648856 DEC= +13:14:36.73104 RAER= 10.95 DECER= 12.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1645+265', 'J1647+2627' RA= 16:47:20.361801 DEC= +26:27:14.10163 RAER= 1.01 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1644-032', 'J1647-0317' RA= 16:47:23.249938 DEC= -03:17:20.60779 RAER= 1.73 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.022, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1646+619', 'J1647+6153' RA= 16:47:23.424310 DEC= +61:53:47.50408 RAER= 2.13 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1645+379', 'J1647+3752' RA= 16:47:25.743453 DEC= +37:52:18.04468 RAER= 5.39 DECER= 5.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1645+292', 'J1647+2909' RA= 16:47:26.877413 DEC= +29:09:49.57326 RAER= 0.41 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.048, 8.4, 0.066, 0.044, 15.2, 0.055, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '1645+271', 'J1647+2705' RA= 16:47:33.598379 DEC= +27:05:58.29337 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.069, 5.0, 0.147, 0.067, 8.4, 0.131, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1097 observations" / source= '1646+499', 'J1647+4950' RA= 16:47:34.911902 DEC= +49:50:00.58812 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.085, 5.0, 0.151, 0.105, 8.4, 0.125, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1265 observations" / source= '1644-121', 'J1647-1215' RA= 16:47:37.126731 DEC= -12:15:20.16994 RAER= 0.55 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1642-645', 'J1647-6438' RA= 16:47:37.741435 DEC= -64:38:00.26869 RAER= 0.28 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '1645+174', 'J1647+1720' RA= 16:47:41.839476 DEC= +17:20:11.86018 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.764, 0.102, 5.0, 0.268, 0.019, 8.4, 0.184, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1644-193', 'J1647-1926' RA= 16:47:53.778338 DEC= -19:26:19.44583 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.066, 5.0, 0.128, 0.097, 8.4, 0.096, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '1644-291', 'J1647-2912' RA= 16:47:57.874694 DEC= -29:12:44.45504 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.078, 5.0, 0.153, 0.083, 8.4, 0.131, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1645+224', 'J1648+2224' RA= 16:48:01.535542 DEC= +22:24:33.14798 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.140, 5.0, 0.411, 0.367, 8.4, 0.394, 0.329 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2897 observations" / source= '1645+245', 'J1648+2429' RA= 16:48:02.370935 DEC= +24:29:16.91562 RAER= 0.77 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.015, 8.4, 0.047, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1646+217', 'J1648+2141' RA= 16:48:17.069205 DEC= +21:41:05.91106 RAER= 0.21 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, 0.035, 5.0, 0.045, 0.047, 8.4, 0.033, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 744 observations" / source= '1647+604', 'J1648+6023' RA= 16:48:18.796711 DEC= +60:23:35.90897 RAER= 4.79 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.018, 8.4, 0.046, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1646+189', 'J1648+1854' RA= 16:48:20.551935 DEC= +18:54:00.36238 RAER= 0.68 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.033, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1650+75A', 'J1648+7547' RA= 16:48:24.335536 DEC= +75:47:50.04799 RAER= 1.88 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a, 5.0, 0.067, 0.035, 8.4, 0.050, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '1646+235', 'J1648+2325' RA= 16:48:24.466080 DEC= +23:25:40.87152 RAER= 0.90 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.012, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1646+411', 'J1648+4104' RA= 16:48:29.258027 DEC= +41:04:05.55273 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.167, 5.0, 0.307, 0.270, 8.4, 0.263, 0.172, 15.2, 0.499, 0.373 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1647+602', 'J1648+6007' RA= 16:48:29.667401 DEC= +60:07:22.15343 RAER= 6.42 DECER= 7.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.016, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1646+426', 'J1648+4233' RA= 16:48:31.507712 DEC= +42:33:22.39429 RAER= 0.64 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '1645-329', 'J1648-3301' RA= 16:48:42.351098 DEC= -33:01:48.93130 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.391, 0.175, 8.4, 0.282, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '1650+758', 'J1648+7546' RA= 16:48:43.396589 DEC= +75:46:28.19329 RAER= 20.52 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, n/a, 5.0, 0.035, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1647+429', 'J1648+4253' RA= 16:48:54.053172 DEC= +42:53:59.89708 RAER= 22.65 DECER= 17.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1645-203', 'J1648-2027' RA= 16:48:57.109564 DEC= -20:27:39.70739 RAER= 4.46 DECER= 14.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '1645-262', 'J1649-2620' RA= 16:49:04.315318 DEC= -26:20:08.61381 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.072, 8.4, 0.106, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '1645-565', 'J1649-5635' RA= 16:49:11.657722 DEC= -56:35:48.84250 RAER= 2.67 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1647+266', 'J1649+2635' RA= 16:49:24.010365 DEC= +26:35:02.54512 RAER= 1.07 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1648+526', 'J1649+5235' RA= 16:49:24.991558 DEC= +52:35:14.99658 RAER= 0.87 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1646+042', 'J1649+0412' RA= 16:49:27.679443 DEC= +04:12:03.98770 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.150, 8.4, 0.281, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1647+308', 'J1649+3046' RA= 16:49:28.877125 DEC= +30:46:52.40828 RAER= 1.09 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1651+747', 'J1649+7442' RA= 16:49:40.953564 DEC= +74:42:44.62131 RAER= 0.59 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.058, 8.4, 0.087, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '1647+065', 'J1649+0626' RA= 16:49:50.491368 DEC= +06:26:53.44871 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.210, 8.4, 0.257, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '1648+469', 'J1649+4649' RA= 16:49:50.642714 DEC= +46:49:41.53050 RAER= 1.39 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1648+330', 'J1649+3258' RA= 16:49:52.914709 DEC= +32:58:15.20692 RAER= 0.53 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 283 observations" / source= '1646-244', 'J1649-2433' RA= 16:49:53.984837 DEC= -24:33:21.42781 RAER= 0.68 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.044, 8.4, 0.076, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1648+490', 'J1649+4857' RA= 16:49:58.044250 DEC= +48:57:15.35362 RAER= 2.42 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1647-085', 'J1649-0836' RA= 16:49:58.484408 DEC= -08:36:24.25941 RAER= 0.62 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.056, 8.4, 0.036, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1647+161', 'J1649+1603' RA= 16:49:59.103921 DEC= +16:03:34.38753 RAER= 0.39 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1646-253', 'J1649-2526' RA= 16:49:59.426250 DEC= -25:26:11.07770 RAER= 0.82 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.027, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1648+417', 'J1650+4140' RA= 16:50:05.479999 DEC= +41:40:32.42967 RAER= 0.39 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.057, 5.0, 0.062, 0.038, 8.4, 0.060, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '1647-200', 'J1650-2010' RA= 16:50:10.577281 DEC= -20:10:12.77222 RAER= 8.37 DECER= 14.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '1646-506', 'J1650-5044' RA= 16:50:16.627112 DEC= -50:44:48.21075 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.313, 0.965 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1649+614', 'J1650+6120' RA= 16:50:25.521021 DEC= +61:20:53.22701 RAER= 4.58 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1647-372', 'J1650-3722' RA= 16:50:26.018591 DEC= -37:22:04.31666 RAER= 6.46 DECER= 29.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1647-342', 'J1650-3422' RA= 16:50:28.894009 DEC= -34:22:37.72417 RAER= 0.94 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.031, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1647-29A', 'J1650-294A' RA= 16:50:33.099646 DEC= -29:43:32.33488 RAER= 3.17 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, n/a, 5.0, 0.329, n/a, 8.4, 0.131, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1648+084', 'J1650+0824' RA= 16:50:37.562730 DEC= +08:24:52.23129 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.159, 5.0, 0.126, 0.017, 8.4, 0.203, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 765 observations" / source= '1647-106', 'J1650-1043' RA= 16:50:37.745311 DEC= -10:43:15.25965 RAER= 3.78 DECER= 5.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1647-127', 'J1650-1248' RA= 16:50:38.034580 DEC= -12:48:53.54175 RAER= 0.15 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.025, 5.0, 0.138, 0.054, 8.4, 0.123, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '1647-296', 'J1650-2943' RA= 16:50:39.544107 DEC= -29:43:46.95449 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.445, 0.329, 5.0, 1.163, 1.631, 8.4, 0.732, 0.682 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6105 observations" / source= '1649+435', 'J1650+4326' RA= 16:50:50.757482 DEC= +43:26:05.29915 RAER= 1.63 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1655+816', 'J1650+8134' RA= 16:50:58.792443 DEC= +81:34:29.03304 RAER= 2.47 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '1648+015', 'J1651+0129' RA= 16:51:03.662377 DEC= +01:29:23.45779 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.537, 0.396, 5.0, 0.764, 0.648, 8.4, 0.460, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 689 observations" / source= '1650+581', 'J1651+5805' RA= 16:51:22.866903 DEC= +58:05:42.44242 RAER= 2.93 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.109, 5.0, 0.045, 0.018, 8.4, 0.033, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1648-170', 'J1651-1709' RA= 16:51:33.958367 DEC= -17:09:28.59065 RAER= 0.48 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.052, 8.4, 0.072, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1649+401', 'J1651+4002' RA= 16:51:37.526080 DEC= +40:02:18.97183 RAER= 0.19 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.038, 8.4, 0.043, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 829 observations" / source= '1649+216', 'J1651+2135' RA= 16:51:37.844123 DEC= +21:35:24.65405 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.045, 5.0, 0.091, 0.054, 8.4, 0.090, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '1648-119', 'J1651-1202' RA= 16:51:38.420877 DEC= -12:02:31.78369 RAER= 14.91 DECER= 12.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1649+355', 'J1651+3528' RA= 16:51:39.819985 DEC= +35:28:40.51751 RAER= 0.73 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '1649+342', 'J1651+3411' RA= 16:51:42.596231 DEC= +34:11:57.70805 RAER= 0.64 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.052, 8.4, 0.045, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1649+063', 'J1652+0618' RA= 16:52:01.400080 DEC= +06:18:55.35377 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.150, 8.4, 0.402, 0.311 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1651+626', 'J1652+6232' RA= 16:52:01.522615 DEC= +62:32:09.05801 RAER= 1.35 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.050, 8.4, 0.049, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1649+054', 'J1652+0522' RA= 16:52:06.021068 DEC= +05:22:25.04633 RAER= 0.52 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.046, 8.4, 0.039, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1649-039', 'J1652-0400' RA= 16:52:08.598136 DEC= -04:00:36.08249 RAER= 0.33 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.054, 8.4, 0.089, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1649-091', 'J1652-0915' RA= 16:52:10.118854 DEC= -09:15:19.08487 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.048, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1648-446', 'J1652-4442' RA= 16:52:12.324348 DEC= -44:42:49.38746 RAER= 28.27 DECER= 66.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1649-300', 'J1652-3005' RA= 16:52:12.874078 DEC= -30:05:42.92348 RAER= 6.63 DECER= 13.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1648-378', 'J1652-3758' RA= 16:52:21.940788 DEC= -37:58:22.76280 RAER= 4.58 DECER= 18.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1651+483', 'J1652+4818' RA= 16:52:24.166196 DEC= +48:18:56.10162 RAER= 0.85 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.059, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1650+403', 'J1652+4013' RA= 16:52:33.210939 DEC= +40:13:58.33544 RAER= 0.57 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.042, 8.4, 0.056, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1650-031', 'J1652-0312' RA= 16:52:40.133091 DEC= -03:12:06.33999 RAER= 1.18 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.023, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1651+366', 'J1652+3632' RA= 16:52:48.444606 DEC= +36:32:12.52617 RAER= 0.74 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.043, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1650+004', 'J1652+0019' RA= 16:52:58.399034 DEC= +00:19:06.81198 RAER= 12.42 DECER= 12.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1651+391', 'J1652+3902' RA= 16:52:58.509582 DEC= +39:02:49.82219 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.237, 5.0, 0.345, 0.325, 8.4, 0.339, 0.301, 15.2, 0.354, 0.305 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6987 observations" / source= '1650+227', 'J1653+2237' RA= 16:53:06.707918 DEC= +22:37:51.09492 RAER= 0.89 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1655+763', 'J1653+7617' RA= 16:53:12.188513 DEC= +76:17:26.03455 RAER= 7.73 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.165, 8.4, 0.142, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1650-300', 'J1653-3004' RA= 16:53:24.163067 DEC= -30:04:56.20635 RAER= 1.24 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1651+312', 'J1653+3107' RA= 16:53:29.910658 DEC= +31:07:56.87235 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.172, 5.0, 0.425, 0.261, 8.4, 0.608, 0.375 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 889 observations" / source= '1650-157', 'J1653-1551' RA= 16:53:34.206421 DEC= -15:51:29.88796 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.110, 8.4, 0.150, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2101 observations" / source= '1655+766', 'J1653+7635' RA= 16:53:52.054523 DEC= +76:35:03.95131 RAER= 75.88 DECER= 11.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1652+398', 'J1653+3945' RA= 16:53:52.216680 DEC= +39:45:36.60890 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.155, 0.338, 5.0, 0.890, 0.430, 8.4, 0.805, 0.357, 15.2, 0.792, 0.388 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15797 observations" / source= '1652+351', 'J1653+3503' RA= 16:53:53.155269 DEC= +35:03:27.02893 RAER= 0.39 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '1652+520', 'J1653+5159' RA= 16:53:53.988642 DEC= +51:59:04.96684 RAER= 8.19 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1651-009', 'J1653-0102' RA= 16:53:57.693787 DEC= -01:02:13.45299 RAER= 4.40 DECER= 10.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1651-017', 'J1653-0149' RA= 16:53:57.801425 DEC= -01:49:59.30488 RAER= 0.61 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1654+701', 'J1653+7001' RA= 16:53:58.097034 DEC= +70:01:38.82868 RAER= 1.53 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.037, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1650-351', 'J1654-3513' RA= 16:54:04.408634 DEC= -35:13:00.93983 RAER= 62.98 DECER= 88.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1650-307', 'J1654-3049' RA= 16:54:10.760200 DEC= -30:49:12.68736 RAER= 5.44 DECER= 18.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1652+399', 'J1654+3950' RA= 16:54:12.722352 DEC= +39:50:05.68653 RAER= 0.35 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.093, 8.4, 0.083, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1651-104', 'J1654-1030' RA= 16:54:16.633371 DEC= -10:30:36.31025 RAER= 0.94 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.038, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1653+592', 'J1654+5908' RA= 16:54:19.187727 DEC= +59:08:49.03362 RAER= 50.60 DECER= 13.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1652+003', 'J1654+0017' RA= 16:54:35.366234 DEC= +00:17:19.71001 RAER= 2.04 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1652+391', 'J1654+3905' RA= 16:54:35.691438 DEC= +39:05:59.50273 RAER= 1.25 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, 0.027, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1651-150', 'J1654-1510' RA= 16:54:38.852592 DEC= -15:10:11.74965 RAER= 5.82 DECER= 13.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1652+022', 'J1654+0208' RA= 16:54:41.638520 DEC= +02:08:07.03778 RAER= 4.59 DECER= 6.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1652+151', 'J1654+1502' RA= 16:54:51.841784 DEC= +15:02:57.10077 RAER= 0.92 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.020, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1652-075', 'J1654-0738' RA= 16:54:51.871513 DEC= -07:38:21.01130 RAER= 0.39 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1652-184', 'J1655-1831' RA= 16:55:03.206625 DEC= -18:31:31.03714 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.065, 8.4, 0.115, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '1652+071', 'J1655+0703' RA= 16:55:07.665084 DEC= +07:03:12.88604 RAER= 0.37 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, n/a, 5.0, 0.071, 0.040, 8.4, 0.060, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1652-170', 'J1655-1705' RA= 16:55:08.997972 DEC= -17:05:03.62941 RAER= 23.82 DECER= 20.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1653+426', 'J1655+4233' RA= 16:55:18.794969 DEC= +42:33:39.82305 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.105, 5.0, 0.214, 0.194, 8.4, 0.126, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 813 observations" / source= '1653+438', 'J1655+4343' RA= 16:55:21.474032 DEC= +43:43:30.49417 RAER= 1.30 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.055, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1652+040', 'J1655+0356' RA= 16:55:27.969618 DEC= +03:56:08.35576 RAER= 0.66 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1653+328', 'J1655+3244' RA= 16:55:42.819118 DEC= +32:44:20.23943 RAER= 1.66 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.066, 8.4, 0.088, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1653+198', 'J1655+1948' RA= 16:55:43.567363 DEC= +19:48:47.10780 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.089, 8.4, 0.092, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1653+208', 'J1655+2045' RA= 16:55:46.565781 DEC= +20:45:22.67351 RAER= 0.65 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1653+246', 'J1655+2432' RA= 16:55:50.043488 DEC= +24:32:39.59598 RAER= 0.83 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1654+545', 'J1655+5430' RA= 16:55:59.175609 DEC= +54:30:04.50678 RAER= 0.64 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '1653+183', 'J1656+1813' RA= 16:56:01.702111 DEC= +18:13:42.20084 RAER= 0.64 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.046, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1653+153', 'J1656+1515' RA= 16:56:05.205008 DEC= +15:15:13.95507 RAER= 0.55 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.051, 8.4, 0.074, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1653-329', 'J1656-3302' RA= 16:56:16.861043 DEC= -33:02:10.79748 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.054, 8.4, 0.303, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '1653-094', 'J1656-0929' RA= 16:56:24.217782 DEC= -09:29:40.19245 RAER= 1.45 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1654+185', 'J1656+1826' RA= 16:56:34.089127 DEC= +18:26:26.34674 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.106, 5.0, 0.263, 0.143, 8.4, 0.187, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1070 observations" / source= '1655+534', 'J1656+5321' RA= 16:56:39.624230 DEC= +53:21:48.77110 RAER= 0.22 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.096, 5.0, 0.107, 0.104, 8.4, 0.097, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1088 observations" / source= '1653-331', 'J1656-3311' RA= 16:56:44.191880 DEC= -33:11:42.64621 RAER= 1.85 DECER= 4.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1656+602', 'J1656+6012' RA= 16:56:48.244979 DEC= +60:12:16.43446 RAER= 0.24 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.136, 5.0, 0.189, 0.175, 8.4, 0.184, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1475 observations" / source= '1654-149', 'J1656-1504' RA= 16:56:54.782841 DEC= -15:04:36.90453 RAER= 1.17 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.017, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1653-201', 'J1656-2010' RA= 16:56:55.147577 DEC= -20:10:56.34772 RAER= 0.96 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1654-020', 'J1656-0206' RA= 16:56:56.118215 DEC= -02:06:49.51951 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.071, 8.4, 0.206, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '1654+158', 'J1656+1543' RA= 16:56:57.970555 DEC= +15:43:48.59328 RAER= 0.90 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.020, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1653-420', 'J1656-4209' RA= 16:56:58.136460 DEC= -42:09:57.07369 RAER= 30.27 DECER= 14.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1654+039', 'J1657+0351' RA= 16:57:10.832552 DEC= +03:51:06.94224 RAER= 0.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.048, 8.4, 0.034, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1656+571', 'J1657+5705' RA= 16:57:20.708950 DEC= +57:05:53.50373 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.486, 0.303, 5.0, 0.363, 0.133, 8.4, 0.494, 0.313 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1658+742', 'J1657+7412' RA= 16:57:32.035048 DEC= +74:12:50.69978 RAER= 3.65 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1654-102', 'J1657-1021' RA= 16:57:32.730165 DEC= -10:21:15.61197 RAER= 0.73 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1654-199', 'J1657-2004' RA= 16:57:33.334721 DEC= -20:04:34.98316 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.071, 8.4, 0.140, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '1654-088', 'J1657-0854' RA= 16:57:41.233992 DEC= -08:54:43.32106 RAER= 0.77 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.069, 8.4, 0.058, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1655-076', 'J1657-0743' RA= 16:57:43.788373 DEC= -07:43:14.76350 RAER= 5.29 DECER= 8.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1654-133', 'J1657-1323' RA= 16:57:46.465605 DEC= -13:23:08.17851 RAER= 0.75 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.052, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1656+482', 'J1657+4808' RA= 16:57:46.878950 DEC= +48:08:33.04094 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.738, 0.474, 5.0, 0.650, 0.288, 8.4, 0.620, 0.459, 15.2, 0.498, 0.399 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '1653-612', 'J1657-6121' RA= 16:57:49.009566 DEC= -61:21:37.85620 RAER= 7.67 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1655+092', 'J1657+0909' RA= 16:57:50.381074 DEC= +09:09:37.77981 RAER= 1.30 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.032, 8.4, 0.029, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1652-683', 'J1657-6824' RA= 16:57:51.974287 DEC= -68:24:28.60027 RAER= 59.47 DECER= 31.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1656+348', 'J1658+3443' RA= 16:58:01.419207 DEC= +34:43:28.40205 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.389, 0.173, 5.0, 0.354, 0.200, 8.4, 0.278, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1408 observations" / source= '1656+361', 'J1658+3605' RA= 16:58:02.621584 DEC= +36:05:04.13766 RAER= 2.25 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.030, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1656+477', 'J1658+4737' RA= 16:58:02.779591 DEC= +47:37:49.23068 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.155, 0.761, 5.0, 0.893, 0.530, 8.4, 0.906, 0.319, 15.2, 1.037, 0.544 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2277 observations" / source= '1657+619', 'J1658+6150' RA= 16:58:08.336482 DEC= +61:50:02.01305 RAER= 1.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.016, 8.4, 0.033, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1655+077', 'J1658+0741' RA= 16:58:09.011464 DEC= +07:41:27.54052 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.864, 0.386, 5.0, 0.958, 0.724, 8.4, 1.019, 0.673, 15.2, 1.655, 1.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3663 observations" / source= '1655-128', 'J1658-1253' RA= 16:58:20.610276 DEC= -12:53:55.38351 RAER= 0.66 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.079, 8.4, 0.069, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1656+391', 'J1658+3906' RA= 16:58:22.180439 DEC= +39:06:25.62413 RAER= 4.91 DECER= 6.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1657+476', 'J1658+4732' RA= 16:58:26.594373 DEC= +47:32:15.46420 RAER= 1.97 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1656+053', 'J1658+0515' RA= 16:58:33.447337 DEC= +05:15:16.44402 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.084, 0.393, 5.0, 0.561, 0.175, 8.4, 0.580, 0.153, 15.2, 0.536, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2549 observations" / source= '1657+523', 'J1658+5217' RA= 16:58:34.618531 DEC= +52:17:29.18453 RAER= 1.78 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.060, 8.4, 0.046, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1655-312', 'J1658-3118' RA= 16:58:41.210032 DEC= -31:18:07.24377 RAER= 36.60 DECER= 57.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1656+116', 'J1658+1136' RA= 16:58:42.018727 DEC= +11:36:41.05455 RAER= 1.04 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1656-075', 'J1658-0739' RA= 16:58:44.061964 DEC= -07:39:17.69452 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.944, 0.486, 5.0, 1.354, 0.214, 8.4, 0.597, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10056 observations" / source= '1658+669', 'J1658+6653' RA= 16:58:45.911416 DEC= +66:53:07.14771 RAER= 1.35 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.050, 8.4, 0.067, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1655-260', 'J1658-2605' RA= 16:58:48.566894 DEC= -26:05:44.13375 RAER= 10.56 DECER= 15.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1655-147', 'J1658-1451' RA= 16:58:50.154567 DEC= -14:51:29.32491 RAER= 0.41 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.079, 5.0, 0.202, 0.062, 8.4, 0.076, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 170 observations" / source= '1657+517', 'J1659+5141' RA= 16:59:00.888589 DEC= +51:41:33.66326 RAER= 2.01 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.025, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1655-476', 'J1659-4746' RA= 16:59:02.039113 DEC= -47:46:18.95516 RAER= 10.04 DECER= 6.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1655-527', 'J1659-5247' RA= 16:59:02.413714 DEC= -52:47:14.33273 RAER= 0.48 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1655-393', 'J1659-3924' RA= 16:59:02.703900 DEC= -39:24:35.66384 RAER= 2.96 DECER= 16.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1701+771', 'J1659+7702' RA= 16:59:03.277310 DEC= +77:02:52.68598 RAER= 6.48 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1655-532', 'J1659-5320' RA= 16:59:09.551324 DEC= -53:20:26.81005 RAER= 8.43 DECER= 4.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1657+173', 'J1659+1714' RA= 16:59:13.858894 DEC= +17:14:15.07014 RAER= 0.36 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1701+761', 'J1659+7602' RA= 16:59:16.694906 DEC= +76:02:42.84597 RAER= 8.85 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.070, 8.4, 0.049, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1656-103', 'J1659-1024' RA= 16:59:21.801543 DEC= -10:24:02.78966 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.051, 8.4, 0.052, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1657+265', 'J1659+2629' RA= 16:59:24.149456 DEC= +26:29:36.94313 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.107, 5.0, 0.337, 0.205, 8.4, 0.372, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2261 observations" / source= '1658+471', 'J1659+4702' RA= 16:59:28.876482 DEC= +47:02:55.18771 RAER= 1.03 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.019, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1657+376', 'J1659+3735' RA= 16:59:31.922634 DEC= +37:35:28.84395 RAER= 2.07 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.029, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1657+175', 'J1659+1726' RA= 16:59:33.071704 DEC= +17:26:28.55220 RAER= 1.83 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, n/a, 8.4, 0.120, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1657+022', 'J1659+0213' RA= 16:59:44.997274 DEC= +02:13:07.04389 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.166, 8.4, 0.148, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1657-042', 'J1659-0420' RA= 16:59:45.569780 DEC= -04:20:51.53415 RAER= 10.31 DECER= 12.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1657+131', 'J1659+1305' RA= 16:59:48.671760 DEC= +13:05:26.12091 RAER= 0.54 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.050, 8.4, 0.068, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1656-314', 'J1659-3130' RA= 16:59:48.917983 DEC= -31:30:47.71550 RAER= 0.89 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.140, n/a, 8.4, 0.111, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1659+601', 'J1659+6007' RA= 16:59:50.600186 DEC= +60:07:14.27227 RAER= 37.09 DECER= 18.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1659+588', 'J1659+5847' RA= 16:59:50.646515 DEC= +58:47:15.38612 RAER= 0.44 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '1656-307', 'J1659-3052' RA= 16:59:56.976520 DEC= -30:52:05.26029 RAER= 14.12 DECER= 28.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1700+685', 'J1700+6830' RA= 17:00:09.292866 DEC= +68:30:06.95903 RAER= 0.32 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.333, 0.200, 8.4, 0.400, 0.139, 15.2, 0.436, 0.297 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1026 observations" / source= '1658+460', 'J1700+4558' RA= 17:00:17.356715 DEC= +45:58:40.30881 RAER= 1.80 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1657-340', 'J1700-3409' RA= 17:00:17.945721 DEC= -34:09:15.65862 RAER= 18.31 DECER= 35.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1658+385', 'J1700+3830' RA= 17:00:19.967236 DEC= +38:30:34.13994 RAER= 0.38 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1657+054', 'J1700+0522' RA= 17:00:23.955994 DEC= +05:22:44.09516 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.116, 8.4, 0.206, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 765 observations" / source= '1659+594', 'J1700+5920' RA= 17:00:33.537839 DEC= +59:20:27.69547 RAER= 40.73 DECER= 20.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1658+302', 'J1700+3008' RA= 17:00:45.230652 DEC= +30:08:12.86079 RAER= 0.26 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.044, 8.4, 0.070, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1657-261', 'J1700-2610' RA= 17:00:53.154064 DEC= -26:10:51.72534 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.750, 0.236, 8.4, 1.118, 0.854, 15.2, 1.128, 0.999 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46711 observations" / source= '1657-307', 'J1700-3048' RA= 17:00:54.108626 DEC= -30:48:06.30234 RAER= 0.83 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations. No flux information" / source= '1657-314', 'J1700-3129' RA= 17:00:54.501116 DEC= -31:29:22.01309 RAER= 2.23 DECER= 5.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations. No flux information" / source= '1700+662', 'J1700+6612' RA= 17:00:59.195640 DEC= +66:12:27.47903 RAER= 1.50 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.041, 8.4, 0.070, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1657-298', 'J1701-2954' RA= 17:01:09.862752 DEC= -29:54:40.48242 RAER= 1.54 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.536, 0.337, 5.0, 0.188, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '1659+356', 'J1701+3533' RA= 17:01:12.372952 DEC= +35:33:53.39140 RAER= 0.30 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1657-342', 'J1701-3421' RA= 17:01:13.825619 DEC= -34:21:07.67223 RAER= 4.60 DECER= 8.89 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1658+056', 'J1701+0534' RA= 17:01:14.173165 DEC= +05:34:17.95907 RAER= 0.47 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.029, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1658-289', 'J1701-2902' RA= 17:01:19.738586 DEC= -29:02:01.75066 RAER= 25.65 DECER= 33.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1658+037', 'J1701+0338' RA= 17:01:21.378199 DEC= +03:38:51.17522 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.117, 8.4, 0.165, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 854 observations" / source= '1700+516', 'J1701+5133' RA= 17:01:22.349920 DEC= +51:33:49.68937 RAER= 0.53 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '1659+399', 'J1701+3954' RA= 17:01:24.634817 DEC= +39:54:37.09156 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.200, 5.0, 0.417, 0.376, 8.4, 0.295, 0.252 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3855 observations" / source= '1658-064', 'J1701-0631' RA= 17:01:24.926430 DEC= -06:31:33.77742 RAER= 0.82 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.053, 8.4, 0.038, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1658-157', 'J1701-1550' RA= 17:01:25.443776 DEC= -15:50:42.13432 RAER= 29.52 DECER= 16.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1658-189', 'J1701-1903' RA= 17:01:26.894141 DEC= -19:03:31.57289 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.079, 5.0, 0.149, 0.116, 8.4, 0.152, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '1657-569', 'J1701-5703' RA= 17:01:27.233253 DEC= -57:03:01.98634 RAER= 2.46 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1658-331', 'J1701-3314' RA= 17:01:27.775864 DEC= -33:14:51.26222 RAER= 5.67 DECER= 9.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1658-200', 'J1701-2007' RA= 17:01:35.524390 DEC= -20:07:59.19988 RAER= 5.02 DECER= 7.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1659+024', 'J1701+0221' RA= 17:01:35.837304 DEC= +02:21:28.55518 RAER= 1.04 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.070, 8.4, 0.093, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1659-037', 'J1701-0346' RA= 17:01:41.711101 DEC= -03:46:42.31486 RAER= 0.40 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.037, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1657-562', 'J1701-5621' RA= 17:01:44.858118 DEC= -56:21:55.90271 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.226, 0.531 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1173 observations" / source= '1659-159', 'J1701-1559' RA= 17:01:52.192605 DEC= -15:59:46.70672 RAER= 1.35 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1659+010', 'J1701+0059' RA= 17:01:56.052439 DEC= +00:59:44.40358 RAER= 2.03 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1700+267', 'J1702+2643' RA= 17:02:09.633315 DEC= +26:43:14.69353 RAER= 0.37 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1659-241', 'J1702-2415' RA= 17:02:14.242198 DEC= -24:15:08.74401 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.051, 8.4, 0.071, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '1700+151', 'J1702+1502' RA= 17:02:21.717970 DEC= +15:02:06.07893 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.067, 8.4, 0.098, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 725 observations" / source= '1659+012', 'J1702+0112' RA= 17:02:25.682694 DEC= +01:12:49.53452 RAER= 1.35 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1700+080', 'J1702+0757' RA= 17:02:27.979227 DEC= +07:57:04.61075 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.148, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1700+320', 'J1702+3157' RA= 17:02:32.610077 DEC= +31:57:52.36278 RAER= 0.29 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.030, 8.4, 0.042, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1701+553', 'J1702+5516' RA= 17:02:46.969051 DEC= +55:16:39.07355 RAER= 29.30 DECER= 13.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1659-440', 'J1702-4407' RA= 17:02:47.533192 DEC= -44:07:06.61578 RAER= 2.29 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.164, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1701+503', 'J1702+5017' RA= 17:02:53.212859 DEC= +50:17:41.92576 RAER= 1.21 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.230, 0.033, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1657-694', 'J1703-6931' RA= 17:03:05.671124 DEC= -69:31:20.84814 RAER= 5.23 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1701+145', 'J1703+1430' RA= 17:03:24.076952 DEC= +14:30:21.61081 RAER= 1.25 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1703+663', 'J1703+6618' RA= 17:03:26.128958 DEC= +66:18:47.36382 RAER= 12.77 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1701+269', 'J1703+2653' RA= 17:03:27.507376 DEC= +26:53:54.50401 RAER= 0.73 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.050, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1700-211', 'J1703-2110' RA= 17:03:27.529973 DEC= -21:10:49.66995 RAER= 0.76 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.038, 8.4, 0.053, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1702+457', 'J1703+4540' RA= 17:03:30.382894 DEC= +45:40:47.16823 RAER= 1.31 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1659-621', 'J1703-6212' RA= 17:03:36.541205 DEC= -62:12:40.00855 RAER= 0.23 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.740, 0.782 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 935 observations" / source= '1658-651', 'J1703-6511' RA= 17:03:50.453545 DEC= -65:11:06.32936 RAER= 3.15 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1700-291', 'J1703-2915' RA= 17:03:53.738335 DEC= -29:15:38.86047 RAER= 1.10 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1701+288', 'J1703+2848' RA= 17:03:55.195047 DEC= +28:48:53.74034 RAER= 8.39 DECER= 8.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '1706+768', 'J1703+7646' RA= 17:03:57.889551 DEC= +76:46:10.15891 RAER= 3.63 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.075, 8.4, 0.073, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1701-132', 'J1704-1316' RA= 17:04:05.086842 DEC= -13:16:34.23637 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.067, 8.4, 0.215, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 335 observations" / source= '1702+298', 'J1704+2946' RA= 17:04:07.165306 DEC= +29:46:59.46320 RAER= 0.60 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.036, 8.4, 0.052, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1701+016', 'J1704+0134' RA= 17:04:07.489157 DEC= +01:34:08.47375 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.280, 0.150, 5.0, 0.230, 0.050, 8.4, 0.162, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '1701+126', 'J1704+1234' RA= 17:04:09.580784 DEC= +12:34:21.50662 RAER= 0.34 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1702+206', 'J1704+2032' RA= 17:04:14.803188 DEC= +20:32:30.44367 RAER= 0.90 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1700-577', 'J1704-5751' RA= 17:04:18.061378 DEC= -57:51:01.60227 RAER= 2.92 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1701-137', 'J1704-1350' RA= 17:04:26.369882 DEC= -13:50:00.25810 RAER= 5.43 DECER= 6.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1701-054', 'J1704-0528' RA= 17:04:33.837697 DEC= -05:28:40.83349 RAER= 0.90 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1705+717', 'J1704+7138' RA= 17:04:46.977166 DEC= +71:38:17.60700 RAER= 0.92 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.034, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '1701-246', 'J1705-2445' RA= 17:05:01.282182 DEC= -24:45:09.75573 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.040, 8.4, 0.065, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1001 observations" / source= '1705+688', 'J1705+6849' RA= 17:05:02.768034 DEC= +68:49:39.26963 RAER= 2.24 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1659-697', 'J1705-6949' RA= 17:05:09.495819 DEC= -69:49:05.84401 RAER= 0.79 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.167, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1704+546', 'J1705+5436' RA= 17:05:20.568347 DEC= +54:36:59.82360 RAER= 1.14 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1707+779', 'J1705+7756' RA= 17:05:25.239026 DEC= +77:56:01.29288 RAER= 0.87 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.054, 8.4, 0.076, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '1704+512', 'J1705+5109' RA= 17:05:26.413563 DEC= +51:09:35.39597 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.049, 5.0, 0.087, 0.076, 8.4, 0.109, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '1703+223', 'J1705+2216' RA= 17:05:29.330378 DEC= +22:16:07.59725 RAER= 0.89 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1702-083', 'J1705-0825' RA= 17:05:35.711523 DEC= -08:25:05.02405 RAER= 0.71 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.105, 8.4, 0.099, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1702-285', 'J1705-2838' RA= 17:05:37.505064 DEC= -28:38:10.15260 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.026, 8.4, 0.094, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1702-254', 'J1705-2530' RA= 17:05:38.692170 DEC= -25:30:57.52157 RAER= 0.86 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1704+52A', 'J1705+5214' RA= 17:05:41.265992 DEC= +52:14:54.38162 RAER= 1.46 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1703-118', 'J1705-1153' RA= 17:05:49.237132 DEC= -11:53:05.52217 RAER= 0.99 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1703+097', 'J1705+0943' RA= 17:05:53.935732 DEC= +09:43:18.35912 RAER= 0.81 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1703-134', 'J1705-1331' RA= 17:05:54.031255 DEC= -13:31:42.46992 RAER= 10.21 DECER= 16.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1703-029', 'J1705-0303' RA= 17:05:55.827269 DEC= -03:03:15.97426 RAER= 1.46 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1703+100', 'J1705+1000' RA= 17:05:56.177502 DEC= +10:00:17.55364 RAER= 2.17 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1702-395', 'J1705-3937' RA= 17:05:57.453043 DEC= -39:37:00.47203 RAER= 6.78 DECER= 29.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1704+523', 'J1706+5218' RA= 17:06:00.939290 DEC= +52:18:42.72766 RAER= 3.58 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1703-185', 'J1706-1837' RA= 17:06:07.000583 DEC= -18:37:54.38192 RAER= 0.82 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.025, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1705+620', 'J1706+6200' RA= 17:06:15.035747 DEC= +62:00:32.52806 RAER= 2.72 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1705+572', 'J1706+5708' RA= 17:06:16.402613 DEC= +57:08:51.92328 RAER= 0.86 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.033, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 204 observations" / source= '1704+122', 'J1706+1208' RA= 17:06:20.497431 DEC= +12:08:59.79435 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.090, 8.4, 0.114, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 598 observations" / source= '1702-459', 'J1706-4600' RA= 17:06:22.050149 DEC= -46:00:17.82673 RAER= 1.60 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.171, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1703-372', 'J1706-3721' RA= 17:06:24.237548 DEC= -37:21:27.69083 RAER= 34.50 DECER= 49.86 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1703-203', 'J1706-2023' RA= 17:06:26.438135 DEC= -20:23:43.38419 RAER= 1.01 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.054, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1704+099', 'J1706+0953' RA= 17:06:36.727322 DEC= +09:53:59.63794 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.103, 8.4, 0.162, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 916 observations" / source= '1705+508', 'J1706+5049' RA= 17:06:39.831263 DEC= +50:49:16.96520 RAER= 2.10 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1704-015', 'J1706-0138' RA= 17:06:40.985907 DEC= -01:38:56.98181 RAER= 45.22 DECER= 20.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1704+323', 'J1706+3214' RA= 17:06:48.063080 DEC= +32:14:22.85426 RAER= 2.02 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1704+301', 'J1706+3004' RA= 17:06:50.440092 DEC= +30:04:12.59039 RAER= 0.65 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1704-194', 'J1706-1931' RA= 17:06:58.692854 DEC= -19:31:51.80797 RAER= 0.38 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.025, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1704-017', 'J1706-0148' RA= 17:06:59.044086 DEC= -01:48:15.63939 RAER= 21.10 DECER= 22.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1702-595', 'J1707-5934' RA= 17:07:10.630198 DEC= -59:34:59.90780 RAER= 2.68 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.145, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1704-286', 'J1707-2840' RA= 17:07:12.842543 DEC= -28:40:47.33317 RAER= 0.39 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '1704-178', 'J1707-1756' RA= 17:07:16.591274 DEC= -17:56:16.15355 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.049, 8.4, 0.037, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 737 observations" / source= '1705+456', 'J1707+4536' RA= 17:07:17.753420 DEC= +45:36:10.55286 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.506, 0.180, 5.0, 0.343, 0.148, 8.4, 0.325, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2377 observations" / source= '1704-141', 'J1707-1415' RA= 17:07:20.390555 DEC= -14:15:23.12697 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, 0.163, 8.4, 0.428, 0.370 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1705+421', 'J1707+4204' RA= 17:07:22.509618 DEC= +42:04:25.52286 RAER= 0.41 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 379 observations" / source= '1705+168', 'J1707+1648' RA= 17:07:31.548394 DEC= +16:48:44.71227 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.074, 8.4, 0.153, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1705+114', 'J1707+1122' RA= 17:07:32.480184 DEC= +11:22:00.70785 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.173, 5.0, 0.199, 0.169, 8.4, 0.177, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '1705+018', 'J1707+0148' RA= 17:07:34.415272 DEC= +01:48:45.69929 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.754, 0.479, 5.0, 1.032, 0.936, 8.4, 0.876, 0.682 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27577 observations" / source= '1705+003', 'J1707+0017' RA= 17:07:44.431308 DEC= +00:17:49.25230 RAER= 0.42 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1705+135', 'J1707+1331' RA= 17:07:45.637279 DEC= +13:31:05.23286 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.296, 0.257, 8.4, 0.255, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '1705+319', 'J1707+3152' RA= 17:07:46.226366 DEC= +31:52:38.02197 RAER= 15.77 DECER= 8.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1705+188', 'J1707+1846' RA= 17:07:53.747482 DEC= +18:46:39.02166 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.114, 5.0, 0.214, 0.111, 8.4, 0.183, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 519 observations" / source= '1705-025', 'J1708-0235' RA= 17:08:00.701211 DEC= -02:35:34.74414 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.107, 8.4, 0.072, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1706+338', 'J1708+3346' RA= 17:08:01.251456 DEC= +33:46:46.37669 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.081, 5.0, 0.124, 0.113, 8.4, 0.074, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 914 observations" / source= '1705+141', 'J1708+1402' RA= 17:08:01.604970 DEC= +14:02:34.04065 RAER= 0.34 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.103, 8.4, 0.094, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1706+255', 'J1708+2526' RA= 17:08:09.240065 DEC= +25:26:20.35799 RAER= 0.79 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1705-251', 'J1708-2514' RA= 17:08:22.208301 DEC= -25:14:34.30172 RAER= 0.30 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.042, 8.4, 0.064, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1706+062', 'J1708+0612' RA= 17:08:35.693133 DEC= +06:12:58.87287 RAER= 0.48 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.048, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1706+006', 'J1708+0035' RA= 17:08:44.647441 DEC= +00:35:09.51505 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.085, 5.0, 0.228, 0.112, 8.4, 0.187, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '1706+246', 'J1708+2435' RA= 17:08:46.127335 DEC= +24:35:28.86359 RAER= 0.99 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1706+094', 'J1709+0923' RA= 17:09:08.203582 DEC= +09:23:57.64668 RAER= 0.48 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '1706-266', 'J1709-2642' RA= 17:09:09.222176 DEC= -26:42:18.81334 RAER= 0.25 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.071, 8.4, 0.068, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 133 observations" / source= '1706-035', 'J1709-0336' RA= 17:09:09.983330 DEC= -03:36:28.58229 RAER= 1.15 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1706-256', 'J1709-2544' RA= 17:09:11.313968 DEC= -25:44:42.75719 RAER= 0.28 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.069, 8.4, 0.082, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '1706-259', 'J1709-2557' RA= 17:09:14.021131 DEC= -25:57:54.30274 RAER= 1.01 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.032, 8.4, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1705-353', 'J1709-3525' RA= 17:09:18.666258 DEC= -35:25:22.20350 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.079, 8.4, 0.224, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 274 observations" / source= '1706-230', 'J1709-2306' RA= 17:09:18.900239 DEC= -23:06:48.50158 RAER= 1.22 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.021, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1707+263', 'J1709+2617' RA= 17:09:19.340720 DEC= +26:17:29.26673 RAER= 0.36 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '1706-223', 'J1709-2226' RA= 17:09:28.287406 DEC= -22:26:50.54151 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.037, 8.4, 0.033, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '1706-174', 'J1709-1728' RA= 17:09:34.345393 DEC= -17:28:53.36499 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.453, 0.313, 8.4, 0.381, 0.241, 15.2, 0.383, 0.291 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4294 observations" / source= '1708+433', 'J1709+4318' RA= 17:09:41.086574 DEC= +43:18:44.53260 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.165, 5.0, 0.189, 0.161, 8.4, 0.353, 0.261, 15.2, 0.336, 0.280 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1721 observations" / source= '1707+068', 'J1709+0645' RA= 17:09:48.680041 DEC= +06:45:04.48981 RAER= 1.60 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1708+550', 'J1709+5502' RA= 17:09:51.948442 DEC= +55:02:09.60359 RAER= 3.34 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1707+099', 'J1709+0955' RA= 17:09:54.926793 DEC= +09:55:08.67658 RAER= 0.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.037, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1704-690', 'J1709-6905' RA= 17:09:55.591675 DEC= -69:05:23.92599 RAER= 3.78 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.142, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1706-202', 'J1709-2020' RA= 17:09:56.438370 DEC= -20:20:51.23989 RAER= 1.03 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.007, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1706-354', 'J1710-3529' RA= 17:10:02.705488 DEC= -35:29:42.80946 RAER= 1.61 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1708+488', 'J1710+4848' RA= 17:10:04.251614 DEC= +48:48:31.07993 RAER= 0.76 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.067, 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1707-001', 'J1710-0014' RA= 17:10:05.425356 DEC= -00:14:41.64297 RAER= 0.61 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.036, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1707-092', 'J1710-0920' RA= 17:10:07.663185 DEC= -09:20:34.13080 RAER= 2.52 DECER= 6.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1706-297', 'J1710-2948' RA= 17:10:07.869891 DEC= -29:48:49.07176 RAER= 11.85 DECER= 25.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1707-153', 'J1710-1526' RA= 17:10:11.951762 DEC= -15:26:40.79805 RAER= 0.80 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.047, 8.4, 0.026, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1707-038', 'J1710-0355' RA= 17:10:17.205368 DEC= -03:55:50.12923 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.081, 5.0, 0.211, n/a, 8.4, 0.176, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '1707-396', 'J1710-3941' RA= 17:10:31.700059 DEC= -39:41:16.51938 RAER= 28.07 DECER= 65.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1708+150', 'J1710+1457' RA= 17:10:32.733209 DEC= +14:57:53.36107 RAER= 2.79 DECER= 5.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1708+195', 'J1710+1930' RA= 17:10:53.098837 DEC= +19:30:36.98723 RAER= 0.80 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.018, 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1708-005', 'J1710-0036' RA= 17:10:57.889691 DEC= -00:36:32.03209 RAER= 0.56 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.032, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1708-142', 'J1710-1416' RA= 17:10:58.841982 DEC= -14:16:03.17357 RAER= 0.33 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, 0.028, 5.0, 0.086, 0.068, 8.4, 0.070, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1708+138', 'J1711+1348' RA= 17:11:00.169904 DEC= +13:48:17.32383 RAER= 1.38 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1707-329', 'J1711-3259' RA= 17:11:03.343746 DEC= -32:59:40.50750 RAER= 2.17 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations. No flux information" / source= '1709+383', 'J1711+3818' RA= 17:11:08.733271 DEC= +38:18:04.39845 RAER= 0.40 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '1709+303', 'J1711+3019' RA= 17:11:19.921465 DEC= +30:19:17.85996 RAER= 0.93 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.008, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1709+30A', 'J1711+301A' RA= 17:11:19.951730 DEC= +30:19:17.68099 RAER= 2.01 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1711+689', 'J1711+6853' RA= 17:11:20.175326 DEC= +68:53:01.67862 RAER= 2.80 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.095, 8.4, 0.085, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1707-376', 'J1711-3744' RA= 17:11:20.513529 DEC= -37:44:15.88076 RAER= 0.30 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, n/a, 8.4, 0.361, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1708-030', 'J1711-0306' RA= 17:11:21.954183 DEC= -03:06:57.02827 RAER= 7.89 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1708-244', 'J1711-2430' RA= 17:11:22.961635 DEC= -24:30:50.68662 RAER= 0.27 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '1708-250', 'J1711-2509' RA= 17:11:23.102273 DEC= -25:09:01.56285 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.053, 8.4, 0.122, 0.105, 22.2, 0.765, 0.443 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4120 observations" / source= '1709+307', 'J1711+3040' RA= 17:11:26.811355 DEC= +30:40:04.23979 RAER= 0.26 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1710+542', 'J1711+5411' RA= 17:11:40.504733 DEC= +54:11:45.13450 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.149, 5.0, 0.100, 0.081, 8.4, 0.158, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '1707-504', 'J1711-5028' RA= 17:11:40.992725 DEC= -50:28:17.40819 RAER= 2.17 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1709+050', 'J1711+0501' RA= 17:11:45.236792 DEC= +05:01:35.94921 RAER= 1.09 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.079, 8.4, 0.059, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1708-335', 'J1711-3338' RA= 17:11:48.993144 DEC= -33:38:41.06994 RAER= 0.38 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.067, 8.4, 0.078, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1708-264', 'J1711-2632' RA= 17:11:50.244631 DEC= -26:32:29.42870 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.025, 8.4, 0.126, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1713+736', 'J1711+7334' RA= 17:11:52.659581 DEC= +73:34:04.64799 RAER= 3.83 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.066, 8.4, 0.078, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1710+469', 'J1712+4655' RA= 17:12:01.318504 DEC= +46:55:57.71006 RAER= 0.42 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.027, 8.4, 0.042, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '1710+442', 'J1712+4413' RA= 17:12:02.778633 DEC= +44:13:37.04670 RAER= 0.37 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '1710+539', 'J1712+5355' RA= 17:12:03.458791 DEC= +53:55:27.29857 RAER= 31.85 DECER= 23.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1709+227', 'J1712+2241' RA= 17:12:03.770718 DEC= +22:41:08.65643 RAER= 0.78 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1708-351', 'J1712-3514' RA= 17:12:05.134858 DEC= -35:14:34.26877 RAER= 0.89 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1709+110', 'J1712+1057' RA= 17:12:06.516284 DEC= +10:57:52.29311 RAER= 0.61 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.020, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1711+609', 'J1712+6053' RA= 17:12:12.377307 DEC= +60:53:28.89903 RAER= 0.57 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1709-164', 'J1712-1628' RA= 17:12:26.170988 DEC= -16:28:59.83672 RAER= 0.75 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.015, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1710+156', 'J1712+1536' RA= 17:12:27.018246 DEC= +15:36:06.75793 RAER= 1.14 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1709-182', 'J1712-1820' RA= 17:12:31.697307 DEC= -18:20:02.76831 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.124, 8.4, 0.139, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 604 observations" / source= '1709-375', 'J1712-3736' RA= 17:12:38.798315 DEC= -37:36:46.74283 RAER= 1.40 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1709-245', 'J1712-2435' RA= 17:12:42.793229 DEC= -24:35:48.04292 RAER= 1.13 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '1710+295', 'J1712+2931' RA= 17:12:48.780900 DEC= +29:31:16.82848 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.006, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1710-049', 'J1712-0501' RA= 17:12:52.349568 DEC= -05:01:40.45819 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.045, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1713+721', 'J1712+7203' RA= 17:12:55.525807 DEC= +72:03:59.97247 RAER= 4.99 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1710-078', 'J1713-0756' RA= 17:13:00.021045 DEC= -07:56:36.00781 RAER= 0.66 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.011, 8.4, 0.047, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1709-296', 'J1713-2940' RA= 17:13:01.139894 DEC= -29:40:13.29196 RAER= 2.96 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1710+113', 'J1713+1117' RA= 17:13:02.343211 DEC= +11:17:05.47792 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.157, 8.4, 0.194, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1710+193', 'J1713+1917' RA= 17:13:03.484800 DEC= +19:17:33.46370 RAER= 2.11 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, n/a, 8.4, 0.123, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1710-082', 'J1713-0816' RA= 17:13:06.044427 DEC= -08:16:59.55012 RAER= 3.44 DECER= 7.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.187, 0.011, 8.4, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1710+060', 'J1713+0559' RA= 17:13:06.193896 DEC= +05:59:59.39536 RAER= 0.32 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.037, 8.4, 0.039, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1709-315', 'J1713-3139' RA= 17:13:09.530480 DEC= -31:39:11.89554 RAER= 2.12 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1709-342', 'J1713-3418' RA= 17:13:09.941535 DEC= -34:18:29.42811 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.414, n/a, 8.4, 0.519, 0.016, 22.2, 0.688, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1150 observations" / source= '1710-072', 'J1713-0717' RA= 17:13:16.857233 DEC= -07:17:24.03025 RAER= 0.45 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.036, 8.4, 0.040, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1713+641', 'J1713+6402' RA= 17:13:29.109472 DEC= +64:02:48.72888 RAER= 1.32 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1710-269', 'J1713-2658' RA= 17:13:31.275583 DEC= -26:58:52.52658 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.881, 0.166, 8.4, 0.842, 0.275, 22.2, 0.898, 0.293 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1879 observations" / source= '1711+219', 'J1713+2155' RA= 17:13:32.586584 DEC= +21:55:57.95693 RAER= 0.55 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.056, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1710-029', 'J1713-0259' RA= 17:13:35.051552 DEC= -02:59:02.41348 RAER= 0.60 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.239, 0.029, 8.4, 0.100, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1712+493', 'J1713+4916' RA= 17:13:35.147627 DEC= +49:16:32.53681 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.075, 5.0, 0.115, 0.110, 8.4, 0.167, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 938 observations" / source= '1711+169', 'J1713+1653' RA= 17:13:47.878383 DEC= +16:53:43.71585 RAER= 1.70 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1710-428', 'J1713-4257' RA= 17:13:48.180582 DEC= -42:57:21.26689 RAER= 1.01 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.246, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158 observations" / source= '1712+530', 'J1713+5300' RA= 17:13:49.870612 DEC= +53:00:32.79083 RAER= 0.48 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 407 observations" / source= '1710-323', 'J1713-3226' RA= 17:13:50.790230 DEC= -32:26:12.20904 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.310, 0.089, 8.4, 0.624, 0.180, 22.2, 0.084, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1173 observations" / source= '1710-311', 'J1713-3111' RA= 17:13:51.876393 DEC= -31:11:45.95566 RAER= 1.73 DECER= 7.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1731+869', 'J1713+8652' RA= 17:13:55.031802 DEC= +86:52:38.17289 RAER= 105.91 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.098, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1711-094', 'J1713-0930' RA= 17:13:58.322741 DEC= -09:30:06.86728 RAER= 11.03 DECER= 5.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1711-204', 'J1714-2027' RA= 17:14:05.438002 DEC= -20:27:49.32700 RAER= 1.51 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1710-337', 'J1714-3345' RA= 17:14:05.500255 DEC= -33:45:36.62762 RAER= 7.64 DECER= 26.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1711-127', 'J1714-1251' RA= 17:14:06.534846 DEC= -12:51:24.91396 RAER= 3.54 DECER= 8.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1712+196', 'J1714+1936' RA= 17:14:21.604560 DEC= +19:36:27.44612 RAER= 1.15 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.008, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1711-044', 'J1714-0427' RA= 17:14:21.844103 DEC= -04:27:25.61554 RAER= 0.64 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1711-280', 'J1714-2805' RA= 17:14:24.276404 DEC= -28:05:38.30231 RAER= 0.74 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations. No flux information" / source= '1712+419', 'J1714+4156' RA= 17:14:25.791962 DEC= +41:56:22.12228 RAER= 0.71 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1711-267', 'J1714-2648' RA= 17:14:32.407519 DEC= -26:48:15.41063 RAER= 0.33 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, n/a, 8.4, 0.136, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1711-208', 'J1714-2053' RA= 17:14:32.513048 DEC= -20:53:54.28953 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.061, 5.0, 0.119, 0.061, 8.4, 0.094, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1359 observations" / source= '1712+048', 'J1714+0447' RA= 17:14:39.148633 DEC= +04:47:59.66446 RAER= 0.28 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.116, 8.4, 0.070, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1711-209', 'J1714-2100' RA= 17:14:40.261978 DEC= -21:00:41.35521 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.028, 8.4, 0.138, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '1711-251', 'J1714-2514' RA= 17:14:47.847923 DEC= -25:14:35.08894 RAER= 2.62 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.078, 5.0, 0.042, n/a, 8.4, 0.047, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1712+262', 'J1714+2614' RA= 17:14:49.817788 DEC= +26:14:18.09877 RAER= 0.39 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.035, 8.4, 0.051, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1712-059', 'J1714-0558' RA= 17:14:56.573724 DEC= -05:58:20.59427 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.472, 0.193, 5.0, 0.485, 0.153, 8.4, 0.368, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '1712-217', 'J1715-2150' RA= 17:15:01.231214 DEC= -21:50:24.44940 RAER= 0.89 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1713+363', 'J1715+3619' RA= 17:15:08.369202 DEC= +36:19:50.21110 RAER= 0.61 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.045, 8.4, 0.058, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1712+062', 'J1715+0613' RA= 17:15:16.956911 DEC= +06:13:10.88718 RAER= 1.38 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1713+21A', 'J1715+2146' RA= 17:15:18.869375 DEC= +21:46:20.97474 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.027, 5.0, 0.036, 0.007, 8.4, 0.072, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 767 observations" / source= '1711-403', 'J1715-4025' RA= 17:15:21.089418 DEC= -40:25:40.74186 RAER= 1.81 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, n/a, 8.4, 0.192, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1713+218', 'J1715+2145' RA= 17:15:21.256841 DEC= +21:45:31.70318 RAER= 0.45 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.052, 5.0, 0.055, 0.013, 8.4, 0.031, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1172 observations" / source= '1714+574', 'J1715+5724' RA= 17:15:22.982420 DEC= +57:24:40.30304 RAER= 3.71 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020, 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1715+634', 'J1715+6323' RA= 17:15:35.957431 DEC= +63:23:35.99488 RAER= 5.21 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1713-035', 'J1715-0333' RA= 17:15:39.671225 DEC= -03:33:23.53487 RAER= 0.69 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.046, 8.4, 0.098, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1712-120', 'J1715-1206' RA= 17:15:41.352430 DEC= -12:06:21.93755 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.044, 8.4, 0.031, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 202 observations" / source= '1713-057', 'J1715-0547' RA= 17:15:45.892579 DEC= -05:47:40.37300 RAER= 9.31 DECER= 20.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1714+437', 'J1715+4340' RA= 17:15:55.985442 DEC= +43:40:17.06660 RAER= 1.80 DECER= 3.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1714+459', 'J1715+4552' RA= 17:15:56.675245 DEC= +45:52:09.82143 RAER= 2.09 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1713-04A', 'J1715-0453' RA= 17:15:57.801831 DEC= -04:53:44.32127 RAER= 0.79 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.083, 8.4, 0.128, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1713-166', 'J1716-1642' RA= 17:16:07.517193 DEC= -16:42:42.09267 RAER= 0.31 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.015, 5.0, 0.102, 0.096, 8.4, 0.075, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '1713-191', 'J1716-1909' RA= 17:16:09.878260 DEC= -19:09:33.84546 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.048, 8.4, 0.048, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '1715+535', 'J1716+5331' RA= 17:16:10.279298 DEC= +53:31:26.32494 RAER= 1.02 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.040, 8.4, 0.046, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1714+219', 'J1716+2152' RA= 17:16:11.190702 DEC= +21:52:13.66756 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.524, 0.087, 8.4, 0.339, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '1714+223', 'J1716+2219' RA= 17:16:13.176141 DEC= +22:19:28.05997 RAER= 0.57 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1716+686', 'J1716+6836' RA= 17:16:13.937991 DEC= +68:36:38.74494 RAER= 0.33 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.507, 0.376, 8.4, 0.483, 0.190, 15.2, 0.447, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 576 observations" / source= '1711-670', 'J1716-6706' RA= 17:16:22.335989 DEC= -67:06:24.11984 RAER= 7.01 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1713-342', 'J1716-3418' RA= 17:16:23.693226 DEC= -34:18:15.01913 RAER= 5.37 DECER= 10.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1713-048', 'J1716-0452' RA= 17:16:26.488079 DEC= -04:52:11.94519 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.167, 8.4, 0.378, 0.236 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1713-061', 'J1716-0613' RA= 17:16:27.074560 DEC= -06:13:56.25571 RAER= 0.36 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.040, 8.4, 0.058, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1713-000', 'J1716-0005' RA= 17:16:28.550846 DEC= -00:05:48.98415 RAER= 0.45 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.033, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1713-061', 'J1716-0614' RA= 17:16:30.637135 DEC= -06:14:33.45670 RAER= 27.14 DECER= 9.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1715+440', 'J1716+4357' RA= 17:16:38.186427 DEC= +43:57:17.48999 RAER= 0.75 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.036, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1714+347', 'J1716+3438' RA= 17:16:42.199785 DEC= +34:38:56.09045 RAER= 1.56 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a, 8.4, 0.009, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1713-218', 'J1716-2156' RA= 17:16:48.591221 DEC= -21:56:24.70000 RAER= 0.28 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations. No flux information" / source= '1713-469', 'J1716-4702' RA= 17:16:51.665138 DEC= -47:02:47.59127 RAER= 1.92 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1714+263', 'J1716+2616' RA= 17:16:51.834118 DEC= +26:16:10.83376 RAER= 0.19 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.102, 8.4, 0.104, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 629 observations" / source= '1714+231', 'J1716+2305' RA= 17:16:53.656281 DEC= +23:05:53.31945 RAER= 0.25 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.072, 8.4, 0.046, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '1713-297', 'J1716-2949' RA= 17:16:53.815668 DEC= -29:49:11.26468 RAER= 1.30 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024, 8.4, 0.038, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1712-607', 'J1716-6045' RA= 17:16:55.851025 DEC= -60:45:44.66835 RAER= 3.22 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1715+304', 'J1716+3024' RA= 17:16:59.936853 DEC= +30:24:43.38968 RAER= 0.25 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1714+152', 'J1717+1510' RA= 17:17:00.573234 DEC= +15:10:17.69039 RAER= 0.89 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1714+193', 'J1717+1917' RA= 17:17:01.165943 DEC= +19:17:40.65611 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.171, 8.4, 0.177, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '1712-569', 'J1717-5702' RA= 17:17:02.059590 DEC= -57:02:16.84726 RAER= 0.44 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1707-811', 'J1717-8115' RA= 17:17:11.483581 DEC= -81:15:09.58704 RAER= 8.94 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1715+264', 'J1717+2621' RA= 17:17:15.172305 DEC= +26:21:48.94172 RAER= 2.29 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1715+425', 'J1717+4226' RA= 17:17:19.209628 DEC= +42:26:59.84562 RAER= 0.24 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.051, 5.0, 0.122, 0.056, 8.4, 0.079, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1261 observations" / source= '1714+037', 'J1717+0340' RA= 17:17:19.479538 DEC= +03:40:12.31682 RAER= 0.56 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1715+391', 'J1717+3905' RA= 17:17:28.508325 DEC= +39:05:22.80197 RAER= 0.60 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '1713-518', 'J1717-5155' RA= 17:17:34.691721 DEC= -51:55:31.92447 RAER= 0.33 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1714-336', 'J1717-3342' RA= 17:17:36.029360 DEC= -33:42:08.82722 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.181, 8.4, 0.631, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1217 observations" / source= '1714-397', 'J1717-3948' RA= 17:17:38.598626 DEC= -39:48:52.62798 RAER= 1.72 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.671, 0.082, 8.4, 0.128, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '1715+225', 'J1717+2232' RA= 17:17:43.561334 DEC= +22:32:27.01764 RAER= 0.97 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.032, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1714-308', 'J1718-3056' RA= 17:18:05.149788 DEC= -30:56:16.15158 RAER= 0.61 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.011, 8.4, 0.049, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1716+448', 'J1718+4448' RA= 17:18:07.401444 DEC= +44:48:12.42171 RAER= 0.65 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '1715-112', 'J1718-1120' RA= 17:18:14.948091 DEC= -11:20:44.97620 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.035, 8.4, 0.085, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '1716+425', 'J1718+4228' RA= 17:18:15.191499 DEC= +42:28:18.35681 RAER= 0.61 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.031, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1715-266', 'J1718-2642' RA= 17:18:15.638685 DEC= -26:42:03.46171 RAER= 1.10 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '1715+012', 'J1718+0109' RA= 17:18:19.287873 DEC= +01:09:21.29894 RAER= 0.35 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.066, 8.4, 0.054, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1716+298', 'J1718+2948' RA= 17:18:27.177932 DEC= +29:48:00.28863 RAER= 0.36 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1715-159', 'J1718-1558' RA= 17:18:30.518467 DEC= -15:58:02.23226 RAER= 1.53 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.019, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1715-153', 'J1718-1523' RA= 17:18:33.965486 DEC= -15:23:44.78320 RAER= 1.23 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1715-096', 'J1718-0940' RA= 17:18:34.884229 DEC= -09:40:36.94435 RAER= 1.07 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.013, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1714-582', 'J1718-5815' RA= 17:18:37.795013 DEC= -58:15:39.87736 RAER= 0.40 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1717+368', 'J1718+3649' RA= 17:18:45.253436 DEC= +36:49:10.88905 RAER= 3.31 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1715-287', 'J1718-2850' RA= 17:18:49.379691 DEC= -28:50:41.09963 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.051, 5.0, 0.163, 0.089, 8.4, 0.138, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '1716+060', 'J1718+0601' RA= 17:18:49.833509 DEC= +06:01:32.78869 RAER= 0.35 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.052, 8.4, 0.039, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1717+547', 'J1718+5441' RA= 17:18:54.392504 DEC= +54:41:48.27039 RAER= 1.94 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1716+250', 'J1718+2500' RA= 17:18:54.951931 DEC= +25:00:51.09257 RAER= 0.64 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.080, 8.4, 0.094, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1714-626', 'J1718-6239' RA= 17:18:58.359051 DEC= -62:39:45.79237 RAER= 3.34 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1716-142', 'J1719-1420' RA= 17:19:02.019951 DEC= -14:20:19.01067 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.264, 8.4, 0.342, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1719+698', 'J1719+6949' RA= 17:19:03.788182 DEC= +69:49:28.44903 RAER= 2.77 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.019, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1717+228', 'J1719+2245' RA= 17:19:08.945100 DEC= +22:45:06.21533 RAER= 1.12 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1716+070', 'J1719+0658' RA= 17:19:10.933383 DEC= +06:58:15.74620 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.268, 0.197, 8.4, 0.254, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 854 observations" / source= '1717+178', 'J1719+1745' RA= 17:19:13.048486 DEC= +17:45:06.43725 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.597, 0.503, 8.4, 0.665, 0.320, 15.2, 0.838, 0.379 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9014 observations" / source= '1716+157', 'J1719+1543' RA= 17:19:13.903044 DEC= +15:43:05.48935 RAER= 1.38 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1717+490', 'J1719+4858' RA= 17:19:14.492590 DEC= +48:58:49.42574 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.043, 5.0, 0.076, 0.079, 8.4, 0.103, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 937 observations" / source= '1717+121', 'J1719+1207' RA= 17:19:21.497973 DEC= +12:07:21.93958 RAER= 0.82 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1717+247', 'J1719+2441' RA= 17:19:29.765541 DEC= +24:41:26.57305 RAER= 0.80 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1716-338', 'J1719-3354' RA= 17:19:34.379771 DEC= -33:54:50.40642 RAER= 1.46 DECER= 4.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1716-223', 'J1719-2225' RA= 17:19:35.329841 DEC= -22:25:08.01183 RAER= 0.67 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.023, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1718+481', 'J1719+4804' RA= 17:19:38.249615 DEC= +48:04:12.24836 RAER= 0.33 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.079, 5.0, 0.119, 0.111, 8.4, 0.037, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 777 observations" / source= '1715-482', 'J1719-4818' RA= 17:19:39.579541 DEC= -48:18:04.02774 RAER= 1.92 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.123, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1717+229', 'J1719+2254' RA= 17:19:49.171423 DEC= +22:54:31.01003 RAER= 0.99 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1717+083', 'J1719+0817' RA= 17:19:52.206220 DEC= +08:17:03.55408 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.312, 5.0, 0.570, 0.570, 8.4, 0.429, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '1717-024', 'J1719-0227' RA= 17:19:59.233088 DEC= -02:27:07.50797 RAER= 0.77 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.015, 8.4, 0.049, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1719+657', 'J1720+6542' RA= 17:20:03.016962 DEC= +65:42:48.21605 RAER= 1.78 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1718+361', 'J1720+3604' RA= 17:20:03.615987 DEC= +36:04:17.34491 RAER= 0.69 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.057, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1717-143', 'J1720-1426' RA= 17:20:04.185559 DEC= -14:26:04.71438 RAER= 6.32 DECER= 6.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.193, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1718+384', 'J1720+3825' RA= 17:20:10.334786 DEC= +38:25:56.16444 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.111, 8.4, 0.174, 0.164, 22.2, 0.165, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1892 observations" / source= '1718+236', 'J1720+2335' RA= 17:20:10.609614 DEC= +23:35:31.31722 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.040, 8.4, 0.142, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '1717+029', 'J1720+0253' RA= 17:20:19.581829 DEC= +02:53:30.97873 RAER= 0.56 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.019, 8.4, 0.038, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1717-009', 'J1720-0058' RA= 17:20:28.164551 DEC= -00:58:46.59158 RAER= 0.31 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.130, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '1716-516', 'J1720-5144' RA= 17:20:32.582162 DEC= -51:44:13.07798 RAER= 5.15 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations. No flux information" / source= '1718+001', 'J1720+0009' RA= 17:20:42.981741 DEC= +00:09:00.52988 RAER= 3.28 DECER= 5.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1717-229', 'J1720-2258' RA= 17:20:43.556983 DEC= -22:58:24.83884 RAER= 0.17 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.053, 8.4, 0.068, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1717-215', 'J1720-2135' RA= 17:20:44.850505 DEC= -21:35:39.34512 RAER= 0.46 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1717-236', 'J1720-2339' RA= 17:20:53.799058 DEC= -23:39:39.42963 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '1718-074', 'J1720-0731' RA= 17:20:54.191539 DEC= -07:31:06.04914 RAER= 0.70 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1717-372', 'J1720-3717' RA= 17:20:57.950197 DEC= -37:17:04.07680 RAER= 17.43 DECER= 36.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1717-289', 'J1720-2859' RA= 17:20:58.630611 DEC= -28:59:58.88003 RAER= 0.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.038, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '1718-084', 'J1720-0832' RA= 17:20:59.686015 DEC= -08:32:17.31837 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.107, 5.0, 0.143, 0.050, 8.4, 0.108, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 561 observations" / source= '1718+041', 'J1721+0404' RA= 17:21:05.153176 DEC= +04:04:30.48960 RAER= 0.39 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1718+164', 'J1721+1626' RA= 17:21:05.785094 DEC= +16:26:49.29801 RAER= 1.03 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1718-100', 'J1721-1005' RA= 17:21:06.877031 DEC= -10:05:10.29002 RAER= 0.44 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.028, 8.4, 0.072, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1719+357', 'J1721+3542' RA= 17:21:09.491051 DEC= +35:42:16.06350 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.200, 0.111, 5.0, 0.236, 0.122, 8.4, 0.174, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '1717-508', 'J1721-5055' RA= 17:21:18.981449 DEC= -50:55:48.32296 RAER= 1.01 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '1718-163', 'J1721-1622' RA= 17:21:20.182535 DEC= -16:22:02.63523 RAER= 1.06 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.011, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1719+212', 'J1721+2111' RA= 17:21:33.248295 DEC= +21:11:02.02500 RAER= 0.76 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.034, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1718-245', 'J1721-2438' RA= 17:21:34.092559 DEC= -24:38:06.24947 RAER= 4.87 DECER= 11.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1718-164', 'J1721-1628' RA= 17:21:34.655829 DEC= -16:28:55.53097 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.048, 8.4, 0.099, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '1720+521', 'J1721+5207' RA= 17:21:36.263600 DEC= +52:07:09.90305 RAER= 1.52 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.027, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1717-618', 'J1721-6154' RA= 17:21:39.016572 DEC= -61:54:43.01812 RAER= 0.29 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.247, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1719+326', 'J1721+3233' RA= 17:21:43.321253 DEC= +32:33:16.84571 RAER= 0.26 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 379 observations" / source= '1720+364', 'J1721+3625' RA= 17:21:48.041775 DEC= +36:25:59.75012 RAER= 0.88 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.035, 8.4, 0.043, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1718-259', 'J1721-2558' RA= 17:21:55.979142 DEC= -25:58:40.69283 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.031, 8.4, 0.213, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2478 observations" / source= '1719-155', 'J1721-1537' RA= 17:21:57.235018 DEC= -15:37:41.40318 RAER= 0.67 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.056, 8.4, 0.084, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1719-050', 'J1722-0503' RA= 17:22:03.538493 DEC= -05:03:25.00583 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.138, 5.0, 0.316, 0.173, 8.4, 0.262, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1721+569', 'J1722+5654' RA= 17:22:06.027459 DEC= +56:54:51.66566 RAER= 6.96 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1722+708', 'J1722+7046' RA= 17:22:07.546215 DEC= +70:46:26.32479 RAER= 2.27 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.239, 0.030, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1719-145', 'J1722-1435' RA= 17:22:13.850280 DEC= -14:35:00.42990 RAER= 0.23 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.053, 5.0, 0.102, 0.097, 8.4, 0.090, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1719-097', 'J1722-0946' RA= 17:22:15.662597 DEC= -09:46:27.51791 RAER= 0.91 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1720+382', 'J1722+3809' RA= 17:22:25.275302 DEC= +38:09:55.04101 RAER= 2.13 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1719-102', 'J1722-1016' RA= 17:22:28.375309 DEC= -10:16:20.52539 RAER= 0.63 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.021, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1720+374', 'J1722+3725' RA= 17:22:33.461402 DEC= +37:25:34.63382 RAER= 4.00 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1721+462', 'J1722+4609' RA= 17:22:34.047663 DEC= +46:09:40.91799 RAER= 0.89 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.023, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1719-372', 'J1722-3717' RA= 17:22:34.683880 DEC= -37:17:44.27778 RAER= 7.83 DECER= 17.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1721+437', 'J1722+4339' RA= 17:22:35.411375 DEC= +43:39:21.21389 RAER= 0.42 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '1721+589', 'J1722+5856' RA= 17:22:36.726589 DEC= +58:56:22.26071 RAER= 0.26 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.100, 5.0, 0.112, 0.072, 8.4, 0.160, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 849 observations" / source= '1722+611', 'J1722+6105' RA= 17:22:40.059378 DEC= +61:05:59.78722 RAER= 0.23 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.131, 5.0, 0.106, 0.100, 8.4, 0.210, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1211 observations" / source= '1722+617', 'J1722+6144' RA= 17:22:40.742644 DEC= +61:44:53.80445 RAER= 0.58 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '1720+282', 'J1722+2815' RA= 17:22:42.161590 DEC= +28:15:00.07612 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.164, 5.0, 0.304, 0.254, 8.4, 0.271, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1072 observations" / source= '1720+102', 'J1722+1013' RA= 17:22:44.582791 DEC= +10:13:35.77367 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.322, 0.184, 8.4, 0.282, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 896 observations" / source= '1720+250', 'J1722+2458' RA= 17:22:52.989976 DEC= +24:58:34.69253 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.431, 0.203, 5.0, 0.328, 0.167, 8.4, 0.201, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 574 observations" / source= '1722+562', 'J1722+5611' RA= 17:22:58.004061 DEC= +56:11:22.32059 RAER= 0.59 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 353 observations" / source= '1723+658', 'J1723+6547' RA= 17:23:14.138050 DEC= +65:47:46.17897 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.183, 8.4, 0.159, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 855 observations" / source= '1720+104', 'J1723+1022' RA= 17:23:16.117937 DEC= +10:22:41.19476 RAER= 0.62 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.016, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1720-202', 'J1723-2017' RA= 17:23:17.992188 DEC= -20:17:11.53001 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.042, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1722+539', 'J1723+5357' RA= 17:23:19.032052 DEC= +53:57:00.29883 RAER= 0.73 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.104, 8.4, 0.138, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1721+343', 'J1723+3417' RA= 17:23:20.795921 DEC= +34:17:57.96570 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.066, 5.0, 0.186, 0.063, 8.4, 0.118, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 954 observations" / source= '1721+421', 'J1723+4206' RA= 17:23:25.250395 DEC= +42:06:07.93470 RAER= 5.73 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1722+433', 'J1723+4318' RA= 17:23:31.736297 DEC= +43:18:09.91326 RAER= 0.96 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.040, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1720-395', 'J1723-3936' RA= 17:23:32.189300 DEC= -39:36:41.95995 RAER= 2.07 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1721-016', 'J1723-0139' RA= 17:23:36.269658 DEC= -01:39:45.42868 RAER= 0.71 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.040, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1721+277', 'J1723+2742' RA= 17:23:39.291658 DEC= +27:42:01.78878 RAER= 18.50 DECER= 13.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1722+526', 'J1723+5236' RA= 17:23:39.746459 DEC= +52:36:48.39565 RAER= 0.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.092, 5.0, 0.199, 0.107, 8.4, 0.198, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 867 observations" / source= '1718-649', 'J1723-6500' RA= 17:23:41.029552 DEC= -65:00:36.61182 RAER= 0.29 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 2.661, 0.903 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '1722+530', 'J1723+5303' RA= 17:23:49.967793 DEC= +53:03:09.60920 RAER= 2.53 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.021, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1716-771', 'J1723-7713' RA= 17:23:50.845156 DEC= -77:13:50.54739 RAER= 0.98 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.171, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '1726+769', 'J1723+7653' RA= 17:23:59.445111 DEC= +76:53:11.55186 RAER= 0.56 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.322, 0.215, 8.4, 0.291, 0.213, 15.2, 0.280, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 814 observations" / source= '1721+212', 'J1724+2113' RA= 17:24:00.075758 DEC= +21:13:32.81147 RAER= 3.88 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1722+389', 'J1724+3852' RA= 17:24:00.529521 DEC= +38:52:26.64675 RAER= 2.08 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.007, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1722+401', 'J1724+4004' RA= 17:24:05.428818 DEC= +40:04:36.45704 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.390, 0.189, 5.0, 0.419, 0.272, 8.4, 0.539, 0.338, 15.2, 0.590, 0.400 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 879 observations" / source= '1722+330', 'J1724+3303' RA= 17:24:14.197826 DEC= +33:03:03.93918 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.225, 5.0, 0.195, 0.158, 8.4, 0.250, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3184 observations" / source= '1722+485', 'J1724+4827' RA= 17:24:17.764949 DEC= +48:27:50.79222 RAER= 0.97 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.045, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1722+168', 'J1724+1648' RA= 17:24:21.400002 DEC= +16:48:18.96440 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.152, 8.4, 0.197, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '1721+034', 'J1724+0326' RA= 17:24:23.073296 DEC= +03:26:32.80430 RAER= 6.85 DECER= 9.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1721+024', 'J1724+0224' RA= 17:24:28.995070 DEC= +02:24:48.66989 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.045, 8.4, 0.043, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '1721-127', 'J1724-1246' RA= 17:24:33.811075 DEC= -12:46:52.10185 RAER= 0.34 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.048, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1723+453', 'J1724+4520' RA= 17:24:35.468515 DEC= +45:20:14.72660 RAER= 0.70 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.067, 8.4, 0.077, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1722-026', 'J1724-0243' RA= 17:24:37.808094 DEC= -02:43:05.65338 RAER= 0.34 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.014, 8.4, 0.027, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1721-187', 'J1724-1848' RA= 17:24:38.151349 DEC= -18:48:00.46111 RAER= 2.05 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1723+471', 'J1724+4707' RA= 17:24:38.665181 DEC= +47:07:20.11319 RAER= 3.14 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1721-136', 'J1724-1340' RA= 17:24:39.856523 DEC= -13:40:47.11558 RAER= 0.39 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.092, 8.4, 0.073, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1724+609', 'J1724+6055' RA= 17:24:41.415077 DEC= +60:55:55.72748 RAER= 0.28 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.092, 5.0, 0.158, 0.090, 8.4, 0.150, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '1721-169', 'J1724-1656' RA= 17:24:44.981162 DEC= -16:56:40.25281 RAER= 11.99 DECER= 16.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1723+492', 'J1724+4913' RA= 17:24:46.290263 DEC= +49:13:45.23989 RAER= 1.03 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.026, 8.4, 0.039, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1721-146', 'J1724-1443' RA= 17:24:46.966546 DEC= -14:43:59.76067 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.316, 0.232, 8.4, 0.322, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '1720-591', 'J1724-5911' RA= 17:24:49.678464 DEC= -59:11:25.01724 RAER= 1.78 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1722-094', 'J1724-0932' RA= 17:24:57.906964 DEC= -09:32:10.35564 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.058, 8.4, 0.062, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1723+465', 'J1725+4627' RA= 17:25:01.917361 DEC= +46:27:55.78040 RAER= 2.08 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.028, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1722+119', 'J1725+1152' RA= 17:25:04.340902 DEC= +11:52:15.47153 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.061, 5.0, 0.116, n/a, 8.4, 0.084, 0.070, 15.2, 0.065, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2317 observations" / source= '1722+064', 'J1725+0622' RA= 17:25:07.486569 DEC= +06:22:41.12070 RAER= 1.17 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1723+304', 'J1725+3026' RA= 17:25:17.495751 DEC= +30:26:40.82884 RAER= 0.20 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1722-048', 'J1725-0453' RA= 17:25:25.743318 DEC= -04:53:35.83821 RAER= 0.33 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.036, 8.4, 0.053, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1727+771', 'J1725+7708' RA= 17:25:29.655329 DEC= +77:08:05.21664 RAER= 0.67 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.096, 8.4, 0.146, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 625 observations" / source= '1724+530', 'J1725+5301' RA= 17:25:30.505794 DEC= +53:01:27.18810 RAER= 1.10 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.044, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1724+589', 'J1725+5851' RA= 17:25:35.021677 DEC= +58:51:39.99656 RAER= 0.27 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.043, 8.4, 0.048, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 878 observations" / source= '1724+521', 'J1725+5204' RA= 17:25:46.300238 DEC= +52:04:26.37656 RAER= 1.62 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1722-205', 'J1725-2036' RA= 17:25:50.063150 DEC= -20:36:43.00156 RAER= 0.97 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1728+774', 'J1725+7726' RA= 17:25:50.647847 DEC= +77:26:23.77309 RAER= 1.35 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.366, 0.054, 8.4, 0.097, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1719-729', 'J1726-7259' RA= 17:26:01.112425 DEC= -72:59:59.99222 RAER= 2.05 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.232, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1725+602', 'J1726+6011' RA= 17:26:01.882240 DEC= +60:11:00.28130 RAER= 0.58 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1723+111', 'J1726+1104' RA= 17:26:09.125164 DEC= +11:04:29.62254 RAER= 1.17 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.013, 8.4, 0.029, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1724+254', 'J1726+2525' RA= 17:26:23.080214 DEC= +25:25:00.07542 RAER= 37.69 DECER= 17.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1723-033', 'J1726-0324' RA= 17:26:23.354793 DEC= -03:24:58.62422 RAER= 0.59 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.040, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1723+051', 'J1726+0504' RA= 17:26:24.783436 DEC= +05:04:42.67729 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.083, 8.4, 0.104, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '1724+399', 'J1726+3957' RA= 17:26:32.661614 DEC= +39:57:02.25106 RAER= 0.37 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 381 observations" / source= '1724+322', 'J1726+3213' RA= 17:26:35.124668 DEC= +32:13:23.02221 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.124, 5.0, 0.190, 0.151, 8.4, 0.286, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1112 observations" / source= '1723-148', 'J1726-1452' RA= 17:26:35.901161 DEC= -14:52:26.41817 RAER= 0.48 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.045, 8.4, 0.031, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1725+530', 'J1726+5300' RA= 17:26:42.404497 DEC= +53:00:30.81963 RAER= 3.27 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.016, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1724+066', 'J1726+0639' RA= 17:26:44.945284 DEC= +06:39:18.51003 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.135, 8.4, 0.153, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '1722-554', 'J1726-5529' RA= 17:26:49.626811 DEC= -55:29:40.46560 RAER= 0.71 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.734, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '1724+273', 'J1726+2717' RA= 17:26:53.406856 DEC= +27:17:16.31397 RAER= 0.78 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.092, 8.4, 0.127, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1724+220', 'J1726+2201' RA= 17:26:55.246805 DEC= +22:01:02.44754 RAER= 0.94 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1724+058', 'J1726+0549' RA= 17:26:55.373765 DEC= +05:49:07.40622 RAER= 0.48 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.027, 8.4, 0.038, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1725+438', 'J1726+4348' RA= 17:26:57.239488 DEC= +43:48:14.22306 RAER= 0.59 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.027, 8.4, 0.096, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1722-644', 'J1726-6427' RA= 17:26:57.826350 DEC= -64:27:52.70585 RAER= 0.85 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.550, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1723-229', 'J1726-2258' RA= 17:26:58.904517 DEC= -22:58:01.54581 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.890, 0.144, 8.4, 0.479, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 724 observations" / source= '1724+055', 'J1727+0528' RA= 17:27:04.549890 DEC= +05:28:52.20794 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.127, 8.4, 0.157, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1724-088', 'J1727-0854' RA= 17:27:09.290122 DEC= -08:54:32.87584 RAER= 26.21 DECER= 49.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1724-109', 'J1727-1057' RA= 17:27:15.983767 DEC= -10:57:48.55899 RAER= 35.50 DECER= 27.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1724-198', 'J1727-1951' RA= 17:27:19.976444 DEC= -19:51:46.66188 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.041, 8.4, 0.086, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '1724+067', 'J1727+0641' RA= 17:27:20.038538 DEC= +06:41:21.33166 RAER= 1.41 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1726+552', 'J1727+5510' RA= 17:27:23.469314 DEC= +55:10:53.53543 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.139, 5.0, 0.131, 0.093, 8.4, 0.209, 0.142, 15.2, 0.235, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1277 observations" / source= '1727+693', 'J1727+6920' RA= 17:27:26.518621 DEC= +69:20:40.90129 RAER= 2.64 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.045, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1726+455', 'J1727+4530' RA= 17:27:27.650803 DEC= +45:30:39.73130 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.835, 0.661, 5.0, 1.201, 0.990, 8.4, 0.816, 0.504, 15.2, 1.018, 0.836, 22.2, 0.252, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115142 observations" / source= '1726+588', 'J1727+5846' RA= 17:27:32.401639 DEC= +58:46:34.36571 RAER= 0.56 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '1725+287', 'J1727+2841' RA= 17:27:34.030834 DEC= +28:41:47.18227 RAER= 0.66 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.032, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1726+470', 'J1727+4703' RA= 17:27:35.466288 DEC= +47:03:30.17138 RAER= 0.72 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.046, 8.4, 0.050, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1720-757', 'J1727-7546' RA= 17:27:46.372465 DEC= -75:46:18.24557 RAER= 7.24 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1724-356', 'J1727-3538' RA= 17:27:49.500373 DEC= -35:38:57.80409 RAER= 4.57 DECER= 4.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1725+107', 'J1727+1043' RA= 17:27:56.499816 DEC= +10:43:20.49326 RAER= 1.22 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1725+123', 'J1728+1215' RA= 17:28:07.051219 DEC= +12:15:39.48552 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.189, 5.0, 0.313, 0.251, 8.4, 0.461, 0.345, 15.2, 0.609, 0.504 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8727 observations" / source= '1725-226', 'J1728-2239' RA= 17:28:08.656759 DEC= -22:39:40.57667 RAER= 0.87 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1725-018', 'J1728-0154' RA= 17:28:16.867806 DEC= -01:54:33.21723 RAER= 2.11 DECER= 4.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1727+502', 'J1728+5013' RA= 17:28:18.624039 DEC= +50:13:10.46995 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.098, 5.0, 0.102, 0.050, 8.4, 0.110, 0.071, 15.2, 0.121, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1675 observations" / source= '1726+318', 'J1728+3146' RA= 17:28:20.108571 DEC= +31:46:02.58757 RAER= 4.11 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1726+222', 'J1728+2212' RA= 17:28:21.490456 DEC= +22:12:44.55348 RAER= 2.74 DECER= 6.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1725+044', 'J1728+0427' RA= 17:28:24.952727 DEC= +04:27:04.91389 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.605, 0.364, 5.0, 0.681, 0.183, 8.4, 0.620, 0.333, 15.2, 0.728, 0.415 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4642 observations" / source= '1726+158', 'J1728+1545' RA= 17:28:31.216841 DEC= +15:45:44.67898 RAER= 3.82 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1725-271', 'J1728-2712' RA= 17:28:35.924771 DEC= -27:12:36.06870 RAER= 19.94 DECER= 32.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1726+285', 'J1728+2829' RA= 17:28:40.523988 DEC= +28:29:09.27787 RAER= 0.41 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.042, 8.4, 0.059, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1730+755', 'J1728+7529' RA= 17:28:45.100181 DEC= +75:29:58.52895 RAER= 2.06 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.093, 8.4, 0.059, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1729+725', 'J1728+7229' RA= 17:28:45.317741 DEC= +72:29:38.93443 RAER= 13.23 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1726-038', 'J1728-0350' RA= 17:28:50.235133 DEC= -03:50:50.43526 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.059, 8.4, 0.190, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '1726+195', 'J1728+1931' RA= 17:28:54.865007 DEC= +19:31:11.16476 RAER= 0.49 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.050, 8.4, 0.078, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1727+386', 'J1728+3838' RA= 17:28:59.141409 DEC= +38:38:26.44860 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.069, 5.0, 0.209, 0.168, 8.4, 0.240, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 884 observations" / source= '1726-142', 'J1729-1416' RA= 17:29:06.295083 DEC= -14:16:15.88925 RAER= 0.80 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.017, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1726-269', 'J1729-2657' RA= 17:29:08.216363 DEC= -26:57:50.74407 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.056, 5.0, 0.178, 0.013, 8.4, 0.153, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1969 observations" / source= '1727+427', 'J1729+4243' RA= 17:29:09.426889 DEC= +42:43:21.10303 RAER= 2.02 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1727+166', 'J1729+1637' RA= 17:29:23.841381 DEC= +16:37:03.29385 RAER= 0.82 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.016, 8.4, 0.041, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1726-075', 'J1729-0735' RA= 17:29:34.946443 DEC= -07:35:32.38468 RAER= 0.46 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.069, 8.4, 0.083, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1727+262', 'J1729+2612' RA= 17:29:41.550737 DEC= +26:12:35.49579 RAER= 0.51 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.040, 8.4, 0.050, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1726-225', 'J1729-2235' RA= 17:29:42.283341 DEC= -22:35:17.49991 RAER= 2.64 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1733+796', 'J1729+7935' RA= 17:29:45.046208 DEC= +79:35:09.60167 RAER= 0.71 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.106, 5.0, 0.161, 0.134, 8.4, 0.161, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 266 observations" / source= '1727+174', 'J1730+1724' RA= 17:30:05.422968 DEC= +17:24:44.36299 RAER= 1.34 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1727-180', 'J1730-1803' RA= 17:30:09.809320 DEC= -18:03:40.18576 RAER= 0.54 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044, 8.4, 0.067, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1728+082', 'J1730+0810' RA= 17:30:12.267967 DEC= +08:10:21.89453 RAER= 0.81 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.024, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1728+086', 'J1730+0836' RA= 17:30:29.207528 DEC= +08:36:25.11665 RAER= 1.62 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1727-052', 'J1730-0515' RA= 17:30:33.075778 DEC= -05:15:08.07091 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.108, 5.0, 0.214, 0.014, 8.4, 0.100, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1728+004', 'J1730+0024' RA= 17:30:34.999473 DEC= +00:24:38.69150 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.183, 8.4, 0.293, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 730 observations" / source= '1727-211', 'J1730-2111' RA= 17:30:39.471371 DEC= -21:11:15.51417 RAER= 0.42 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '1729+410', 'J1730+4102' RA= 17:30:41.618437 DEC= +41:02:58.22995 RAER= 0.66 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, n/a, 8.4, 0.081, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1729+491', 'J1730+4906' RA= 17:30:44.571674 DEC= +49:06:25.88235 RAER= 1.06 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.042, 8.4, 0.056, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1729+372', 'J1730+3714' RA= 17:30:47.044799 DEC= +37:14:55.13071 RAER= 0.48 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.042, 8.4, 0.058, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 472 observations" / source= '1730+604', 'J1730+6025' RA= 17:30:52.713398 DEC= +60:25:16.72439 RAER= 0.25 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.057, 5.0, 0.041, 0.042, 8.4, 0.068, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1425 observations" / source= '1729+382', 'J1730+3811' RA= 17:30:54.113817 DEC= +38:11:50.85490 RAER= 0.63 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '1729+501', 'J1731+5007' RA= 17:31:03.684453 DEC= +50:07:35.28502 RAER= 1.80 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1727-345', 'J1731-3432' RA= 17:31:07.661664 DEC= -34:32:23.13424 RAER= 1.37 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations. No flux information" / source= '1729+178', 'J1731+1749' RA= 17:31:12.881276 DEC= +17:49:52.81123 RAER= 2.08 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1729+325', 'J1731+3232' RA= 17:31:14.532209 DEC= +32:32:48.49702 RAER= 1.22 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.015, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1727-379', 'J1731-3802' RA= 17:31:21.053544 DEC= -38:02:12.19327 RAER= 1.36 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1728-047', 'J1731-0446' RA= 17:31:24.730444 DEC= -04:46:18.07475 RAER= 3.26 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1730+515', 'J1731+5128' RA= 17:31:36.588288 DEC= +51:28:57.37514 RAER= 15.29 DECER= 16.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1729+174', 'J1731+1725' RA= 17:31:43.179419 DEC= +17:25:28.90082 RAER= 0.66 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.036, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1729+112', 'J1731+1115' RA= 17:31:43.497604 DEC= +11:15:06.49877 RAER= 0.37 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.038, 8.4, 0.063, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1728-300', 'J1731-3003' RA= 17:31:46.851363 DEC= -30:03:08.95441 RAER= 0.29 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.013, 8.4, 0.071, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '1728-272', 'J1731-2719' RA= 17:31:49.016752 DEC= -27:19:28.59473 RAER= 0.81 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1728-347', 'J1731-3450' RA= 17:31:55.398454 DEC= -34:50:00.14895 RAER= 45.57 DECER= 61.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1730+463', 'J1731+4617' RA= 17:31:57.070044 DEC= +46:17:18.80389 RAER= 0.69 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.084, 8.4, 0.070, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1729+019', 'J1732+0154' RA= 17:32:04.602743 DEC= +01:54:29.45967 RAER= 0.45 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1729-192', 'J1732-1917' RA= 17:32:08.576473 DEC= -19:17:17.37198 RAER= 16.55 DECER= 19.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1729+125', 'J1732+1231' RA= 17:32:08.816449 DEC= +12:31:19.59297 RAER= 1.73 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.023, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1729-220', 'J1732-2206' RA= 17:32:18.642399 DEC= -22:06:22.33367 RAER= 1.67 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '1729+010', 'J1732+0059' RA= 17:32:24.862619 DEC= +00:59:42.82298 RAER= 2.71 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1729-044', 'J1732-0429' RA= 17:32:28.062724 DEC= -04:29:06.78324 RAER= 2.33 DECER= 5.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1728-558', 'J1732-5553' RA= 17:32:28.248551 DEC= -55:53:51.40865 RAER= 2.20 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1730+196', 'J1732+1934' RA= 17:32:33.766352 DEC= +19:34:22.15835 RAER= 1.09 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1729-177', 'J1732-1744' RA= 17:32:43.250443 DEC= -17:44:12.75149 RAER= 0.55 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.033, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1730+206', 'J1732+2038' RA= 17:32:50.452580 DEC= +20:38:15.93070 RAER= 6.75 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1730+090', 'J1732+0858' RA= 17:32:53.034927 DEC= +08:58:29.83445 RAER= 0.37 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.024, 8.4, 0.040, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1732+655', 'J1732+6533' RA= 17:32:53.995044 DEC= +65:33:25.21471 RAER= 1.62 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.035, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1730+166', 'J1733+1635' RA= 17:33:01.544603 DEC= +16:35:52.63983 RAER= 0.48 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.044, 8.4, 0.078, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1730-130', 'J1733-1304' RA= 17:33:02.705792 DEC= -13:04:49.54817 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 4.642, 1.920, 5.0, 5.142, 2.347, 8.4, 3.888, 1.799, 15.2, 3.931, 2.400 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47653 observations" / source= '1729-373', 'J1733-3722' RA= 17:33:15.193046 DEC= -37:22:32.39978 RAER= 0.22 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.826, 0.070, 5.0, 1.514, 0.096, 8.4, 1.093, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 626 observations" / source= '1731+152', 'J1733+1513' RA= 17:33:22.603040 DEC= +15:13:22.22909 RAER= 0.52 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.052, 8.4, 0.087, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1729-396', 'J1733-3942' RA= 17:33:27.360511 DEC= -39:42:12.86328 RAER= 6.60 DECER= 20.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1734+726', 'J1733+7234' RA= 17:33:28.359620 DEC= +72:34:51.96950 RAER= 12.49 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1731+081', 'J1733+0804' RA= 17:33:32.594989 DEC= +08:04:37.53525 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.220, 0.043, 8.4, 0.116, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1730-049', 'J1733-0456' RA= 17:33:33.010238 DEC= -04:56:01.97821 RAER= 0.34 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.171, 0.108, 8.4, 0.170, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1729-608', 'J1733-6055' RA= 17:33:38.578226 DEC= -60:55:44.28435 RAER= 67.45 DECER= 11.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1725-795', 'J1733-7935' RA= 17:33:40.700245 DEC= -79:35:55.71665 RAER= 0.60 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.419, 0.324 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1730-306', 'J1733-3041' RA= 17:33:44.852732 DEC= -30:41:41.03923 RAER= 28.04 DECER= 38.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1731+066', 'J1733+0634' RA= 17:33:57.150610 DEC= +06:34:04.21997 RAER= 0.39 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.035, 8.4, 0.031, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1731+08A', 'J1734+0806' RA= 17:34:00.531679 DEC= +08:06:28.26224 RAER= 1.04 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.003 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1731-162', 'J1734-1616' RA= 17:34:01.603619 DEC= -16:16:43.43106 RAER= 1.05 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1732+335', 'J1734+3331' RA= 17:34:04.418100 DEC= +33:31:49.05179 RAER= 0.75 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.030, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1732+475', 'J1734+4731' RA= 17:34:05.308628 DEC= +47:31:47.93305 RAER= 3.95 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1731+039', 'J1734+0352' RA= 17:34:11.699512 DEC= +03:52:43.42638 RAER= 0.41 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1732+320', 'J1734+3201' RA= 17:34:19.667240 DEC= +32:01:01.36006 RAER= 0.54 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.036, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1732+389', 'J1734+3857' RA= 17:34:20.578534 DEC= +38:57:51.44309 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.805, 0.617, 5.0, 0.845, 0.766, 8.4, 0.799, 0.549, 15.2, 0.961, 0.598 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31324 observations" / source= '1732+256', 'J1734+2537' RA= 17:34:27.003624 DEC= +25:37:18.56486 RAER= 0.49 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.032, 8.4, 0.057, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1733+464', 'J1734+4625' RA= 17:34:30.300944 DEC= +46:25:53.11009 RAER= 0.65 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '1732+160', 'J1734+1600' RA= 17:34:42.602536 DEC= +16:00:32.33910 RAER= 1.25 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1731-295', 'J1734-2932' RA= 17:34:50.139428 DEC= -29:32:32.16544 RAER= 3.64 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1732-008', 'J1734-0053' RA= 17:34:55.357863 DEC= -00:53:25.63091 RAER= 0.71 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1732+094', 'J1734+0926' RA= 17:34:58.376926 DEC= +09:26:58.26168 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.308, 0.478, 8.4, 0.521, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 663 observations" / source= '1733+472', 'J1735+4712' RA= 17:35:06.261945 DEC= +47:12:56.79237 RAER= 2.34 DECER= 5.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1730-622', 'J1735-6215' RA= 17:35:07.929662 DEC= -62:15:21.52991 RAER= 0.49 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.199, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1732-092', 'J1735-0916' RA= 17:35:08.400106 DEC= -09:16:37.77595 RAER= 1.32 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1732+081', 'J1735+0808' RA= 17:35:10.445475 DEC= +08:08:31.06311 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.131, 5.0, 0.181, 0.139, 8.4, 0.227, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1733+251', 'J1735+2505' RA= 17:35:13.126738 DEC= +25:05:09.06112 RAER= 1.01 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.032, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1732-074', 'J1735-0726' RA= 17:35:13.451653 DEC= -07:26:40.81676 RAER= 1.42 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1734+568', 'J1735+5650' RA= 17:35:13.773391 DEC= +56:50:21.78308 RAER= 4.43 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.009, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1734+529', 'J1735+5255' RA= 17:35:19.841201 DEC= +52:55:55.28926 RAER= 0.86 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.041, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1732-296', 'J1735-2939' RA= 17:35:21.968268 DEC= -29:39:26.24168 RAER= 11.59 DECER= 15.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1732-059', 'J1735-0559' RA= 17:35:26.784355 DEC= -05:59:50.21062 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.501, 0.203, 8.4, 0.171, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '1732-112', 'J1735-1117' RA= 17:35:27.176605 DEC= -11:17:34.49021 RAER= 0.26 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1734+567', 'J1735+5644' RA= 17:35:32.579793 DEC= +56:44:25.30694 RAER= 1.84 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.024, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1732-391', 'J1735-3913' RA= 17:35:34.859101 DEC= -39:13:12.15116 RAER= 5.96 DECER= 12.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1733-073', 'J1735-0720' RA= 17:35:43.720379 DEC= -07:20:52.78541 RAER= 0.54 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1734+363', 'J1735+3616' RA= 17:35:48.086623 DEC= +36:16:45.61157 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.261, 5.0, 0.497, 0.390, 8.4, 0.361, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 975 observations" / source= '1734+508', 'J1735+5049' RA= 17:35:49.005180 DEC= +50:49:11.56593 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.666, 0.292, 5.0, 0.682, 0.384, 8.4, 0.862, 0.382 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '1733+059', 'J1735+0553' RA= 17:35:50.809042 DEC= +05:53:41.36678 RAER= 0.59 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.024, 8.4, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1733+168', 'J1736+1646' RA= 17:36:03.659822 DEC= +16:46:51.40860 RAER= 0.60 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.033, 8.4, 0.084, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1733+205', 'J1736+2033' RA= 17:36:05.261488 DEC= +20:33:01.19273 RAER= 0.40 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 147 observations" / source= '1733-275', 'J1736-2737' RA= 17:36:10.177650 DEC= -27:37:20.22262 RAER= 0.30 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.009, 8.4, 0.079, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 166 observations" / source= '1732-335', 'J1736-3331' RA= 17:36:15.071464 DEC= -33:31:59.88581 RAER= 0.90 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1733-184', 'J1736-1827' RA= 17:36:15.416123 DEC= -18:27:34.38582 RAER= 0.77 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.024, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1734+065', 'J1736+0631' RA= 17:36:28.583724 DEC= +06:31:47.52658 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.079, 8.4, 0.220, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '1732-598', 'J1736-5951' RA= 17:36:30.849592 DEC= -59:51:58.75111 RAER= 3.38 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1733-344', 'J1736-3427' RA= 17:36:37.307866 DEC= -34:27:38.58581 RAER= 2.75 DECER= 11.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1733-197', 'J1736-1944' RA= 17:36:42.282854 DEC= -19:44:34.05207 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.049, 8.4, 0.055, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1059 observations" / source= '1733-339', 'J1736-3400' RA= 17:36:57.824535 DEC= -34:00:30.45084 RAER= 0.74 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.077, 5.0, 0.081, n/a, 8.4, 0.060, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '1734-036', 'J1737-0343' RA= 17:37:01.315865 DEC= -03:43:26.71786 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.038, 8.4, 0.067, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1734-228', 'J1737-2251' RA= 17:37:02.033728 DEC= -22:51:55.39273 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.046, 5.0, 0.141, 0.019, 8.4, 0.132, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '1733-368', 'J1737-3653' RA= 17:37:02.858558 DEC= -36:53:34.59409 RAER= 0.51 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.016, 8.4, 0.068, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 106 observations" / source= '1736+524', 'J1737+5227' RA= 17:37:07.548446 DEC= +52:27:40.10448 RAER= 1.26 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.040, 8.4, 0.037, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1734+063', 'J1737+0621' RA= 17:37:13.729019 DEC= +06:21:03.57223 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.770, 0.312, 8.4, 0.416, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 920 observations" / source= '1732-593', 'J1737-5921' RA= 17:37:19.672547 DEC= -59:21:41.89135 RAER= 0.28 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.284, 0.319 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '1735+339', 'J1737+3357' RA= 17:37:21.509077 DEC= +33:57:29.86242 RAER= 0.99 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1758+873', 'J1737+8717' RA= 17:37:22.091553 DEC= +87:17:44.41335 RAER= 8.85 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '1733-397', 'J1737-3946' RA= 17:37:25.733387 DEC= -39:46:10.25068 RAER= 3.11 DECER= 8.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.050, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1735+340', 'J1737+3359' RA= 17:37:28.635133 DEC= +33:59:07.61033 RAER= 3.16 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1733-552', 'J1737-5519' RA= 17:37:30.969423 DEC= -55:19:38.22097 RAER= 2.41 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1735+026', 'J1737+0236' RA= 17:37:34.719791 DEC= +02:36:50.41459 RAER= 3.54 DECER= 8.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1733-565', 'J1737-5634' RA= 17:37:35.770313 DEC= -56:34:03.15744 RAER= 0.29 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations. No flux information" / source= '1734-062', 'J1737-0617' RA= 17:37:36.805223 DEC= -06:17:55.44144 RAER= 0.56 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.021, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1734-314', 'J1737-3131' RA= 17:37:43.782878 DEC= -31:31:13.81872 RAER= 14.93 DECER= 30.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1735-009', 'J1737-0101' RA= 17:37:43.881816 DEC= -01:01:31.94599 RAER= 0.36 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.053, 8.4, 0.104, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1734-341', 'J1737-3413' RA= 17:37:52.818140 DEC= -34:13:05.16986 RAER= 37.27 DECER= 67.80 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1734-257', 'J1737-2546' RA= 17:37:53.157493 DEC= -25:46:42.36895 RAER= 1.49 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.006, 8.4, 0.058, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1735-162', 'J1737-1615' RA= 17:37:54.362319 DEC= -16:15:20.31226 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.035, 8.4, 0.035, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '1735+254', 'J1737+2524' RA= 17:37:59.938793 DEC= +25:24:00.78385 RAER= 0.65 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, n/a, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1737+622', 'J1738+6210' RA= 17:38:03.851104 DEC= +62:10:54.63477 RAER= 5.56 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.021, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1736+400', 'J1738+4003' RA= 17:38:07.438846 DEC= +40:03:11.87507 RAER= 1.41 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1735-150', 'J1738-1503' RA= 17:38:11.635492 DEC= -15:03:00.59545 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.123, 5.0, 0.167, n/a, 8.4, 0.209, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '1735-207', 'J1738-2044' RA= 17:38:11.707610 DEC= -20:44:10.90219 RAER= 0.63 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.021, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '1736+401', 'J1738+4008' RA= 17:38:19.122840 DEC= +40:08:18.19442 RAER= 0.55 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '1735-127', 'J1738-1246' RA= 17:38:21.713375 DEC= -12:46:26.83416 RAER= 0.60 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.038, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1736+267', 'J1738+2645' RA= 17:38:23.229802 DEC= +26:45:35.86406 RAER= 0.51 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.040, 8.4, 0.062, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1735-201', 'J1738-2010' RA= 17:38:33.387788 DEC= -20:10:59.50914 RAER= 1.83 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1736+329', 'J1738+3256' RA= 17:38:35.769969 DEC= +32:56:01.52070 RAER= 5.36 DECER= 8.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1734-535', 'J1738-5334' RA= 17:38:38.789135 DEC= -53:34:10.02094 RAER= 2.62 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.196, 0.210 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1736+324', 'J1738+3224' RA= 17:38:40.501825 DEC= +32:24:09.02555 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.108, 8.4, 0.129, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2878 observations" / source= '1734-486', 'J1738-4838' RA= 17:38:48.703712 DEC= -48:38:10.65889 RAER= 2.75 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1736+302', 'J1738+3015' RA= 17:38:51.086003 DEC= +30:15:43.54320 RAER= 17.85 DECER= 13.63 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1737+314', 'J1738+3126' RA= 17:38:54.743571 DEC= +31:26:30.44771 RAER= 0.91 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1735-416', 'J1739-4137' RA= 17:39:05.507144 DEC= -41:37:44.12441 RAER= 2.19 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.230, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1736-102', 'J1739-1015' RA= 17:39:12.154713 DEC= -10:15:17.37936 RAER= 0.49 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.048, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1735-342', 'J1739-3417' RA= 17:39:13.400804 DEC= -34:17:51.52060 RAER= 1.75 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1736+068', 'J1739+0646' RA= 17:39:17.349582 DEC= +06:46:55.59135 RAER= 0.39 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.062, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1738+499', 'J1739+4955' RA= 17:39:27.390503 DEC= +49:55:03.36842 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.260, 5.0, 0.328, 0.261, 8.4, 0.392, 0.237, 15.2, 0.619, 0.477 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4831 observations" / source= '1737+339', 'J1739+3358' RA= 17:39:35.362537 DEC= +33:58:08.19342 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.112, 8.4, 0.115, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 622 observations" / source= '1737+205', 'J1739+2030' RA= 17:39:36.163289 DEC= +20:30:08.66062 RAER= 2.01 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1737+227', 'J1739+2240' RA= 17:39:38.117547 DEC= +22:40:31.05572 RAER= 0.23 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.116, 8.4, 0.162, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1736-208', 'J1739-2055' RA= 17:39:38.973030 DEC= -20:55:05.46767 RAER= 39.38 DECER= 34.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1737+204', 'J1739+2022' RA= 17:39:53.120557 DEC= +20:22:30.94777 RAER= 4.10 DECER= 6.28 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations. No flux information" / source= '1738+476', 'J1739+4737' RA= 17:39:57.129076 DEC= +47:37:58.36152 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.921, 0.728, 5.0, 0.700, 0.404, 8.4, 0.656, 0.305, 15.2, 0.635, 0.327 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7529 observations" / source= '1737-081', 'J1740-0811' RA= 17:40:01.566202 DEC= -08:11:14.78187 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.228, 8.4, 0.361, 0.312 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2489 observations" / source= '1737-152', 'J1740-1515' RA= 17:40:03.345366 DEC= -15:15:52.88400 RAER= 1.23 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.033, 8.4, 0.056, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1737+222', 'J1740+2211' RA= 17:40:05.862884 DEC= +22:11:00.97345 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.159, 8.4, 0.442, 0.377 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 529 observations" / source= '1736-398', 'J1740-3952' RA= 17:40:06.174155 DEC= -39:52:08.50927 RAER= 1.79 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.021, 8.4, 0.051, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1738+451', 'J1740+4506' RA= 17:40:06.372638 DEC= +45:06:50.37073 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.346, 0.230, 5.0, 0.324, 0.276, 8.4, 0.186, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 818 observations" / source= '1738+433', 'J1740+4318' RA= 17:40:08.158861 DEC= +43:18:44.26999 RAER= 8.15 DECER= 7.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1738+416', 'J1740+4136' RA= 17:40:08.861946 DEC= +41:36:08.47161 RAER= 1.51 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1737-15A', 'J1740-1518' RA= 17:40:13.342259 DEC= -15:18:53.01033 RAER= 16.92 DECER= 34.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1737-126', 'J1740-1240' RA= 17:40:21.008455 DEC= -12:40:14.93289 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.021, 8.4, 0.051, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1737+065', 'J1740+0628' RA= 17:40:21.599981 DEC= +06:28:32.62682 RAER= 4.66 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1738+197', 'J1740+1943' RA= 17:40:26.970504 DEC= +19:43:19.67979 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.067, 8.4, 0.156, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1737-158', 'J1740-1554' RA= 17:40:35.011148 DEC= -15:54:33.36425 RAER= 1.17 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.023, 8.4, 0.019, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1739+537', 'J1740+5346' RA= 17:40:36.528600 DEC= +53:46:23.86354 RAER= 0.96 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1739+522', 'J1740+5211' RA= 17:40:36.977847 DEC= +52:11:43.40742 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.958, 0.682, 5.0, 0.926, 0.706, 8.4, 0.998, 0.648, 15.2, 1.235, 0.761 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241634 observations" / source= '1738+032', 'J1740+0311' RA= 17:40:37.199000 DEC= +03:11:47.84011 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.142, 5.0, 0.225, 0.075, 8.4, 0.138, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 708 observations" / source= '1740+666', 'J1740+6638' RA= 17:40:42.367019 DEC= +66:38:43.81896 RAER= 15.25 DECER= 7.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1739+438', 'J1740+4348' RA= 17:40:48.950553 DEC= +43:48:16.15050 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.128, 5.0, 0.123, 0.117, 8.4, 0.164, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '1739+426', 'J1740+4234' RA= 17:40:51.689795 DEC= +42:34:46.25774 RAER= 0.88 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1737-294', 'J1740-2929' RA= 17:40:54.524794 DEC= -29:29:50.29930 RAER= 7.20 DECER= 14.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1739+446', 'J1741+4435' RA= 17:41:02.337345 DEC= +44:35:02.03306 RAER= 0.84 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.018, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1740+576', 'J1741+5738' RA= 17:41:11.703934 DEC= +57:38:12.77356 RAER= 1.36 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1738-113', 'J1741-1121' RA= 17:41:12.305088 DEC= -11:21:57.53156 RAER= 1.32 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.018, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1740+497', 'J1741+4946' RA= 17:41:18.102475 DEC= +49:46:25.54559 RAER= 0.97 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.069, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1738-049', 'J1741-0457' RA= 17:41:19.518349 DEC= -04:57:55.08828 RAER= 5.41 DECER= 9.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1742+724', 'J1741+7224' RA= 17:41:22.857952 DEC= +72:24:51.96898 RAER= 0.70 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.052, 8.4, 0.102, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '1739+121', 'J1741+1206' RA= 17:41:24.069858 DEC= +12:06:06.98595 RAER= 0.45 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.042, 8.4, 0.068, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1738-313', 'J1741-3123' RA= 17:41:26.340416 DEC= -31:23:29.73995 RAER= 7.94 DECER= 11.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1739+309', 'J1741+3053' RA= 17:41:28.203872 DEC= +30:53:31.73312 RAER= 3.46 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1739+335', 'J1741+3332' RA= 17:41:28.739445 DEC= +33:32:22.15106 RAER= 14.32 DECER= 6.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1739-053', 'J1741-0524' RA= 17:41:33.892129 DEC= -05:24:42.32851 RAER= 1.30 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1740+478', 'J1741+4751' RA= 17:41:34.821945 DEC= +47:51:32.53665 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.101, 5.0, 0.224, 0.156, 8.4, 0.191, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '1739+227', 'J1741+2242' RA= 17:41:35.923225 DEC= +22:42:41.04562 RAER= 6.75 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1740+57A', 'J1741+5735' RA= 17:41:36.229498 DEC= +57:35:10.08058 RAER= 0.83 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.068, 8.4, 0.069, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1739+173', 'J1741+1720' RA= 17:41:38.249669 DEC= +17:20:17.44903 RAER= 1.27 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.005, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1738-199', 'J1741-1959' RA= 17:41:41.888294 DEC= -19:59:20.63435 RAER= 0.24 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.113, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '1739+043', 'J1741+0421' RA= 17:41:44.439550 DEC= +04:21:54.30406 RAER= 0.40 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.052, 8.4, 0.037, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1739+259', 'J1741+2554' RA= 17:41:47.570696 DEC= +25:54:43.15377 RAER= 0.31 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.030, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1739+027', 'J1741+0246' RA= 17:41:51.638780 DEC= +02:46:02.96713 RAER= 0.45 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043, 8.4, 0.025, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1738-256', 'J1741-2537' RA= 17:41:54.448265 DEC= -25:37:43.39839 RAER= 1.47 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1738-336', 'J1742-3341' RA= 17:42:03.689427 DEC= -33:41:34.41188 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.056, 8.4, 0.081, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 290 observations" / source= '1739+191', 'J1742+1904' RA= 17:42:05.107963 DEC= +19:04:36.98987 RAER= 0.46 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.230, n/a, 8.4, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1739+184', 'J1742+1827' RA= 17:42:06.947966 DEC= +18:27:21.01433 RAER= 1.44 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1741+652', 'J1742+6512' RA= 17:42:08.221909 DEC= +65:12:14.07389 RAER= 2.82 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.016, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1739-152', 'J1742-1517' RA= 17:42:11.662847 DEC= -15:17:29.15832 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.070, 5.0, 0.169, n/a, 8.4, 0.177, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1834 observations" / source= '1740+465', 'J1742+4633' RA= 17:42:16.714715 DEC= +46:33:26.19135 RAER= 1.18 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.022, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1737-590', 'J1742-5901' RA= 17:42:18.455064 DEC= -59:01:45.11623 RAER= 2.21 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1739-345', 'J1742-3435' RA= 17:42:20.595987 DEC= -34:35:15.66962 RAER= 0.75 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1740+133', 'J1742+1319' RA= 17:42:21.379483 DEC= +13:19:14.83590 RAER= 0.60 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.024, 8.4, 0.039, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1741+597', 'J1742+5945' RA= 17:42:32.000107 DEC= +59:45:06.73185 RAER= 0.25 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.071, 5.0, 0.121, 0.094, 8.4, 0.123, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1751 observations" / source= '1739-388', 'J1742-3854' RA= 17:42:36.174064 DEC= -38:54:33.96105 RAER= 1.72 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1740-190', 'J1742-1903' RA= 17:42:59.549153 DEC= -19:03:08.56037 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.064, 8.4, 0.075, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '1740-077', 'J1743-0748' RA= 17:43:01.394889 DEC= -07:48:13.72521 RAER= 0.99 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1740+134', 'J1743+1326' RA= 17:43:03.492036 DEC= +13:26:36.11480 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.039, 8.4, 0.056, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 766 observations" / source= '1740-169', 'J1743-1658' RA= 17:43:06.218324 DEC= -16:58:15.96741 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.078, 5.0, 0.176, n/a, 8.4, 0.175, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '1739-354', 'J1743-3526' RA= 17:43:06.422059 DEC= -35:26:36.63955 RAER= 18.50 DECER= 40.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1741+243', 'J1743+2421' RA= 17:43:16.269108 DEC= +24:21:59.38219 RAER= 3.15 DECER= 4.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1740-309', 'J1743-3058' RA= 17:43:17.886823 DEC= -30:58:18.65534 RAER= 0.60 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.074, 5.0, 0.085, n/a, 8.4, 0.069, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1740-184', 'J1743-1828' RA= 17:43:43.139256 DEC= -18:28:39.13279 RAER= 24.69 DECER= 19.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1741+043', 'J1743+0421' RA= 17:43:47.129792 DEC= +04:21:42.22289 RAER= 0.63 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025, 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1742+378', 'J1743+3747' RA= 17:43:47.646312 DEC= +37:47:53.82964 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.221, 5.0, 0.145, 0.137, 8.4, 0.270, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '1738-664', 'J1743-6626' RA= 17:43:49.042306 DEC= -66:26:28.33032 RAER= 0.67 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.113, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1741+279', 'J1743+2752' RA= 17:43:56.437367 DEC= +27:52:50.34915 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.109, 8.4, 0.222, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1048 observations" / source= '1742+501', 'J1743+5006' RA= 17:43:56.768697 DEC= +50:06:27.69718 RAER= 0.88 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.038, 8.4, 0.050, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1741+196', 'J1743+1935' RA= 17:43:57.832667 DEC= +19:35:09.01962 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.090, 8.4, 0.146, 0.075, 15.2, 0.152, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 912 observations" / source= '1741-038', 'J1743-0350' RA= 17:43:58.856136 DEC= -03:50:04.61670 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.075, 2.507, 5.0, 3.341, 2.831, 8.4, 3.871, 2.306, 15.2, 4.783, 2.663, 22.2, 3.990, 1.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346318 observations" / source= '1743+614', 'J1744+6123' RA= 17:44:10.855517 DEC= +61:23:43.94211 RAER= 41.82 DECER= 22.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1742+330', 'J1744+3259' RA= 17:44:14.465897 DEC= +32:59:29.36176 RAER= 0.32 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.059, 8.4, 0.084, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1742+405', 'J1744+4034' RA= 17:44:20.111793 DEC= +40:34:17.95964 RAER= 12.71 DECER= 19.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1742+144', 'J1744+1424' RA= 17:44:23.485368 DEC= +14:24:54.72835 RAER= 0.42 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.059, 8.4, 0.089, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1741-312', 'J1744-3116' RA= 17:44:23.578202 DEC= -31:16:36.29393 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.340, n/a, 8.4, 0.410, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '1742+402', 'J1744+4014' RA= 17:44:25.095832 DEC= +40:14:48.14213 RAER= 0.23 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.792, 0.150, 5.0, 0.398, 0.038, 8.4, 0.208, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 860 observations" / source= '1740-517', 'J1744-5144' RA= 17:44:25.455475 DEC= -51:44:43.75850 RAER= 0.38 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.920, 0.337 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '1745+739', 'J1744+7356' RA= 17:44:31.438209 DEC= +73:56:13.94450 RAER= 4.28 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.025, 8.4, 0.047, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1741-305', 'J1744-3036' RA= 17:44:34.622697 DEC= -30:36:02.38414 RAER= 9.59 DECER= 11.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1742-088', 'J1744-0849' RA= 17:44:47.601876 DEC= -08:49:14.33112 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.105, 5.0, 0.186, 0.070, 8.4, 0.135, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '1744+557', 'J1744+5542' RA= 17:44:56.607063 DEC= +55:42:17.16104 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.129, 5.0, 0.250, 0.116, 8.4, 0.243, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2358 observations" / source= '1742-174', 'J1744-1726' RA= 17:44:59.792756 DEC= -17:26:36.53788 RAER= 0.47 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1742+165', 'J1745+1634' RA= 17:45:02.768763 DEC= +16:34:29.74807 RAER= 0.74 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.055, 8.4, 0.057, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1742+228', 'J1745+2252' RA= 17:45:04.668849 DEC= +22:52:48.07743 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.145, 8.4, 0.203, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1742-263', 'J1745-2624' RA= 17:45:10.819643 DEC= -26:24:12.71128 RAER= 2.46 DECER= 6.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1743+169', 'J1745+1655' RA= 17:45:23.332827 DEC= +16:55:04.24537 RAER= 0.44 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.099, 8.4, 0.069, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1743+226', 'J1745+2239' RA= 17:45:25.121009 DEC= +22:39:09.37710 RAER= 2.76 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1744+564', 'J1745+5627' RA= 17:45:25.684886 DEC= +56:27:38.98255 RAER= 1.50 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.022, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1742-078', 'J1745-0753' RA= 17:45:27.104948 DEC= -07:53:03.94806 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.777, 0.106, 5.0, 1.230, 0.036, 8.4, 0.706, 0.370, 15.2, 1.003, 0.583 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2546 observations" / source= '1743+410', 'J1745+4059' RA= 17:45:28.452890 DEC= +40:59:51.80962 RAER= 0.59 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '1742-142', 'J1745-1418' RA= 17:45:35.206169 DEC= -14:18:02.25657 RAER= 8.64 DECER= 11.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1743+173', 'J1745+1720' RA= 17:45:35.208180 DEC= +17:20:01.42342 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.596, 0.367, 5.0, 0.438, 0.228, 8.4, 0.574, 0.346 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6525 observations" / source= '1743+398', 'J1745+3951' RA= 17:45:37.753840 DEC= +39:51:30.93931 RAER= 0.46 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.032, 8.4, 0.041, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1742-289', 'J1745-2900' RA= 17:45:40.033806 DEC= -29:00:28.22102 RAER= 0.38 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.244, n/a, 22.2, 0.837, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1421 observations" / source= '1743+223', 'J1745+2222' RA= 17:45:43.238494 DEC= +22:22:08.89438 RAER= 0.34 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.100, 8.4, 0.070, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1744+436', 'J1745+4336' RA= 17:45:43.736407 DEC= +43:36:59.69500 RAER= 0.63 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.056, 8.4, 0.099, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1743-036', 'J1745-0338' RA= 17:45:47.839297 DEC= -03:38:47.53734 RAER= 0.49 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.045, 8.4, 0.037, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1742-283', 'J1745-2820' RA= 17:45:52.494520 DEC= -28:20:26.28511 RAER= 1.16 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a, 22.2, 0.210, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '1745+670', 'J1745+6703' RA= 17:45:54.357720 DEC= +67:03:49.29854 RAER= 0.32 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.613, 0.301, 8.4, 0.189, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '1743+182', 'J1745+1814' RA= 17:45:55.927378 DEC= +18:14:50.41763 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.110, 8.4, 0.147, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1745+643', 'J1746+6421' RA= 17:46:06.678017 DEC= +64:21:49.66015 RAER= 0.33 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.054, 5.0, 0.040, 0.033, 8.4, 0.090, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 716 observations" / source= '1743+102', 'J1746+1015' RA= 17:46:06.783605 DEC= +10:15:57.86415 RAER= 0.64 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.016, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1745+624', 'J1746+6226' RA= 17:46:14.034129 DEC= +62:26:54.73832 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.357, 0.214, 5.0, 0.405, 0.329, 8.4, 0.516, 0.411, 15.2, 0.417, 0.273 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42776 observations" / source= '1744+093', 'J1746+0921' RA= 17:46:24.783652 DEC= +09:21:48.17446 RAER= 0.50 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.043, 8.4, 0.058, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1745+608', 'J1746+6048' RA= 17:46:26.829520 DEC= +60:48:22.78691 RAER= 0.60 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '1744+201', 'J1746+2009' RA= 17:46:27.980579 DEC= +20:09:06.42339 RAER= 1.52 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1746+693', 'J1746+6920' RA= 17:46:30.029424 DEC= +69:20:35.55415 RAER= 0.70 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.076, 8.4, 0.120, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1745+537', 'J1746+5341' RA= 17:46:32.476489 DEC= +53:41:31.45584 RAER= 0.46 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.051, 8.4, 0.065, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1744+260', 'J1746+2603' RA= 17:46:48.278883 DEC= +26:03:20.35472 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.072, 5.0, 0.148, 0.081, 8.4, 0.111, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '1744+017', 'J1746+0141' RA= 17:46:52.517668 DEC= +01:41:47.74245 RAER= 1.17 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.036, 8.4, 0.025, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1744+114', 'J1746+1127' RA= 17:46:56.866699 DEC= +11:27:18.22669 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.064, 8.4, 0.188, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '1743-409', 'J1747-4057' RA= 17:47:05.672988 DEC= -40:57:50.72219 RAER= 2.24 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1743-525', 'J1747-5236' RA= 17:47:05.690506 DEC= -52:36:33.73418 RAER= 0.86 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations. No flux information" / source= '1744+183', 'J1747+1821' RA= 17:47:07.179637 DEC= +18:21:12.93217 RAER= 86.22 DECER= 120.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1745+280', 'J1747+2759' RA= 17:47:12.428983 DEC= +27:59:39.82134 RAER= 0.26 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.252, 0.208, 8.4, 0.286, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '1747+655', 'J1747+6532' RA= 17:47:13.951255 DEC= +65:32:35.76940 RAER= 2.74 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.039, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1743-531', 'J1747-5310' RA= 17:47:20.196736 DEC= -53:10:20.33331 RAER= 2.73 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1744-071', 'J1747-0709' RA= 17:47:22.486821 DEC= -07:09:20.26760 RAER= 0.47 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.017, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1743-548', 'J1747-5450' RA= 17:47:24.435126 DEC= -54:50:21.57688 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.236, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '1746+470', 'J1747+4658' RA= 17:47:26.647275 DEC= +46:58:50.92628 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.249, 5.0, 0.469, 0.448, 8.4, 0.370, 0.297 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16739 observations" / source= '1745+030', 'J1747+0304' RA= 17:47:39.315031 DEC= +03:04:49.78805 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.041, 8.4, 0.035, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '1744-422', 'J1747-4213' RA= 17:47:41.427021 DEC= -42:13:43.07465 RAER= 1.20 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '1748+715', 'J1747+7131' RA= 17:47:49.691470 DEC= +71:31:05.05221 RAER= 3.87 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1745+234', 'J1747+2324' RA= 17:47:50.048578 DEC= +23:24:39.68530 RAER= 0.24 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.143, 8.4, 0.152, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1745+148', 'J1747+1448' RA= 17:47:52.413128 DEC= +14:48:36.37505 RAER= 0.43 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.062, 8.4, 0.060, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1746+340', 'J1748+3404' RA= 17:48:05.819681 DEC= +34:04:01.18053 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.174, 8.4, 0.229, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1745+085', 'J1748+0832' RA= 17:48:06.260400 DEC= +08:32:19.28563 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.055, 8.4, 0.126, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 424 observations" / source= '1746+514', 'J1748+5123' RA= 17:48:08.079291 DEC= +51:23:57.11749 RAER= 0.87 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1745+094', 'J1748+0927' RA= 17:48:10.082249 DEC= +09:27:39.61691 RAER= 2.10 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.025, 8.4, 0.007, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1745+039', 'J1748+0358' RA= 17:48:11.734595 DEC= +03:58:33.63787 RAER= 1.08 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1748+669', 'J1748+6656' RA= 17:48:14.590375 DEC= +66:56:25.74781 RAER= 22.34 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '1746+270', 'J1748+2704' RA= 17:48:16.746247 DEC= +27:04:33.31571 RAER= 0.43 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1746+204', 'J1748+2026' RA= 17:48:26.720456 DEC= +20:26:48.56947 RAER= 0.36 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.070, 8.4, 0.057, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1745-145', 'J1748-1433' RA= 17:48:27.370040 DEC= -14:33:46.92341 RAER= 16.86 DECER= 21.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1749+701', 'J1748+7005' RA= 17:48:32.840318 DEC= +70:05:50.76885 RAER= 0.30 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.610, 0.249, 5.0, 0.603, 0.261, 8.4, 0.475, 0.286, 15.2, 0.582, 0.292 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6108 observations" / source= '1744-572', 'J1748-5713' RA= 17:48:34.572889 DEC= -57:13:33.46062 RAER= 0.86 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1745-088', 'J1748-0854' RA= 17:48:37.649611 DEC= -08:54:40.72534 RAER= 1.66 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1745-235', 'J1748-2335' RA= 17:48:38.976492 DEC= -23:35:20.37679 RAER= 0.29 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, n/a, 5.0, 0.034, n/a, 8.4, 0.033, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307 observations" / source= '1745-368', 'J1748-3651' RA= 17:48:39.677900 DEC= -36:51:46.44702 RAER= 0.54 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1746+046', 'J1748+0440' RA= 17:48:43.575903 DEC= +04:40:32.90654 RAER= 0.20 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.092, 8.4, 0.065, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1745-291', 'J1748-2907' RA= 17:48:45.683667 DEC= -29:07:39.40258 RAER= 1.40 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1747+433', 'J1749+4321' RA= 17:49:00.360391 DEC= +43:21:51.28737 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.390, 0.246, 5.0, 0.192, 0.124, 8.4, 0.376, 0.226 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 899 observations" / source= '1746+197', 'J1749+1944' RA= 17:49:05.473643 DEC= +19:44:08.83794 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.401, 0.271, 8.4, 0.226, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '1752+792', 'J1749+7915' RA= 17:49:23.686838 DEC= +79:15:02.33658 RAER= 7.08 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.025, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1744-629', 'J1749-6258' RA= 17:49:25.709897 DEC= -62:58:18.94984 RAER= 0.52 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1748+473', 'J1749+4720' RA= 17:49:38.121768 DEC= +47:20:03.42381 RAER= 0.98 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.048, 8.4, 0.069, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1748+527', 'J1749+5241' RA= 17:49:38.950191 DEC= +52:41:16.00577 RAER= 1.16 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.038, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1746-234', 'J1749-2326' RA= 17:49:40.214086 DEC= -23:26:21.42492 RAER= 1.50 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, -0.002, 8.4, 0.010, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1746-383', 'J1749-3824' RA= 17:49:41.136419 DEC= -38:24:01.39809 RAER= 1.32 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1747+046', 'J1749+0436' RA= 17:49:44.074491 DEC= +04:36:14.20179 RAER= 1.25 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1747-155', 'J1750-1534' RA= 17:50:01.423536 DEC= -15:34:50.57741 RAER= 1.48 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.016, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1747-15A', 'J1750-1533' RA= 17:50:01.867327 DEC= -15:33:08.34653 RAER= 1.58 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1748+470', 'J1750+4700' RA= 17:50:05.011302 DEC= +47:00:43.68818 RAER= 4.15 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1747+016', 'J1750+0135' RA= 17:50:15.324376 DEC= +01:35:23.62990 RAER= 0.90 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.016, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1747-086', 'J1750-0841' RA= 17:50:16.648174 DEC= -08:41:56.20171 RAER= 4.50 DECER= 9.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1746-374', 'J1750-3727' RA= 17:50:19.557612 DEC= -37:27:32.57679 RAER= 32.85 DECER= 58.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1747-028', 'J1750-0253' RA= 17:50:25.955924 DEC= -02:53:46.77233 RAER= 0.74 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.027, 8.4, 0.044, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1748+325', 'J1750+3231' RA= 17:50:31.181206 DEC= +32:31:50.52534 RAER= 0.56 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.034, 8.4, 0.030, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1747-198', 'J1750-1949' RA= 17:50:42.408600 DEC= -19:49:37.39836 RAER= 2.50 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1748+052', 'J1750+0515' RA= 17:50:48.042641 DEC= +05:15:14.85480 RAER= 0.55 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.029, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1747-208', 'J1750-2052' RA= 17:50:53.341252 DEC= -20:52:49.05755 RAER= 0.71 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations. No flux information" / source= '1748+203', 'J1750+2020' RA= 17:50:59.139740 DEC= +20:20:47.12932 RAER= 0.55 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.039, 8.4, 0.086, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1748-238', 'J1751-2352' RA= 17:51:03.995122 DEC= -23:52:15.47949 RAER= 3.20 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1749+269', 'J1751+2659' RA= 17:51:05.552330 DEC= +26:59:03.26922 RAER= 3.10 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.020, 0.016, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1748-178', 'J1751-1751' RA= 17:51:20.225562 DEC= -17:51:09.38450 RAER= 0.76 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.007, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1748-075', 'J1751-0732' RA= 17:51:26.199574 DEC= -07:32:32.00519 RAER= 1.20 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.032, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1750+472', 'J1751+4713' RA= 17:51:31.632791 DEC= +47:13:22.50534 RAER= 0.33 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.034, 8.4, 0.036, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 796 observations" / source= '1750+509', 'J1751+5055' RA= 17:51:32.505337 DEC= +50:55:38.20893 RAER= 1.81 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, n/a, 5.0, 0.031, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140 observations" / source= '1749+096', 'J1751+0939' RA= 17:51:32.818575 DEC= +09:39:00.72844 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.462, 1.158, 5.0, 1.966, 1.695, 8.4, 2.359, 1.939, 15.2, 3.534, 3.050, 22.2, 4.359, 3.698 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307945 observations" / source= '1748-053', 'J1751-0520' RA= 17:51:39.218458 DEC= -05:20:37.08970 RAER= 0.40 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.086, 8.4, 0.088, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1748-198', 'J1751-1950' RA= 17:51:41.343747 DEC= -19:50:47.50386 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.041, 5.0, 0.071, 0.013, 8.4, 0.096, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1135 observations" / source= '1749+293', 'J1751+2920' RA= 17:51:42.683942 DEC= +29:20:50.20221 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.131, 8.4, 0.210, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1748-253', 'J1751-2524' RA= 17:51:51.262542 DEC= -25:24:00.06433 RAER= 0.29 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.623, 0.071, 5.0, 0.280, 0.007, 8.4, 0.189, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 714 observations" / source= '1749-052', 'J1751-0514' RA= 17:51:53.519161 DEC= -05:14:26.25245 RAER= 1.26 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.044, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1750+349', 'J1751+3457' RA= 17:51:55.226747 DEC= +34:57:08.02430 RAER= 0.51 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.032, 8.4, 0.051, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1748-240', 'J1751-2404' RA= 17:51:57.251234 DEC= -24:04:25.32922 RAER= 66.85 DECER= 39.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1750+283', 'J1751+2821' RA= 17:51:57.777055 DEC= +28:21:21.55525 RAER= 0.41 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.053, 8.4, 0.059, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1749+023', 'J1752+0219' RA= 17:52:02.976100 DEC= +02:19:32.04333 RAER= 0.64 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.020, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1749-235', 'J1752-2336' RA= 17:52:06.628842 DEC= -23:36:25.71435 RAER= 8.96 DECER= 12.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1753+731', 'J1752+7311' RA= 17:52:11.692503 DEC= +73:11:20.54523 RAER= 0.54 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.115, 8.4, 0.118, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1750+436', 'J1752+4341' RA= 17:52:12.329511 DEC= +43:41:21.92478 RAER= 7.32 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1749+062', 'J1752+0611' RA= 17:52:14.668748 DEC= +06:11:48.15533 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.301, 0.143, 5.0, 0.264, 0.204, 8.4, 0.229, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '1751+583', 'J1752+5819' RA= 17:52:17.195275 DEC= +58:19:57.61033 RAER= 0.65 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.051, 8.4, 0.050, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1750+170', 'J1752+1700' RA= 17:52:20.056288 DEC= +17:00:18.96529 RAER= 2.87 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, n/a, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1751+455', 'J1752+4530' RA= 17:52:26.139082 DEC= +45:30:59.12727 RAER= 0.65 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.061, 8.4, 0.076, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1749-300', 'J1752-3001' RA= 17:52:30.950095 DEC= -30:01:06.68404 RAER= 0.26 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 277 observations" / source= '1749-299', 'J1752-2956' RA= 17:52:33.108067 DEC= -29:56:44.91582 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.063, 8.4, 0.098, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1014 observations" / source= '1749-101', 'J1752-1011' RA= 17:52:36.974122 DEC= -10:11:44.73143 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.046, 8.4, 0.200, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '1750+158', 'J1752+1551' RA= 17:52:42.704615 DEC= +15:51:15.30848 RAER= 2.71 DECER= 5.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1750+175', 'J1752+1734' RA= 17:52:46.002902 DEC= +17:34:20.35022 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.441, 0.252, 8.4, 0.509, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '1750-195', 'J1753-1934' RA= 17:53:00.045455 DEC= -19:34:38.78664 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.024, 5.0, 0.053, 0.025, 8.4, 0.047, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 673 observations" / source= '1751+278', 'J1753+2750' RA= 17:53:01.345867 DEC= +27:50:59.01756 RAER= 0.35 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.266, 0.107, 8.4, 0.112, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '1749-334', 'J1753-3326' RA= 17:53:08.667997 DEC= -33:26:37.92154 RAER= 8.12 DECER= 29.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1751+27A', 'J1753+275A' RA= 17:53:08.843890 DEC= +27:50:00.08895 RAER= 1.16 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1750-187', 'J1753-1843' RA= 17:53:09.088622 DEC= -18:43:38.52269 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.041, 5.0, 0.105, 0.050, 8.4, 0.110, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1716 observations" / source= '1751+441', 'J1753+4409' RA= 17:53:22.647886 DEC= +44:09:45.68617 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.609, 0.326, 5.0, 0.571, 0.225, 8.4, 0.482, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2500 observations" / source= '1751+327', 'J1753+3244' RA= 17:53:23.041908 DEC= +32:44:06.80692 RAER= 1.27 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.040, 8.4, 0.040, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1750-163', 'J1753-1622' RA= 17:53:31.541432 DEC= -16:22:20.68413 RAER= 10.53 DECER= 9.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1753+666', 'J1753+6635' RA= 17:53:35.252376 DEC= +66:35:46.29666 RAER= 3.88 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1752+586', 'J1753+5836' RA= 17:53:38.286810 DEC= +58:36:23.91099 RAER= 2.56 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1749-502', 'J1753-5015' RA= 17:53:38.533247 DEC= -50:15:14.45272 RAER= 3.49 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1753+657', 'J1753+6542' RA= 17:53:42.096190 DEC= +65:42:39.79110 RAER= 2.69 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1751+288', 'J1753+2848' RA= 17:53:42.473647 DEC= +28:48:04.93900 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.960, 0.750, 5.0, 1.403, 1.089, 8.4, 1.017, 0.776, 15.2, 1.709, 1.283 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189120 observations" / source= '1750-254', 'J1753-2526' RA= 17:53:43.366625 DEC= -25:26:10.27999 RAER= 1.33 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations. No flux information" / source= '1750-189', 'J1753-1900' RA= 17:53:54.223272 DEC= -19:00:31.31129 RAER= 0.60 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.027, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1753+648', 'J1754+6452' RA= 17:54:07.589961 DEC= +64:52:02.63069 RAER= 0.32 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.124, 5.0, 0.192, 0.131, 8.4, 0.114, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 980 observations" / source= '1752+322', 'J1754+3212' RA= 17:54:11.799243 DEC= +32:12:23.05463 RAER= 0.23 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 180 observations" / source= '1752+356', 'J1754+3540' RA= 17:54:13.675959 DEC= +35:40:48.54741 RAER= 0.69 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.032, 8.4, 0.124, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1751+050', 'J1754+0459' RA= 17:54:17.523752 DEC= +04:59:39.59889 RAER= 0.20 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.588, 0.068, 8.4, 0.118, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 466 observations" / source= '1751-066', 'J1754-0637' RA= 17:54:18.057047 DEC= -06:37:57.72574 RAER= 0.74 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.033, 8.4, 0.068, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1751+023', 'J1754+0217' RA= 17:54:26.570141 DEC= +02:17:37.36062 RAER= 0.71 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.037, 8.4, 0.025, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1751-238', 'J1754-2352' RA= 17:54:27.372601 DEC= -23:52:33.77987 RAER= 1.36 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1752+347', 'J1754+3446' RA= 17:54:33.407362 DEC= +34:46:54.06368 RAER= 0.71 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, -0.002, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1752+325', 'J1754+3234' RA= 17:54:35.503339 DEC= +32:34:17.18882 RAER= 2.86 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1751-169', 'J1754-1658' RA= 17:54:39.335178 DEC= -16:58:01.73936 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.039, 8.4, 0.099, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '1752+286', 'J1754+2840' RA= 17:54:40.815183 DEC= +28:40:45.93198 RAER= 0.40 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.071, 8.4, 0.099, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1749-643', 'J1754-6423' RA= 17:54:42.010303 DEC= -64:23:45.80867 RAER= 0.64 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1752+119', 'J1754+1156' RA= 17:54:45.929186 DEC= +11:56:49.33197 RAER= 0.35 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.053, 8.4, 0.113, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1753+347', 'J1754+3442' RA= 17:54:51.101005 DEC= +34:42:47.06164 RAER= 0.63 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.036, 8.4, 0.040, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1751-221', 'J1754-2207' RA= 17:54:51.486058 DEC= -22:07:42.88396 RAER= 1.55 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1753+405', 'J1754+4034' RA= 17:54:53.008919 DEC= +40:34:07.68049 RAER= 7.17 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1751-305', 'J1754-3031' RA= 17:54:56.768541 DEC= -30:31:44.11776 RAER= 0.49 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, n/a, 5.0, 0.184, 0.011, 8.4, 0.107, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1751-207', 'J1754-2046' RA= 17:54:58.320328 DEC= -20:46:30.15315 RAER= 0.61 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.029, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '1750-556', 'J1755-5536' RA= 17:55:05.187722 DEC= -55:36:55.08582 RAER= 3.04 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.171, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1753+338', 'J1755+3350' RA= 17:55:11.244854 DEC= +33:50:59.79679 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.038, 5.0, 0.026, 0.024, 8.4, 0.043, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 719 observations" / source= '1754+600', 'J1755+5959' RA= 17:55:13.870209 DEC= +59:59:40.56147 RAER= 1.44 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.017, 8.4, 0.045, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1755+690', 'J1755+6905' RA= 17:55:21.441416 DEC= +69:05:29.05426 RAER= 2.21 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.052, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1752-325', 'J1755-3235' RA= 17:55:24.781495 DEC= -32:35:41.07348 RAER= 1.30 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.012, 8.4, 0.036, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1752-225', 'J1755-2232' RA= 17:55:26.284560 DEC= -22:32:10.61524 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.052, 8.4, 0.243, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 950 observations" / source= '1752-106', 'J1755-1041' RA= 17:55:34.520317 DEC= -10:41:47.82887 RAER= 1.28 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.020, 8.4, 0.056, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1753+204', 'J1755+2023' RA= 17:55:35.520970 DEC= +20:23:57.13739 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.167, 8.4, 0.195, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1752 observations" / source= '1755+626', 'J1755+6236' RA= 17:55:48.435194 DEC= +62:36:44.12656 RAER= 0.81 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.043, 5.0, 0.031, 0.016, 8.4, 0.038, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 481 observations" / source= '1753+049', 'J1755+0454' RA= 17:55:51.151696 DEC= +04:54:52.57820 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.028, 8.4, 0.079, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '1753+183', 'J1755+1820' RA= 17:55:59.782184 DEC= +18:20:17.66700 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.054, 5.0, 0.105, 0.046, 8.4, 0.088, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 423 observations" / source= '1755+578', 'J1756+5748' RA= 17:56:03.628304 DEC= +57:48:47.99728 RAER= 0.29 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.680, 0.135, 5.0, 0.396, 0.101, 8.4, 0.225, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1754+292', 'J1756+2914' RA= 17:56:05.251478 DEC= +29:14:16.05813 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.290, 0.189, 8.4, 0.141, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1754+199', 'J1756+1959' RA= 17:56:11.936382 DEC= +19:59:32.53891 RAER= 2.41 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.025, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1755+553', 'J1756+5522' RA= 17:56:15.881357 DEC= +55:22:18.08692 RAER= 0.58 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '1753-144', 'J1756-1427' RA= 17:56:25.862404 DEC= -14:27:09.56404 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.053, 8.4, 0.136, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1753-051', 'J1756-0511' RA= 17:56:32.002086 DEC= -05:11:05.57373 RAER= 1.15 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.043, 8.4, 0.067, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1754+159', 'J1756+1553' RA= 17:56:33.725607 DEC= +15:53:43.83305 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.319, 0.186, 8.4, 0.256, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 722 observations" / source= '1756+655', 'J1756+6531' RA= 17:56:40.364337 DEC= +65:31:45.91492 RAER= 0.57 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.064, 8.4, 0.067, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1753-164', 'J1756-1627' RA= 17:56:48.372120 DEC= -16:27:00.91797 RAER= 0.75 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.021, 8.4, 0.038, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1753-327', 'J1756-3246' RA= 17:56:48.720926 DEC= -32:46:31.16409 RAER= 0.79 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations. No flux information" / source= '1754+307', 'J1756+3046' RA= 17:56:49.232209 DEC= +30:46:47.49535 RAER= 0.31 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.075, 8.4, 0.065, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1753-281', 'J1756-2807' RA= 17:56:49.656524 DEC= -28:07:37.68680 RAER= 8.12 DECER= 12.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1754+155', 'J1756+1535' RA= 17:56:53.102141 DEC= +15:35:20.82653 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.187, 0.148, 5.0, 0.222, 0.112, 8.4, 0.231, 0.125, 15.2, 0.306, 0.238 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10992 observations" / source= '1753-418', 'J1757-4149' RA= 17:57:15.671345 DEC= -41:49:18.68456 RAER= 0.33 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.131, 8.4, 0.228, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '1754-131', 'J1757-1310' RA= 17:57:20.677122 DEC= -13:10:51.32227 RAER= 0.63 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.031, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1754-22A', 'J1757-2239' RA= 17:57:27.760339 DEC= -22:39:02.23684 RAER= 7.80 DECER= 7.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '1756+553', 'J1757+5523' RA= 17:57:28.276640 DEC= +55:23:11.86749 RAER= 0.80 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations. No flux information" / source= '1756+479', 'J1757+4757' RA= 17:57:28.343762 DEC= +47:57:24.42069 RAER= 0.36 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.136, 8.4, 0.085, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 368 observations" / source= '1754-226', 'J1757-2241' RA= 17:57:28.875507 DEC= -22:41:32.48937 RAER= 9.48 DECER= 11.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1759+756', 'J1757+7539' RA= 17:57:46.358887 DEC= +75:39:16.17984 RAER= 0.46 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.169, 8.4, 0.168, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1431 observations" / source= '1754-164', 'J1757-1628' RA= 17:57:46.381867 DEC= -16:28:10.55541 RAER= 0.54 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.014, 8.4, 0.029, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1755+055', 'J1757+0531' RA= 17:57:58.825153 DEC= +05:31:48.02500 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.058, 8.4, 0.052, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1757+541', 'J1758+5407' RA= 17:58:16.492981 DEC= +54:07:52.12844 RAER= 1.69 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.024, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1756+145', 'J1758+1429' RA= 17:58:19.188743 DEC= +14:29:56.81163 RAER= 0.36 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.061, 8.4, 0.075, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1755-120', 'J1758-1203' RA= 17:58:21.632182 DEC= -12:03:05.00638 RAER= 0.79 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.230, n/a, 8.4, 0.150, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1755-304', 'J1758-3029' RA= 17:58:22.651930 DEC= -30:29:15.79528 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.021, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '1755-237', 'J1758-2343' RA= 17:58:23.017611 DEC= -23:43:12.10984 RAER= 0.25 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.247, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 283 observations" / source= '1756+061', 'J1758+0610' RA= 17:58:34.117657 DEC= +06:10:32.96797 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.081, 8.4, 0.117, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 504 observations" / source= '1755-179', 'J1758-1757' RA= 17:58:43.106441 DEC= -17:57:49.46934 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.219, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 910 observations" / source= '1758+631', 'J1758+6307' RA= 17:58:57.257244 DEC= +63:07:48.17720 RAER= 2.86 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1755-483', 'J1758-4821' RA= 17:58:58.457266 DEC= -48:21:12.52307 RAER= 0.23 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, 0.289 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '1756+237', 'J1759+2343' RA= 17:59:00.358071 DEC= +23:43:46.95319 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.650, 0.419, 8.4, 0.323, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '1757+519', 'J1759+5157' RA= 17:59:03.434412 DEC= +51:57:43.15573 RAER= 1.33 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.037, 8.4, 0.055, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1756+083', 'J1759+0819' RA= 17:59:06.767488 DEC= +08:19:13.06983 RAER= 1.39 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1754-597', 'J1759-5946' RA= 17:59:07.081305 DEC= -59:46:49.79744 RAER= 17.95 DECER= 26.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1757+287', 'J1759+2847' RA= 17:59:14.064214 DEC= +28:47:35.35746 RAER= 0.76 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.038, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1757+424', 'J1759+4227' RA= 17:59:14.304200 DEC= +42:27:11.27344 RAER= 1.05 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.026, 8.4, 0.024, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1800+751', 'J1759+7507' RA= 17:59:16.171037 DEC= +75:07:44.17085 RAER= 83.36 DECER= 17.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1756+037', 'J1759+0347' RA= 17:59:17.952365 DEC= +03:47:16.85419 RAER= 0.69 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.031, 8.4, 0.065, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1757+141', 'J1759+1407' RA= 17:59:21.575578 DEC= +14:07:32.28971 RAER= 0.34 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.063, 8.4, 0.055, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1755-387', 'J1759-3847' RA= 17:59:26.201467 DEC= -38:47:52.93178 RAER= 5.13 DECER= 11.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.004, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1757+223', 'J1759+2222' RA= 17:59:35.798597 DEC= +22:22:25.44466 RAER= 0.54 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.068, 8.4, 0.059, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1757+235', 'J1759+2334' RA= 17:59:40.494270 DEC= +23:34:26.49550 RAER= 1.51 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1758+464', 'J1759+4627' RA= 17:59:41.799376 DEC= +46:27:59.91669 RAER= 0.93 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.158, 8.4, 0.143, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1756-175', 'J1759-1734' RA= 17:59:49.509400 DEC= -17:34:29.80970 RAER= 0.59 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.014, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1757+184', 'J1759+1824' RA= 17:59:51.026455 DEC= +18:24:02.82285 RAER= 0.39 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.041, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1800+721', 'J1759+7209' RA= 17:59:54.768562 DEC= +72:09:34.85697 RAER= 6.81 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1757-150', 'J1759-1505' RA= 17:59:57.246990 DEC= -15:05:49.14705 RAER= 0.66 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.065, 5.0, 0.124, 0.006, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '1757+166', 'J1800+1641' RA= 18:00:11.661600 DEC= +16:41:20.36506 RAER= 0.40 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.074, 8.4, 0.058, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1758+310', 'J1800+3102' RA= 18:00:15.884416 DEC= +31:02:01.39809 RAER= 1.13 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.008, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1758+175', 'J1800+1731' RA= 18:00:15.924505 DEC= +17:31:23.37614 RAER= 0.32 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.061, 8.4, 0.093, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1758+445', 'J1800+4434' RA= 18:00:17.561822 DEC= +44:34:43.47106 RAER= 1.43 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1757-320', 'J1800-3204' RA= 18:00:20.036228 DEC= -32:04:45.32024 RAER= 0.76 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations. No flux information" / source= '1758+388', 'J1800+3848' RA= 18:00:24.765360 DEC= +38:48:30.69747 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.404, 0.291, 5.0, 0.617, 0.576, 8.4, 0.759, 0.551, 15.2, 1.106, 0.773 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14330 observations" / source= '1759+614', 'J1800+6126' RA= 18:00:25.234649 DEC= +61:26:15.13784 RAER= 6.00 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1758+389', 'J1800+3854' RA= 18:00:25.330544 DEC= +38:54:18.39562 RAER= 0.95 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.128, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1758+111', 'J1800+1106' RA= 18:00:29.198469 DEC= +11:06:08.84251 RAER= 24.87 DECER= 25.52 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1757-211', 'J1800-2107' RA= 18:00:44.618984 DEC= -21:07:36.65657 RAER= 1.27 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1803+784', 'J1800+7828' RA= 18:00:45.683897 DEC= +78:28:04.01844 RAER= 0.50 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.971, 1.240, 5.0, 2.168, 1.423, 8.4, 2.164, 1.402, 15.2, 2.292, 1.405 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486538 observations" / source= '1758+163', 'J1800+1621' RA= 18:00:48.486639 DEC= +16:21:06.99556 RAER= 1.78 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1802+734', 'J1800+7325' RA= 18:00:51.059557 DEC= +73:25:08.39899 RAER= 2.75 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.080, 8.4, 0.062, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1758+046', 'J1801+0438' RA= 18:01:04.241852 DEC= +04:38:18.20424 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.109, 8.4, 0.181, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '1800+608', 'J1801+6051' RA= 18:01:11.642939 DEC= +60:51:13.72309 RAER= 1.02 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.059, 8.4, 0.048, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1758-085', 'J1801-0834' RA= 18:01:13.936524 DEC= -08:34:25.86244 RAER= 0.46 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.042, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1801+690', 'J1801+6902' RA= 18:01:14.635030 DEC= +69:02:43.78449 RAER= 2.31 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.041, 8.4, 0.046, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1756-663', 'J1801-6622' RA= 18:01:17.234723 DEC= -66:22:56.83828 RAER= 140.38 DECER= 16.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1800+473', 'J1801+4720' RA= 18:01:21.369430 DEC= +47:20:57.96842 RAER= 0.66 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.102, 8.4, 0.122, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1759+163', 'J1801+1620' RA= 18:01:24.448312 DEC= +16:20:37.96295 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.049, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1759+213', 'J1801+2121' RA= 18:01:24.487563 DEC= +21:21:45.42683 RAER= 0.36 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.049, 8.4, 0.063, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1800+440', 'J1801+4404' RA= 18:01:32.314817 DEC= +44:04:21.90024 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.469, 0.316, 5.0, 0.625, 0.568, 8.4, 0.775, 0.625, 15.2, 0.950, 0.626 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15453 observations" / source= '1756-686', 'J1801-6839' RA= 18:01:34.704325 DEC= -68:39:57.86499 RAER= 4.17 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.133, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1758-209', 'J1801-2056' RA= 18:01:39.139909 DEC= -20:56:42.05094 RAER= 2.48 DECER= 6.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1759+16A', 'J1801+1618' RA= 18:01:39.855142 DEC= +16:18:46.34290 RAER= 0.42 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.052, 8.4, 0.053, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1801+627', 'J1801+6243' RA= 18:01:43.072449 DEC= +62:43:35.58268 RAER= 1.27 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.032, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1758-222', 'J1801-2214' RA= 18:01:43.550020 DEC= -22:14:28.81407 RAER= 1.36 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1759+211', 'J1801+2109' RA= 18:01:48.491643 DEC= +21:09:27.61749 RAER= 1.22 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.008, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1758-371', 'J1802-3706' RA= 18:02:05.367926 DEC= -37:06:51.78060 RAER= 16.85 DECER= 42.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1754-782', 'J1802-7817' RA= 18:02:05.637531 DEC= -78:17:13.24889 RAER= 6.64 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1759-074', 'J1802-0728' RA= 18:02:05.975349 DEC= -07:28:24.55423 RAER= 0.58 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.050, 8.4, 0.050, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1758-473', 'J1802-4719' RA= 18:02:07.656818 DEC= -47:19:30.40240 RAER= 2.27 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1758-494', 'J1802-4925' RA= 18:02:09.850394 DEC= -49:25:11.49564 RAER= 2.19 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1759-166', 'J1802-1639' RA= 18:02:11.540711 DEC= -16:39:39.79359 RAER= 0.78 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.015, 8.4, 0.041, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1800+198', 'J1802+1953' RA= 18:02:17.328156 DEC= +19:53:15.44293 RAER= 3.07 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1800+482', 'J1802+4812' RA= 18:02:18.267677 DEC= +48:12:28.41799 RAER= 2.32 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1800+175', 'J1802+1735' RA= 18:02:20.196414 DEC= +17:35:38.99424 RAER= 0.49 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.324, 0.034, 8.4, 0.198, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1759-274', 'J1802-2729' RA= 18:02:20.991513 DEC= -27:29:55.91992 RAER= 2.14 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1759+055', 'J1802+0534' RA= 18:02:21.859746 DEC= +05:34:20.92515 RAER= 0.44 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.048, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1800+264', 'J1802+2627' RA= 18:02:24.370939 DEC= +26:27:41.22418 RAER= 1.01 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.016, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1801+459', 'J1802+4557' RA= 18:02:25.142747 DEC= +45:57:34.63592 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.086, 8.4, 0.107, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 529 observations" / source= '1758-526', 'J1802-5236' RA= 18:02:28.499097 DEC= -52:36:46.12210 RAER= 2.19 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.123, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1800+268', 'J1802+2653' RA= 18:02:32.308240 DEC= +26:53:28.96658 RAER= 0.56 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.067, 8.4, 0.066, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1803+706', 'J1802+7040' RA= 18:02:35.153996 DEC= +70:40:08.33296 RAER= 3.36 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.006, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1759-396', 'J1802-3940' RA= 18:02:42.680047 DEC= -39:40:07.90815 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.052, 0.544, 5.0, 0.755, 0.470, 8.4, 1.192, 0.935 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20102 observations" / source= '1759-27A', 'J1802-2728' RA= 18:02:49.500712 DEC= -27:28:04.16979 RAER= 1.75 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1800+127', 'J1803+1245' RA= 18:03:01.490992 DEC= +12:45:33.72653 RAER= 1.18 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1800-224', 'J1803-2227' RA= 18:03:06.880340 DEC= -22:27:23.23209 RAER= 2.40 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '1800-045', 'J1803-0433' RA= 18:03:09.427561 DEC= -04:33:02.80141 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.045, 8.4, 0.073, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '1801+253', 'J1803+2521' RA= 18:03:12.406434 DEC= +25:21:18.74122 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.194, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '1800-278', 'J1803-2748' RA= 18:03:16.992178 DEC= -27:48:13.97602 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.056, 8.4, 0.103, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '1758-651', 'J1803-6507' RA= 18:03:23.496646 DEC= -65:07:36.76133 RAER= 0.24 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.685, 0.657 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5455 observations" / source= '1800-205', 'J1803-2030' RA= 18:03:23.723194 DEC= -20:30:17.23068 RAER= 1.75 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1800-163', 'J1803-1620' RA= 18:03:24.649043 DEC= -16:20:23.28616 RAER= 4.94 DECER= 7.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1801+095', 'J1803+0934' RA= 18:03:33.651748 DEC= +09:34:25.90884 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.059, 8.4, 0.118, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '1805+760', 'J1803+7601' RA= 18:03:35.821222 DEC= +76:01:08.89205 RAER= 0.61 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.050, 8.4, 0.086, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '1801+278', 'J1803+2754' RA= 18:03:41.080820 DEC= +27:54:03.32789 RAER= 0.44 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1801-098', 'J1803-0953' RA= 18:03:45.496198 DEC= -09:53:38.67120 RAER= 0.66 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.188, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1800-284', 'J1803-2828' RA= 18:03:46.943930 DEC= -28:28:06.24088 RAER= 0.60 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations. No flux information" / source= '1801-082', 'J1803-0816' RA= 18:03:48.635186 DEC= -08:16:47.86412 RAER= 0.96 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1803+658', 'J1803+6548' RA= 18:03:54.347373 DEC= +65:48:25.06699 RAER= 2.18 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1801+036', 'J1803+0341' RA= 18:03:56.282520 DEC= +03:41:07.60716 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.110, 5.0, 0.167, 0.133, 8.4, 0.157, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 913 observations" / source= '1801+210', 'J1803+2101' RA= 18:03:56.599220 DEC= +21:01:11.50542 RAER= 4.26 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1803+645', 'J1803+6433' RA= 18:03:57.393719 DEC= +64:33:24.71714 RAER= 1.60 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.073, 8.4, 0.032, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1802+508', 'J1803+5048' RA= 18:03:57.859217 DEC= +50:48:38.00934 RAER= 1.28 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.025, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1800-249', 'J1803-2456' RA= 18:03:59.291111 DEC= -24:56:43.41704 RAER= 6.41 DECER= 11.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1802+488', 'J1804+4852' RA= 18:04:01.944337 DEC= +48:52:20.41896 RAER= 1.97 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.031, 8.4, 0.015, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1800-302', 'J1804-3017' RA= 18:04:06.868574 DEC= -30:17:35.51513 RAER= 0.94 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.047, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '1801+007', 'J1804+0042' RA= 18:04:08.884853 DEC= +00:42:22.15207 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '1805+755', 'J1804+7533' RA= 18:04:09.968913 DEC= +75:33:50.14440 RAER= 2.81 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.081, 8.4, 0.105, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1805+741', 'J1804+7410' RA= 18:04:13.820130 DEC= +74:10:52.74917 RAER= 9.19 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1801+010', 'J1804+0101' RA= 18:04:15.984466 DEC= +01:01:32.40645 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.887, 0.058, 5.0, 0.874, n/a, 8.4, 0.866, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 960 observations" / source= '1803+496', 'J1804+4938' RA= 18:04:30.511336 DEC= +49:38:05.30598 RAER= 142.57 DECER= 258.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1801-077', 'J1804-0747' RA= 18:04:31.073225 DEC= -07:47:19.61539 RAER= 0.39 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.033, 8.4, 0.049, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1802+066', 'J1804+0640' RA= 18:04:36.948739 DEC= +06:40:28.01873 RAER= 0.48 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.038, 8.4, 0.046, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1802-027', 'J1804-0246' RA= 18:04:39.793471 DEC= -02:46:26.64285 RAER= 0.67 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.032, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1802+179', 'J1804+1755' RA= 18:04:42.547027 DEC= +17:55:58.87137 RAER= 2.33 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1803+347', 'J1805+3443' RA= 18:05:03.210124 DEC= +34:43:53.65383 RAER= 1.41 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.034, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1802-089', 'J1805-0858' RA= 18:05:03.620683 DEC= -08:58:18.10333 RAER= 0.84 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.018, 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1802-252', 'J1805-2512' RA= 18:05:23.548778 DEC= -25:12:38.76929 RAER= 0.54 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '1802-046', 'J1805-0438' RA= 18:05:31.115572 DEC= -04:38:09.72269 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.065, 8.4, 0.066, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1802-141', 'J1805-1408' RA= 18:05:31.237532 DEC= -14:08:44.68660 RAER= 0.30 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.080, 8.4, 0.075, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 327 observations" / source= '1802-084', 'J1805-0828' RA= 18:05:31.280420 DEC= -08:28:39.41180 RAER= 4.85 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1802-187', 'J1805-1844' RA= 18:05:35.364762 DEC= -18:44:42.51795 RAER= 3.77 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1802-381', 'J1805-3805' RA= 18:05:41.648185 DEC= -38:05:44.52446 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.037, 8.4, 0.128, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1014 observations" / source= '1803+172', 'J1805+1714' RA= 18:05:47.436329 DEC= +17:14:55.92223 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.126, 8.4, 0.201, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '1803+095', 'J1805+0930' RA= 18:05:50.461955 DEC= +09:30:28.45070 RAER= 0.77 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.018, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1800-660', 'J1805-6600' RA= 18:05:53.091973 DEC= -66:00:16.56129 RAER= 0.57 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.203, 0.222 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1803+031', 'J1806+0310' RA= 18:06:09.264427 DEC= +03:10:14.26547 RAER= 0.41 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.036, 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1804+288', 'J1806+2850' RA= 18:06:10.172875 DEC= +28:50:07.16763 RAER= 0.94 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.046, 8.4, 0.037, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1803+054', 'J1806+0525' RA= 18:06:14.109753 DEC= +05:25:34.11605 RAER= 1.23 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1805+616', 'J1806+6141' RA= 18:06:19.945875 DEC= +61:41:18.33007 RAER= 0.29 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.097, 8.4, 0.186, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '1803-078', 'J1806-0751' RA= 18:06:20.405036 DEC= -07:51:50.02812 RAER= 0.34 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '1800-709', 'J1806-7058' RA= 18:06:23.685471 DEC= -70:58:28.76104 RAER= 4.65 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.185, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1805+537', 'J1806+5342' RA= 18:06:32.308259 DEC= +53:42:51.53013 RAER= 0.59 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1757-807', 'J1806-8042' RA= 18:06:42.831478 DEC= -80:42:33.60220 RAER= 8.34 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.158, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1804+224', 'J1806+2225' RA= 18:06:43.240862 DEC= +22:25:07.63544 RAER= 0.41 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1803-373', 'J1806-3722' RA= 18:06:46.508212 DEC= -37:22:34.91819 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.043, 5.0, 0.269, 0.065, 8.4, 0.220, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '1807+698', 'J1806+6949' RA= 18:06:50.680653 DEC= +69:49:28.10853 RAER= 0.29 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.989, 0.465, 5.0, 1.362, 0.768, 8.4, 1.286, 0.511, 15.2, 1.485, 0.514 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235719 observations" / source= '1804+157', 'J1806+1543' RA= 18:06:57.553453 DEC= +15:43:23.60748 RAER= 0.52 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.216, 0.046, 8.4, 0.080, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1804+119', 'J1807+1159' RA= 18:07:01.651351 DEC= +11:59:53.41388 RAER= 0.33 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.125, 8.4, 0.083, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1805+261', 'J1807+2608' RA= 18:07:06.856056 DEC= +26:08:49.22673 RAER= 0.41 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.055, 8.4, 0.042, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1806+560', 'J1807+5604' RA= 18:07:08.742496 DEC= +56:04:01.12952 RAER= 2.03 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.030, 8.4, 0.065, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1803-290', 'J1807-2903' RA= 18:07:10.785793 DEC= -29:03:56.60696 RAER= 3.74 DECER= 12.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1804-190', 'J1807-1905' RA= 18:07:11.737085 DEC= -19:05:15.78320 RAER= 21.19 DECER= 16.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1804-231', 'J1807-2308' RA= 18:07:15.263683 DEC= -23:08:44.10943 RAER= 0.48 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '1805+255', 'J1807+2532' RA= 18:07:20.305841 DEC= +25:32:00.36417 RAER= 0.68 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.070, 8.4, 0.056, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1805+428', 'J1807+4252' RA= 18:07:24.830212 DEC= +42:52:04.33069 RAER= 1.46 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1804-091', 'J1807-0905' RA= 18:07:26.048388 DEC= -09:05:47.13617 RAER= 2.72 DECER= 5.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1804-320', 'J1807-3202' RA= 18:07:29.850748 DEC= -32:02:33.77118 RAER= 3.89 DECER= 8.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.024, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1805+310', 'J1807+3106' RA= 18:07:31.758127 DEC= +31:06:21.57716 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.084, 8.4, 0.161, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1807+644', 'J1807+6429' RA= 18:07:32.170938 DEC= +64:29:26.29113 RAER= 1.20 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1806+522', 'J1807+5215' RA= 18:07:37.692744 DEC= +52:15:56.66119 RAER= 1.00 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.048, 8.4, 0.055, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1805+113', 'J1807+1120' RA= 18:07:38.103867 DEC= +11:20:50.01999 RAER= 0.69 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1805+220', 'J1807+2204' RA= 18:07:38.806125 DEC= +22:04:56.41136 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.138, 5.0, 0.198, 0.146, 8.4, 0.170, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 767 observations" / source= '1810+780', 'J1807+7805' RA= 18:07:40.043695 DEC= +78:05:02.46953 RAER= 3.85 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.052, 8.4, 0.079, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1804-251', 'J1807-2506' RA= 18:07:40.687726 DEC= -25:06:25.94439 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.036, 5.0, 0.167, 0.017, 8.4, 0.163, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1383 observations" / source= '1805+054', 'J1807+0528' RA= 18:07:49.848150 DEC= +05:28:19.62744 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.037, 8.4, 0.036, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1803-642', 'J1807-6413' RA= 18:07:54.032714 DEC= -64:13:50.11387 RAER= 0.28 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.378, 0.436 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '1807+573', 'J1807+5721' RA= 18:07:58.552761 DEC= +57:21:02.15835 RAER= 2.31 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1806+468', 'J1808+4649' RA= 18:08:01.195212 DEC= +46:49:40.96596 RAER= 0.60 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.011, 8.4, 0.052, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1806+390', 'J1808+3905' RA= 18:08:05.131880 DEC= +39:05:26.12407 RAER= 1.14 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.046, 8.4, 0.054, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1805-214', 'J1808-2124' RA= 18:08:06.846858 DEC= -21:24:45.06295 RAER= 4.12 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1806+350', 'J1808+3501' RA= 18:08:11.530332 DEC= +35:01:18.67716 RAER= 0.38 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.055, 8.4, 0.082, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1804-502', 'J1808-5011' RA= 18:08:13.835622 DEC= -50:11:53.61243 RAER= 0.21 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.302, 0.327 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 175 observations" / source= '1805-259', 'J1808-2555' RA= 18:08:17.081434 DEC= -25:55:07.44273 RAER= 3.08 DECER= 7.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1808+702', 'J1808+7016' RA= 18:08:18.398658 DEC= +70:16:40.64621 RAER= 38.34 DECER= 13.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1806+456', 'J1808+4542' RA= 18:08:21.885889 DEC= +45:42:20.86644 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.149, 5.0, 0.739, 0.700, 8.4, 0.522, 0.443 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51692 observations" / source= '1805+086', 'J1808+0841' RA= 18:08:23.160790 DEC= +08:41:03.00725 RAER= 1.76 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1805+024', 'J1808+0230' RA= 18:08:26.284726 DEC= +02:30:14.28592 RAER= 1.56 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1806+057', 'J1808+0546' RA= 18:08:32.216757 DEC= +05:46:51.96805 RAER= 0.48 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.041, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1806+061', 'J1808+0612' RA= 18:08:37.035821 DEC= +06:12:02.33719 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.030, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1808+665', 'J1808+6634' RA= 18:08:49.567449 DEC= +66:34:29.75250 RAER= 4.76 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, 0.019, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1807+353', 'J1808+3520' RA= 18:08:49.698117 DEC= +35:20:42.67226 RAER= 0.49 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1805-183', 'J1808-1822' RA= 18:08:55.515444 DEC= -18:22:53.39549 RAER= 0.57 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1806-163', 'J1809-1618' RA= 18:09:06.939973 DEC= -16:18:56.17805 RAER= 1.86 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1806-157', 'J1809-1546' RA= 18:09:09.237772 DEC= -15:46:52.91816 RAER= 1.78 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1806-153', 'J1809-1520' RA= 18:09:10.209527 DEC= -15:20:09.70877 RAER= 0.81 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1807+279', 'J1809+2758' RA= 18:09:11.978605 DEC= +27:58:11.79994 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.242, 5.0, 0.416, 0.280, 8.4, 0.341, 0.187 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 465 observations" / source= '1806-084', 'J1809-0825' RA= 18:09:15.505322 DEC= -08:25:18.16900 RAER= 0.43 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.055, 8.4, 0.083, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1806-318', 'J1809-3149' RA= 18:09:19.340966 DEC= -31:49:13.27450 RAER= 0.66 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations. No flux information" / source= '1806-336', 'J1809-3337' RA= 18:09:21.980312 DEC= -33:37:06.24360 RAER= 3.61 DECER= 10.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1807+206', 'J1809+2041' RA= 18:09:25.451901 DEC= +20:41:30.89931 RAER= 0.30 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.024, 8.4, 0.048, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 212 observations" / source= '1806+012', 'J1809+0114' RA= 18:09:28.565588 DEC= +01:14:04.51221 RAER= 0.40 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.029, 8.4, 0.079, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1806-393', 'J1809-3922' RA= 18:09:32.402599 DEC= -39:22:57.90394 RAER= 1.08 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.085, 8.4, 0.090, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1807+188', 'J1809+1849' RA= 18:09:45.337584 DEC= +18:49:03.03557 RAER= 0.59 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.063, n/a, 22.2, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1807+291', 'J1809+2910' RA= 18:09:45.392482 DEC= +29:10:19.90643 RAER= 0.23 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1808+494', 'J1809+4925' RA= 18:09:47.974453 DEC= +49:25:44.43516 RAER= 0.85 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.050, 8.4, 0.047, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1806-458', 'J1809-4552' RA= 18:09:57.871735 DEC= -45:52:41.01414 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.453, 0.245, 8.4, 0.711, 0.294 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1545 observations" / source= '1806-350', 'J1810-3503' RA= 18:10:00.038796 DEC= -35:03:43.38624 RAER= 33.24 DECER= 46.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1807+016', 'J1810+0136' RA= 18:10:02.785245 DEC= +01:36:59.80894 RAER= 0.96 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1809+568', 'J1810+5649' RA= 18:10:03.319038 DEC= +56:49:22.97022 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.706, 0.377, 8.4, 0.571, 0.285 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1808+250', 'J1810+2504' RA= 18:10:06.874497 DEC= +25:04:13.78349 RAER= 0.99 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.032, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1807-093', 'J1810-0918' RA= 18:10:12.738155 DEC= -09:18:27.20379 RAER= 0.62 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.027, 8.4, 0.047, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1808+307', 'J1810+3048' RA= 18:10:14.431320 DEC= +30:48:22.87785 RAER= 1.13 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1807-004', 'J1810-0028' RA= 18:10:15.613600 DEC= -00:28:24.31638 RAER= 0.67 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.029, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1807+102', 'J1810+1017' RA= 18:10:15.733041 DEC= +10:17:31.61492 RAER= 0.67 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.026, 8.4, 0.032, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1811+738', 'J1810+7350' RA= 18:10:17.836055 DEC= +73:50:30.05082 RAER= 6.71 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1808+136', 'J1810+1341' RA= 18:10:20.598755 DEC= +13:41:32.36358 RAER= 0.40 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1809+504', 'J1810+5028' RA= 18:10:33.544413 DEC= +50:28:56.11583 RAER= 1.28 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.040, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1809+535', 'J1810+5335' RA= 18:10:37.989454 DEC= +53:35:01.56103 RAER= 0.53 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 212 observations" / source= '1807-336', 'J1810-3336' RA= 18:10:39.592025 DEC= -33:36:07.67305 RAER= 0.71 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations. No flux information" / source= '1807-164', 'J1810-1626' RA= 18:10:39.850625 DEC= -16:26:52.93456 RAER= 0.71 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '1808+161', 'J1810+1608' RA= 18:10:50.170824 DEC= +16:08:20.76968 RAER= 0.39 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '1809+500', 'J1810+5000' RA= 18:10:54.838415 DEC= +50:00:45.92520 RAER= 0.89 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.014, 8.4, 0.044, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1808-184', 'J1811-1828' RA= 18:11:05.810855 DEC= -18:28:21.82767 RAER= 5.82 DECER= 8.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1807-265', 'J1811-2635' RA= 18:11:05.911530 DEC= -26:35:15.84157 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.044, 8.4, 0.062, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '1808-209', 'J1811-2055' RA= 18:11:06.794002 DEC= -20:55:03.28037 RAER= 2.64 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1810+535', 'J1811+5332' RA= 18:11:11.400860 DEC= +53:32:24.68310 RAER= 0.98 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1808+036', 'J1811+0341' RA= 18:11:18.028351 DEC= +03:41:13.54998 RAER= 0.35 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 183 observations" / source= '1808-280', 'J1811-2759' RA= 18:11:20.146484 DEC= -27:59:46.18154 RAER= 2.59 DECER= 5.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1808-235', 'J1811-2331' RA= 18:11:25.798291 DEC= -23:31:32.07914 RAER= 1.24 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1809+372', 'J1811+3713' RA= 18:11:32.141331 DEC= +37:13:33.85110 RAER= 8.03 DECER= 16.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1810+378', 'J1811+3751' RA= 18:11:42.242676 DEC= +37:51:49.64741 RAER= 0.56 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.055, 8.4, 0.053, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1809+170', 'J1811+1704' RA= 18:11:43.183468 DEC= +17:04:57.25766 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.215, 8.4, 0.312, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '1808-336', 'J1811-3335' RA= 18:11:47.745209 DEC= -33:35:35.68929 RAER= 1.54 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '1808-293', 'J1811-2923' RA= 18:11:55.388028 DEC= -29:23:10.79558 RAER= 1.66 DECER= 2.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1810+522', 'J1811+5214' RA= 18:11:57.079301 DEC= +52:14:26.75926 RAER= 0.34 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.044, 5.0, 0.012, 0.010, 8.4, 0.024, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '1809+214', 'J1812+2127' RA= 18:12:01.228490 DEC= +21:27:48.46926 RAER= 1.04 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1809-315', 'J1812-3132' RA= 18:12:15.593466 DEC= -31:32:56.75842 RAER= 0.89 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.053, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '1808-349', 'J1812-3458' RA= 18:12:17.348910 DEC= -34:58:03.07626 RAER= 42.42 DECER= 64.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1809-304', 'J1812-3028' RA= 18:12:26.286902 DEC= -30:28:58.11869 RAER= 0.49 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations. No flux information" / source= '1809-131', 'J1812-1310' RA= 18:12:37.473380 DEC= -13:10:22.45653 RAER= 14.02 DECER= 16.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, n/a, 8.4, 0.037, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1809-286', 'J1812-2836' RA= 18:12:40.192286 DEC= -28:36:26.94229 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.068, 5.0, 0.265, 0.054, 8.4, 0.208, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 827 observations" / source= '1809-258', 'J1812-2552' RA= 18:12:45.579669 DEC= -25:52:37.78746 RAER= 3.69 DECER= 10.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1810-068', 'J1812-0648' RA= 18:12:50.922036 DEC= -06:48:23.47476 RAER= 0.45 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.364, 0.073, 5.0, 0.186, 0.031, 8.4, 0.106, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 235 observations" / source= '1810-06A', 'J1812-064A' RA= 18:12:50.946785 DEC= -06:48:25.28782 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.046, 5.0, 0.104, 0.041, 8.4, 0.100, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 770 observations" / source= '1809-199', 'J1812-1957' RA= 18:12:51.342871 DEC= -19:57:40.27171 RAER= 30.54 DECER= 15.90 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1812+560', 'J1812+5603' RA= 18:12:57.669491 DEC= +56:03:49.19994 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.146, 8.4, 0.187, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1811+428', 'J1813+4248' RA= 18:13:08.122484 DEC= +42:48:55.65591 RAER= 0.72 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1810-283', 'J1813-2823' RA= 18:13:13.700092 DEC= -28:23:07.12108 RAER= 1.30 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1811+430', 'J1813+4304' RA= 18:13:14.689471 DEC= +43:04:15.67718 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.140, 5.0, 0.331, 0.083, 8.4, 0.277, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1810-202', 'J1813-2015' RA= 18:13:16.871547 DEC= -20:15:44.09626 RAER= 2.55 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1810-090', 'J1813-0903' RA= 18:13:20.813110 DEC= -09:03:41.98670 RAER= 0.54 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.012, 8.4, 0.066, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1811+062', 'J1813+0615' RA= 18:13:33.411582 DEC= +06:15:42.03408 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.156, 8.4, 0.241, 0.184, 15.2, 0.356, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 545 observations" / source= '1811+317', 'J1813+3144' RA= 18:13:35.202813 DEC= +31:44:17.61952 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.051, 8.4, 0.074, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 803 observations" / source= '1811+298', 'J1813+2952' RA= 18:13:37.266832 DEC= +29:52:37.87042 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.041, 8.4, 0.125, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '1827+861', 'J1813+8609' RA= 18:13:39.969972 DEC= +86:09:52.93939 RAER= 16.78 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.044, 8.4, 0.055, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1812+473', 'J1813+4721' RA= 18:13:50.618512 DEC= +47:21:14.73044 RAER= 1.15 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1810-272', 'J1813-2717' RA= 18:13:52.748733 DEC= -27:17:06.03309 RAER= 0.44 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations. No flux information" / source= '1812+483', 'J1814+4822' RA= 18:14:00.242002 DEC= +48:22:53.04522 RAER= 1.14 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.028, 8.4, 0.046, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1811-083', 'J1814-0822' RA= 18:14:04.416600 DEC= -08:22:09.32091 RAER= 0.58 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.028, 8.4, 0.095, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1811+09A', 'J1814+0923' RA= 18:14:11.665643 DEC= +09:23:05.67625 RAER= 0.41 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.077, 8.4, 0.074, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1811+093', 'J1814+0920' RA= 18:14:18.265941 DEC= +09:20:52.75104 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.061, 8.4, 0.149, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 195 observations" / source= '1812+412', 'J1814+4113' RA= 18:14:22.706189 DEC= +41:13:05.60825 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.088, 8.4, 0.279, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '1813+613', 'J1814+6120' RA= 18:14:25.929746 DEC= +61:20:40.00363 RAER= 1.08 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.068, 8.4, 0.104, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1812+068', 'J1814+0651' RA= 18:14:26.597265 DEC= +06:51:44.21203 RAER= 0.47 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.025, 8.4, 0.072, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1811-342', 'J1814-3416' RA= 18:14:27.741819 DEC= -34:16:27.18156 RAER= 0.61 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1810-600', 'J1814-6003' RA= 18:14:35.049526 DEC= -60:03:50.24555 RAER= 0.97 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.308, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1809-642', 'J1814-6412' RA= 18:14:35.995891 DEC= -64:12:53.32946 RAER= 0.58 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1812+061', 'J1814+0612' RA= 18:14:41.932104 DEC= +06:12:13.41420 RAER= 7.37 DECER= 5.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1812-194', 'J1815-1928' RA= 18:15:00.329098 DEC= -19:28:40.06615 RAER= 5.85 DECER= 7.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1814+584', 'J1815+5830' RA= 18:15:06.957441 DEC= +58:30:29.78163 RAER= 11.61 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '1812-272', 'J1815-2713' RA= 18:15:10.626951 DEC= -27:13:03.77045 RAER= 1.35 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1812-077', 'J1815-0741' RA= 18:15:14.609363 DEC= -07:41:56.00420 RAER= 0.51 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.055, 8.4, 0.091, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1813+163', 'J1815+1623' RA= 18:15:14.854461 DEC= +16:23:46.29512 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.088, 5.0, 0.144, 0.127, 8.4, 0.166, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 713 observations" / source= '1814+493', 'J1815+4919' RA= 18:15:20.900448 DEC= +49:19:14.63960 RAER= 1.31 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.050, 8.4, n/a, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1813+178', 'J1815+1751' RA= 18:15:23.640083 DEC= +17:51:38.85427 RAER= 0.53 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, 0.070, 8.4, 0.098, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1815+680', 'J1815+6806' RA= 18:15:24.955686 DEC= +68:06:31.98264 RAER= 0.97 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.061, 8.4, 0.082, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1812-186', 'J1815-1836' RA= 18:15:30.368370 DEC= -18:36:13.27120 RAER= 2.01 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1815+614', 'J1815+6127' RA= 18:15:36.792239 DEC= +61:27:11.64746 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.824, 0.192, 8.4, 0.291, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 703 observations" / source= '1814+455', 'J1815+4535' RA= 18:15:37.581422 DEC= +45:35:30.79005 RAER= 0.53 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.086, 8.4, 0.114, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1814+342', 'J1815+3417' RA= 18:15:50.054163 DEC= +34:17:42.24567 RAER= 1.27 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.038, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1810-700', 'J1815-7001' RA= 18:15:51.799774 DEC= -70:01:38.64307 RAER= 0.64 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.203, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1814+399', 'J1815+3956' RA= 18:15:59.863123 DEC= +39:56:02.05433 RAER= 1.47 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1814+334', 'J1816+3327' RA= 18:16:00.246383 DEC= +33:27:43.25350 RAER= 66.20 DECER= 27.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1813+031', 'J1816+0309' RA= 18:16:05.203932 DEC= +03:09:08.67580 RAER= 0.27 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.058, 8.4, 0.129, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1812-308', 'J1816-3052' RA= 18:16:12.239814 DEC= -30:52:08.01006 RAER= 3.03 DECER= 9.97 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1813+068', 'J1816+0651' RA= 18:16:12.449893 DEC= +06:51:19.74843 RAER= 0.48 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.043, 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1813-208', 'J1816-2051' RA= 18:16:15.698908 DEC= -20:51:59.66167 RAER= 6.30 DECER= 11.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '1814+177', 'J1816+1748' RA= 18:16:19.961356 DEC= +17:48:05.28978 RAER= 1.05 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1814+349', 'J1816+3457' RA= 18:16:23.901098 DEC= +34:57:45.74725 RAER= 0.30 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.039, 5.0, 0.287, 0.014, 8.4, 0.104, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 596 observations" / source= '1816+671', 'J1816+6712' RA= 18:16:25.872732 DEC= +67:12:10.84951 RAER= 15.72 DECER= 12.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1813-332', 'J1816-3314' RA= 18:16:34.266785 DEC= -33:14:06.03223 RAER= 1.02 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1814+285', 'J1816+2836' RA= 18:16:34.553668 DEC= +28:36:07.62819 RAER= 0.65 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1814+098', 'J1816+0951' RA= 18:16:36.584261 DEC= +09:51:26.04283 RAER= 0.63 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.032, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1810-745', 'J1816-7429' RA= 18:16:40.078304 DEC= -74:29:07.34670 RAER= 0.48 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.293, 0.260 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '1815+403', 'J1816+4021' RA= 18:16:53.671231 DEC= +40:21:04.06287 RAER= 0.71 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.060, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1816+615', 'J1816+6134' RA= 18:16:55.271339 DEC= +61:34:43.87802 RAER= 1.32 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.040, 8.4, 0.043, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1813-497', 'J1816-4943' RA= 18:16:55.994194 DEC= -49:43:44.67328 RAER= 1.65 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.164, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1815+531', 'J1816+5307' RA= 18:16:57.070847 DEC= +53:07:44.49966 RAER= 0.22 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.127, 8.4, 0.145, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1813-236', 'J1817-2335' RA= 18:17:01.742282 DEC= -23:35:20.58784 RAER= 0.23 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '1814+035', 'J1817+0336' RA= 18:17:01.895487 DEC= +03:36:32.84609 RAER= 0.73 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.021, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1816+554', 'J1817+5528' RA= 18:17:19.644239 DEC= +55:28:37.72034 RAER= 1.53 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.026, 8.4, 0.091, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1815+246', 'J1817+2439' RA= 18:17:22.524028 DEC= +24:39:49.64922 RAER= 0.60 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.082, 8.4, 0.079, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1814-270', 'J1817-2659' RA= 18:17:32.544194 DEC= -26:59:22.94759 RAER= 5.32 DECER= 13.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1814-098', 'J1817-0951' RA= 18:17:32.559603 DEC= -09:51:54.71804 RAER= 3.50 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1814-185', 'J1817-1834' RA= 18:17:36.997954 DEC= -18:34:29.94878 RAER= 2.21 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1815+034', 'J1817+0328' RA= 18:17:39.110323 DEC= +03:28:57.68282 RAER= 0.25 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.037, 8.4, 0.051, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '1815+271', 'J1817+2707' RA= 18:17:42.974642 DEC= +27:07:39.18152 RAER= 0.70 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.036, 8.4, 0.048, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1815+067', 'J1817+0646' RA= 18:17:52.632245 DEC= +06:46:38.27236 RAER= 0.40 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.049, 8.4, 0.058, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1815-171', 'J1818-1705' RA= 18:18:02.902743 DEC= -17:05:40.89839 RAER= 1.27 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.018, 22.2, 0.122, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1815-122', 'J1818-1214' RA= 18:18:05.895372 DEC= -12:14:33.28803 RAER= 30.49 DECER= 42.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1816+492', 'J1818+4916' RA= 18:18:09.490904 DEC= +49:16:29.68217 RAER= 0.76 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.037, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1815-111', 'J1818-1106' RA= 18:18:11.968504 DEC= -11:06:59.70600 RAER= 1.34 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, n/a, 8.4, 0.179, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1816+353', 'J1818+3520' RA= 18:18:12.492415 DEC= +35:20:26.39790 RAER= 1.01 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.051, 8.4, 0.065, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1815-111', 'J1818-1108' RA= 18:18:19.314113 DEC= -11:08:48.31862 RAER= 0.28 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.216, 5.0, 0.760, n/a, 8.4, 0.532, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '1819+719', 'J1818+7157' RA= 18:18:22.854894 DEC= +71:57:44.42953 RAER= 3.92 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.014, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1816+371', 'J1818+3709' RA= 18:18:23.615090 DEC= +37:09:48.92036 RAER= 1.69 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1815+027', 'J1818+0247' RA= 18:18:24.321221 DEC= +02:47:57.05772 RAER= 5.01 DECER= 11.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1816+125', 'J1818+1236' RA= 18:18:24.342886 DEC= +12:36:12.58807 RAER= 0.44 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.124, 8.4, 0.100, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1817+502', 'J1818+5017' RA= 18:18:30.519257 DEC= +50:17:19.74365 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.183, 8.4, 0.192, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '1815-082', 'J1818-0814' RA= 18:18:33.491957 DEC= -08:14:42.38420 RAER= 1.34 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1816+239', 'J1818+2400' RA= 18:18:34.626618 DEC= +24:00:45.74533 RAER= 0.64 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1816+090', 'J1818+0903' RA= 18:18:40.062043 DEC= +09:03:46.22051 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '1817+429', 'J1818+4258' RA= 18:18:40.920261 DEC= +42:58:29.68831 RAER= 3.48 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1816-031', 'J1818-0307' RA= 18:18:59.432610 DEC= -03:07:32.81036 RAER= 1.14 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1815-309', 'J1819-3055' RA= 18:19:04.070563 DEC= -30:55:46.18377 RAER= 0.88 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1816+215', 'J1819+2132' RA= 18:19:05.217182 DEC= +21:32:33.81805 RAER= 0.33 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '1818+551', 'J1819+5511' RA= 18:19:10.085587 DEC= +55:11:08.55334 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.098, 8.4, 0.069, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 975 observations" / source= '1816-249', 'J1819-2453' RA= 18:19:15.124273 DEC= -24:53:45.64075 RAER= 4.04 DECER= 7.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1816-143', 'J1819-1419' RA= 18:19:15.636988 DEC= -14:19:00.23558 RAER= 5.27 DECER= 6.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1816-029', 'J1819-0258' RA= 18:19:17.408849 DEC= -02:58:07.86894 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.446, 0.078, 5.0, 0.467, n/a, 8.4, 0.476, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '1816+066', 'J1819+0640' RA= 18:19:20.595574 DEC= +06:40:22.32818 RAER= 0.38 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.063, 8.4, 0.080, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1817+387', 'J1819+3845' RA= 18:19:26.547356 DEC= +38:45:01.78613 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.101, 8.4, 0.184, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2184 observations" / source= '1815-395', 'J1819-3932' RA= 18:19:28.265117 DEC= -39:32:09.59792 RAER= 5.01 DECER= 15.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.042, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1814-637', 'J1819-6345' RA= 18:19:35.002711 DEC= -63:45:48.20769 RAER= 0.36 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 124 observations. No flux information" / source= '1816-206', 'J1819-2036' RA= 18:19:36.895533 DEC= -20:36:31.57377 RAER= 0.42 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.068, 8.4, 0.071, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 324 observations" / source= '1817+157', 'J1819+1543' RA= 18:19:38.289326 DEC= +15:43:44.72776 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.037, 8.4, 0.076, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1820+689', 'J1819+6856' RA= 18:19:42.228457 DEC= +68:56:50.81924 RAER= 3.67 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.011, 8.4, 0.029, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1819+671', 'J1819+6708' RA= 18:19:44.426973 DEC= +67:08:47.16083 RAER= 2.40 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.209, 0.014, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1816-201', 'J1819-2006' RA= 18:19:44.990530 DEC= -20:06:10.66976 RAER= 1.08 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1815-553', 'J1819-5521' RA= 18:19:45.399521 DEC= -55:21:20.74543 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.970, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2678 observations" / source= '1816-277', 'J1819-2742' RA= 18:19:47.102609 DEC= -27:42:56.99616 RAER= 0.64 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '1817-145', 'J1820-1432' RA= 18:20:11.866148 DEC= -14:32:11.38644 RAER= 11.04 DECER= 11.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1816-457', 'J1820-4542' RA= 18:20:16.979427 DEC= -45:42:30.55206 RAER= 1.93 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1818+363', 'J1820+3623' RA= 18:20:20.986080 DEC= +36:23:43.20284 RAER= 0.50 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '1817-112', 'J1820-1111' RA= 18:20:23.287651 DEC= -11:11:12.26777 RAER= 3.19 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1820+669', 'J1820+6658' RA= 18:20:37.543297 DEC= +66:58:42.24825 RAER= 5.22 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1817-098', 'J1820-0947' RA= 18:20:38.038066 DEC= -09:47:16.62286 RAER= 8.43 DECER= 9.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1818+356', 'J1820+3540' RA= 18:20:42.235439 DEC= +35:40:38.58322 RAER= 0.43 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.032, 8.4, 0.053, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 285 observations" / source= '1818-044', 'J1820-0424' RA= 18:20:43.396267 DEC= -04:24:12.43880 RAER= 1.12 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1819+408', 'J1820+4051' RA= 18:20:49.079792 DEC= +40:51:38.81703 RAER= 8.26 DECER= 6.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1818+032', 'J1820+0318' RA= 18:20:50.536388 DEC= +03:18:36.76986 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.032, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1817-395', 'J1820-3932' RA= 18:20:52.662798 DEC= -39:32:49.88127 RAER= 2.22 DECER= 7.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.068, 8.4, 0.015, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1818-065', 'J1820-0630' RA= 18:20:52.986813 DEC= -06:30:00.90502 RAER= 0.64 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.014, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1817-254', 'J1820-2528' RA= 18:20:57.848698 DEC= -25:28:12.58400 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.739, 0.098, 8.4, 0.625, 0.335 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2653 observations" / source= '1818-212', 'J1821-2110' RA= 18:21:05.469401 DEC= -21:10:45.25123 RAER= 0.80 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1818-050', 'J1821-0502' RA= 18:21:11.809542 DEC= -05:02:20.08595 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.210, 0.029, 8.4, 0.196, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 693 observations" / source= '1819+257', 'J1821+2545' RA= 18:21:13.261915 DEC= +25:45:31.52342 RAER= 1.03 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.058, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1819+228', 'J1821+2251' RA= 18:21:13.569574 DEC= +22:51:14.57832 RAER= 1.14 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.013, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1818-245', 'J1821-2432' RA= 18:21:15.476070 DEC= -24:32:09.99566 RAER= 0.49 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.033, 8.4, 0.045, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '1819+352', 'J1821+3514' RA= 18:21:20.275089 DEC= +35:14:57.88470 RAER= 6.00 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1819+396', 'J1821+3942' RA= 18:21:20.902297 DEC= +39:42:44.71416 RAER= 1.41 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.190, 0.039, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1818-349', 'J1821-3458' RA= 18:21:21.266984 DEC= -34:58:05.72902 RAER= 1.68 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.030, 8.4, 0.052, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1818-124', 'J1821-1224' RA= 18:21:23.277936 DEC= -12:24:12.93380 RAER= 2.10 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.298, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1814-766', 'J1821-7635' RA= 18:21:24.686488 DEC= -76:35:00.13552 RAER= 11.62 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1819+266', 'J1821+2639' RA= 18:21:26.959362 DEC= +26:39:35.55615 RAER= 0.60 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1819+057', 'J1821+0549' RA= 18:21:27.305815 DEC= +05:49:10.65155 RAER= 0.51 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.087, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1818-313', 'J1821-3121' RA= 18:21:35.710704 DEC= -31:21:43.30213 RAER= 7.65 DECER= 12.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '1820+357', 'J1821+3546' RA= 18:21:50.805825 DEC= +35:46:50.26068 RAER= 1.00 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.069, 8.4, 0.072, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1817-575', 'J1821-5733' RA= 18:21:52.378103 DEC= -57:33:24.75833 RAER= 2.42 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.095, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1819-012', 'J1821-0112' RA= 18:21:55.664833 DEC= -01:12:59.22283 RAER= 0.97 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.192, n/a, 8.4, 0.134, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1822+682', 'J1821+6818' RA= 18:21:59.491650 DEC= +68:18:43.00898 RAER= 0.34 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.132, 8.4, 0.239, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1820+397', 'J1821+3945' RA= 18:21:59.700646 DEC= +39:45:59.65664 RAER= 0.21 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.103, 8.4, 0.151, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 891 observations" / source= '1828+829', 'J1822+8257' RA= 18:22:03.058078 DEC= +82:57:20.67569 RAER= 1.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.156, 8.4, 0.201, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '1819+159', 'J1822+1600' RA= 18:22:09.968959 DEC= +16:00:14.84354 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.368, 0.259, 8.4, 0.702, 0.559 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '1820+374', 'J1822+3725' RA= 18:22:16.781760 DEC= +37:25:51.89167 RAER= 1.26 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.045, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1819-245', 'J1822-2430' RA= 18:22:21.054244 DEC= -24:30:01.31933 RAER= 0.29 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.055, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1820+179', 'J1822+1800' RA= 18:22:21.113029 DEC= +18:00:12.77083 RAER= 8.91 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1819-096', 'J1822-0938' RA= 18:22:28.731608 DEC= -09:38:56.48806 RAER= 2.55 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1819-351', 'J1822-3509' RA= 18:22:29.167586 DEC= -35:09:08.26227 RAER= 27.21 DECER= 42.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1822+640', 'J1822+6404' RA= 18:22:34.694497 DEC= +64:04:00.54084 RAER= 0.92 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.042, 8.4, 0.048, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '1820+122', 'J1822+1216' RA= 18:22:41.920249 DEC= +12:16:10.69821 RAER= 0.53 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 121 observations" / source= '1819-327', 'J1822-3245' RA= 18:22:43.063280 DEC= -32:45:57.09084 RAER= 0.78 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations. No flux information" / source= '1821+564', 'J1822+5629' RA= 18:22:43.982076 DEC= +56:29:43.75211 RAER= 0.90 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.034, 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1820+071', 'J1822+0711' RA= 18:22:58.156537 DEC= +07:11:45.05198 RAER= 0.55 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.038, 8.4, 0.090, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1819-369', 'J1823-3656' RA= 18:23:04.659270 DEC= -36:56:54.57922 RAER= 1.91 DECER= 4.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1819-374', 'J1823-3724' RA= 18:23:12.309794 DEC= -37:24:03.92620 RAER= 14.43 DECER= 46.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1826+796', 'J1823+7938' RA= 18:23:14.108651 DEC= +79:38:49.00192 RAER= 0.63 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.464, 0.164, 8.4, 0.486, 0.110, 15.2, 0.327, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1548 observations" / source= '1820-226', 'J1823-2240' RA= 18:23:16.707624 DEC= -22:40:06.00194 RAER= 0.64 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.030, 8.4, 0.063, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1820-274', 'J1823-2726' RA= 18:23:19.651614 DEC= -27:26:26.40544 RAER= 1.29 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.411, 0.105, 5.0, 0.270, n/a, 8.4, 0.077, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '1821+123', 'J1823+1222' RA= 18:23:21.742947 DEC= +12:22:56.76760 RAER= 0.87 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.028, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1821+128', 'J1823+1250' RA= 18:23:27.398202 DEC= +12:50:52.09234 RAER= 36.22 DECER= 37.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1823+689', 'J1823+6857' RA= 18:23:32.853901 DEC= +68:57:52.61255 RAER= 0.28 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.323, 0.220, 5.0, 0.286, 0.150, 8.4, 0.253, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5389 observations" / source= '1820-146', 'J1823-1437' RA= 18:23:36.212616 DEC= -14:37:21.60652 RAER= 1.36 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1820-349', 'J1823-3454' RA= 18:23:38.590819 DEC= -34:54:12.03888 RAER= 0.34 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.049, 8.4, 0.083, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '1820-286', 'J1823-2834' RA= 18:23:41.610633 DEC= -28:34:30.07832 RAER= 1.87 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1821+108', 'J1823+1053' RA= 18:23:51.490584 DEC= +10:53:35.97071 RAER= 0.47 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.032, 8.4, 0.054, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1821+017', 'J1824+0148' RA= 18:24:00.794708 DEC= +01:48:34.96238 RAER= 8.49 DECER= 8.65 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1820-439', 'J1824-4358' RA= 18:24:01.665320 DEC= -43:58:12.62932 RAER= 2.30 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1821+107', 'J1824+1044' RA= 18:24:02.855253 DEC= +10:44:23.77413 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.559, 5.0, 0.710, 0.521, 8.4, 0.679, 0.472, 15.2, 0.361, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5148 observations" / source= '1821-229', 'J1824-2253' RA= 18:24:03.765769 DEC= -22:53:17.81976 RAER= 1.13 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.014, 8.4, 0.028, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1821+114', 'J1824+1127' RA= 18:24:03.947956 DEC= +11:27:37.70302 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.178, 0.114, 8.4, 0.143, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '1823+568', 'J1824+5651' RA= 18:24:07.068372 DEC= +56:51:01.49086 RAER= 0.18 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.714, 0.486, 5.0, 0.799, 0.602, 8.4, 1.014, 0.659, 15.2, 1.399, 0.820, 22.2, 1.245, 0.862 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20455 observations" / source= '1823+635', 'J1824+6333' RA= 18:24:09.035393 DEC= +63:33:35.61246 RAER= 1.70 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1821+050', 'J1824+0506' RA= 18:24:15.200159 DEC= +05:06:17.55048 RAER= 0.63 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.052, 8.4, 0.072, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1821-064', 'J1824-0627' RA= 18:24:15.325153 DEC= -06:27:46.75757 RAER= 0.75 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1822+431', 'J1824+4309' RA= 18:24:19.046103 DEC= +43:09:49.39398 RAER= 0.81 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '1821+102', 'J1824+1016' RA= 18:24:20.498118 DEC= +10:16:29.55463 RAER= 0.97 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1822+033', 'J1824+0322' RA= 18:24:32.066220 DEC= +03:22:05.93578 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.152, 8.4, 0.115, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 432 observations" / source= '1822+010', 'J1824+0104' RA= 18:24:32.547316 DEC= +01:04:16.05592 RAER= 0.25 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1821-372', 'J1824-3715' RA= 18:24:38.101566 DEC= -37:15:47.93686 RAER= 2.45 DECER= 8.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.003, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1822+139', 'J1824+1400' RA= 18:24:39.117104 DEC= +14:00:29.65122 RAER= 1.63 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.013, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1822+012', 'J1824+0119' RA= 18:24:48.143438 DEC= +01:19:34.20175 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.124, 5.0, 0.232, 0.181, 8.4, 0.249, 0.182, 22.2, 0.232, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3850 observations" / source= '1821-389', 'J1824-3854' RA= 18:24:55.243933 DEC= -38:54:56.93904 RAER= 1.87 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.062, 8.4, 0.064, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1822-142', 'J1824-1410' RA= 18:24:55.346505 DEC= -14:10:53.25243 RAER= 2.29 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1821-327', 'J1824-3242' RA= 18:24:55.930827 DEC= -32:42:58.36023 RAER= 0.34 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.019, 5.0, 0.139, 0.063, 8.4, 0.098, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '1822-063', 'J1824-0617' RA= 18:24:57.811225 DEC= -06:17:45.88838 RAER= 40.72 DECER= 27.57 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1822+062', 'J1824+0613' RA= 18:24:59.080704 DEC= +06:13:50.58622 RAER= 1.68 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.190, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1824+583', 'J1825+5819' RA= 18:25:03.730278 DEC= +58:19:51.51273 RAER= 0.92 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.052, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1822+142', 'J1825+1416' RA= 18:25:04.734062 DEC= +14:16:31.21030 RAER= 1.45 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1826+751', 'J1825+7509' RA= 18:25:06.104840 DEC= +75:09:19.68737 RAER= 3.91 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.062, 8.4, 0.049, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1821-276', 'J1825-2734' RA= 18:25:06.939118 DEC= -27:34:47.04426 RAER= 0.90 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1822-158', 'J1825-1551' RA= 18:25:11.722467 DEC= -15:51:34.37494 RAER= 2.84 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1821-525', 'J1825-5230' RA= 18:25:13.809410 DEC= -52:30:58.28272 RAER= 0.23 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.275, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '1823+162', 'J1825+1617' RA= 18:25:20.085991 DEC= +16:17:18.41126 RAER= 1.56 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.049, 8.4, 0.039, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1822-173', 'J1825-1718' RA= 18:25:36.532302 DEC= -17:18:49.84747 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.069, 8.4, 0.255, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1814 observations" / source= '1822-076', 'J1825-0737' RA= 18:25:37.609543 DEC= -07:37:30.01339 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.315, 0.061, 5.0, 0.318, 0.020, 8.4, 0.305, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1862 observations" / source= '1824+578', 'J1825+5753' RA= 18:25:41.598693 DEC= +57:53:05.95892 RAER= 0.27 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.046, 8.4, 0.066, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '1823+305', 'J1825+3031' RA= 18:25:52.931150 DEC= +30:31:57.72761 RAER= 1.02 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.030, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1823-007', 'J1825-0046' RA= 18:25:58.407533 DEC= -00:46:04.57093 RAER= 0.94 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.480, n/a, 8.4, 0.242, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1823-070', 'J1825-0659' RA= 18:25:59.465061 DEC= -06:59:19.31480 RAER= 1.63 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1822-234', 'J1826-2325' RA= 18:26:00.547152 DEC= -23:25:08.56339 RAER= 3.61 DECER= 9.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1822-368', 'J1826-3650' RA= 18:26:08.134876 DEC= -36:50:49.72609 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.162, 5.0, 0.163, 0.044, 8.4, 0.262, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '1825+545', 'J1826+5437' RA= 18:26:08.211756 DEC= +54:37:19.50820 RAER= 0.88 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.072, 8.4, 0.089, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1823-148', 'J1826-1450' RA= 18:26:15.064339 DEC= -14:50:54.38218 RAER= 1.15 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1825+599', 'J1826+5957' RA= 18:26:15.846169 DEC= +59:57:19.45681 RAER= 1.03 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.038, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '1824+440', 'J1826+4402' RA= 18:26:17.296237 DEC= +44:02:55.66118 RAER= 0.86 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.038, 8.4, 0.036, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1824+185', 'J1826+1831' RA= 18:26:17.710156 DEC= +18:31:52.89170 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.605, 0.152, 5.0, 0.367, 0.030, 8.4, 0.180, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 718 observations" / source= '1823-208', 'J1826-2051' RA= 18:26:20.023908 DEC= -20:51:16.42662 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.013, 8.4, 0.061, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1823-294', 'J1826-2924' RA= 18:26:20.599110 DEC= -29:24:24.95265 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.098, 8.4, 0.380, 0.242, 22.2, 0.333, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1648 observations" / source= '1823+017', 'J1826+0149' RA= 18:26:25.061137 DEC= +01:49:40.11980 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.488, 0.196, 8.4, 0.376, 0.091, 15.2, 0.386, 0.172 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 457 observations" / source= '1825+59A', 'J1826+5959' RA= 18:26:29.772016 DEC= +59:59:26.89096 RAER= 1.26 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.022, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '1824+271', 'J1826+2708' RA= 18:26:32.084018 DEC= +27:08:08.22322 RAER= 0.75 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.037, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1823-109', 'J1826-1057' RA= 18:26:36.313232 DEC= -10:57:19.07009 RAER= 2.14 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1826+670', 'J1826+6706' RA= 18:26:37.538319 DEC= +67:06:44.71648 RAER= 0.36 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.045, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 950 observations" / source= '1824+133', 'J1826+1322' RA= 18:26:39.418294 DEC= +13:22:53.53040 RAER= 0.55 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.050, 8.4, 0.038, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1825+344', 'J1826+3431' RA= 18:26:59.982822 DEC= +34:31:14.11994 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.103, 8.4, 0.241, 0.095, 15.2, 0.225, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '1823-455', 'J1827-4533' RA= 18:27:10.238061 DEC= -45:33:09.96410 RAER= 0.39 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.141, 5.0, 0.512, n/a, 8.4, 0.253, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '1824-082', 'J1827-0814' RA= 18:27:11.878628 DEC= -08:14:14.47175 RAER= 1.53 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1825+266', 'J1827+2638' RA= 18:27:20.134583 DEC= +26:38:24.15202 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.093, 5.0, 0.097, 0.055, 8.4, 0.118, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '1824-229', 'J1827-2252' RA= 18:27:30.304552 DEC= -22:52:25.51570 RAER= 4.74 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '1825+201', 'J1827+2013' RA= 18:27:30.859299 DEC= +20:13:09.29885 RAER= 3.47 DECER= 8.63 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1825-041', 'J1827-0405' RA= 18:27:45.040560 DEC= -04:05:44.57566 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.504, 0.051, 5.0, 0.392, 0.028, 8.4, 0.222, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2389 observations" / source= '1824-190', 'J1827-1901' RA= 18:27:49.268743 DEC= -19:01:30.16633 RAER= 1.72 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.050, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1825+282', 'J1827+2815' RA= 18:27:49.986588 DEC= +28:15:06.66777 RAER= 0.52 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, n/a, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1825-095', 'J1827-0931' RA= 18:27:50.705421 DEC= -09:31:47.93551 RAER= 15.17 DECER= 18.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1825+269', 'J1827+2658' RA= 18:27:55.424949 DEC= +26:58:05.91818 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.126, 8.4, 0.132, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1825+265', 'J1827+2633' RA= 18:27:56.532887 DEC= +26:33:12.61441 RAER= 0.50 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.006, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1825-201', 'J1828-2008' RA= 18:28:07.709674 DEC= -20:08:55.52427 RAER= 1.58 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1827+645', 'J1828+6434' RA= 18:28:09.857679 DEC= +64:34:16.03373 RAER= 0.59 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.079, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '1826+275', 'J1828+2734' RA= 18:28:10.201799 DEC= +27:34:08.27468 RAER= 0.68 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.026, 8.4, 0.041, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1825+051', 'J1828+0508' RA= 18:28:10.865757 DEC= +05:08:34.61551 RAER= 0.54 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.020, 8.4, 0.051, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1825-285', 'J1828-2831' RA= 18:28:18.454624 DEC= -28:31:25.64649 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations. No flux information" / source= '1825-214', 'J1828-2123' RA= 18:28:19.487031 DEC= -21:23:38.76964 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.141, 5.0, 0.183, n/a, 8.4, 0.161, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1161 observations" / source= '1826+372', 'J1828+3719' RA= 18:28:20.143269 DEC= +37:19:59.64322 RAER= 4.87 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1826+403', 'J1828+4020' RA= 18:28:24.121136 DEC= +40:20:31.34417 RAER= 2.47 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1825-063', 'J1828-0620' RA= 18:28:29.881827 DEC= -06:20:26.70456 RAER= 4.28 DECER= 5.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1826+264', 'J1828+2626' RA= 18:28:30.640583 DEC= +26:26:39.58785 RAER= 0.39 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.162, 0.090, 8.4, 0.115, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1826+083', 'J1828+0820' RA= 18:28:32.413306 DEC= +08:20:10.88023 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.036, 8.4, 0.039, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '1826-055', 'J1828-0530' RA= 18:28:40.153083 DEC= -05:30:50.85763 RAER= 0.33 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.305, 0.043, 8.4, 0.082, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 261 observations" / source= '1827+462', 'J1828+4616' RA= 18:28:40.740943 DEC= +46:16:34.08716 RAER= 0.73 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.054, 8.4, 0.071, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1825-307', 'J1828-3044' RA= 18:28:43.416284 DEC= -30:44:13.61130 RAER= 0.48 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, n/a, 5.0, 0.022, 0.017, 8.4, 0.021, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '1825-243', 'J1828-2417' RA= 18:28:54.910562 DEC= -24:17:36.39232 RAER= 0.58 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1826-092', 'J1828-0912' RA= 18:28:56.021966 DEC= -09:12:31.10836 RAER= 1.35 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1827+323', 'J1828+3220' RA= 18:28:56.933072 DEC= +32:20:04.15448 RAER= 2.68 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1826+128', 'J1829+1250' RA= 18:29:01.146895 DEC= +12:50:35.63489 RAER= 1.62 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.021, 8.4, 0.033, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1827+282', 'J1829+2819' RA= 18:29:06.784468 DEC= +28:19:51.47807 RAER= 0.51 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.065, 8.4, 0.085, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1828+567', 'J1829+5644' RA= 18:29:09.328629 DEC= +56:44:52.67113 RAER= 4.46 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1824-582', 'J1829-5813' RA= 18:29:12.402365 DEC= -58:13:55.16190 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.325, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 890 observations" / source= '1827+274', 'J1829+2729' RA= 18:29:13.964837 DEC= +27:29:02.75499 RAER= 0.33 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 176 observations" / source= '1829+641', 'J1829+6409' RA= 18:29:19.243959 DEC= +64:09:16.94084 RAER= 1.05 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.121, 0.094, 8.4, 0.077, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1826+052', 'J1829+0518' RA= 18:29:21.260573 DEC= +05:18:13.14586 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.039, 8.4, 0.096, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '1828+577', 'J1829+5745' RA= 18:29:23.422789 DEC= +57:45:00.40793 RAER= 5.05 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1828+540', 'J1829+5402' RA= 18:29:24.282268 DEC= +54:02:59.73822 RAER= 0.47 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.021, 0.020, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '1825-571', 'J1829-5705' RA= 18:29:27.580804 DEC= -57:05:34.17301 RAER= 0.46 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.181, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1827+234', 'J1829+2328' RA= 18:29:28.300660 DEC= +23:28:12.31296 RAER= 0.81 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.040, 8.4, 0.055, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1826-391', 'J1829-3904' RA= 18:29:28.903151 DEC= -39:04:00.38212 RAER= 0.31 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.055, 8.4, 0.083, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 181 observations" / source= '1828+487', 'J1829+4844' RA= 18:29:31.780937 DEC= +48:44:46.16076 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.189, 0.744, 5.0, 1.360, 0.609, 8.4, 1.546, 0.726, 15.2, 1.843, 1.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 644 observations" / source= '1827+375', 'J1829+3736' RA= 18:29:33.504532 DEC= +37:36:07.50760 RAER= 1.41 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.018, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1828+422', 'J1829+4218' RA= 18:29:37.724585 DEC= +42:18:06.10231 RAER= 0.66 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.051, 8.4, 0.061, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1827+387', 'J1829+3844' RA= 18:29:37.814590 DEC= +38:44:23.11965 RAER= 3.02 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1827+181', 'J1829+1808' RA= 18:29:38.650279 DEC= +18:08:49.67350 RAER= 0.72 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.042, 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1826-311', 'J1829-3106' RA= 18:29:43.543335 DEC= -31:06:15.25408 RAER= 0.58 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations. No flux information" / source= '1827-068', 'J1829-0650' RA= 18:29:47.803801 DEC= -06:50:27.18408 RAER= 2.18 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1828+399', 'J1829+3957' RA= 18:29:56.520181 DEC= +39:57:34.70366 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.231, 5.0, 0.401, 0.256, 8.4, 0.316, 0.227 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 605 observations" / source= '1827+133', 'J1830+1324' RA= 18:30:00.762714 DEC= +13:24:14.33444 RAER= 0.19 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.125, 0.107, 15.2, 0.073, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '1826-447', 'J1830-4441' RA= 18:30:00.869718 DEC= -44:41:11.67793 RAER= 0.36 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.129, 8.4, 0.332, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 173 observations" / source= '1828+395', 'J1830+3936' RA= 18:30:03.630522 DEC= +39:36:37.99477 RAER= 0.55 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.018, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1826-524', 'J1830-5226' RA= 18:30:04.334031 DEC= -52:26:18.86827 RAER= 1.44 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations. No flux information" / source= '1827+062', 'J1830+0619' RA= 18:30:05.939850 DEC= +06:19:15.95219 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.370, 0.153, 8.4, 0.617, 0.448, 15.2, 0.792, 0.581 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '1827-262', 'J1830-2611' RA= 18:30:09.067949 DEC= -26:11:19.67803 RAER= 2.04 DECER= 7.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1827-161', 'J1830-1606' RA= 18:30:10.745491 DEC= -16:06:55.94628 RAER= 1.16 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1827-167', 'J1830-1643' RA= 18:30:20.630460 DEC= -16:43:29.01978 RAER= 2.52 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1827+026', 'J1830+0242' RA= 18:30:20.992381 DEC= +02:42:00.26284 RAER= 1.10 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1827-279', 'J1830-2752' RA= 18:30:21.317576 DEC= -27:52:44.70721 RAER= 0.51 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.031, 8.4, 0.050, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1827-160', 'J1830-1601' RA= 18:30:46.864334 DEC= -16:01:34.31087 RAER= 6.09 DECER= 13.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1829+486', 'J1830+4840' RA= 18:30:48.100013 DEC= +48:40:12.31990 RAER= 2.51 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1830+582', 'J1830+5816' RA= 18:30:53.919388 DEC= +58:16:16.16192 RAER= 1.53 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.062, 8.4, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1827-305', 'J1830-3029' RA= 18:30:55.662201 DEC= -30:29:13.58455 RAER= 0.56 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations. No flux information" / source= '1827-360', 'J1830-3602' RA= 18:30:58.899960 DEC= -36:02:30.85191 RAER= 6.51 DECER= 24.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.358, 0.077, 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1827-272', 'J1831-2714' RA= 18:31:00.044775 DEC= -27:14:06.18151 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.072, 8.4, 0.118, 0.096, 22.2, 0.306, 0.208 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1679 observations" / source= '1828-079', 'J1831-0756' RA= 18:31:03.673661 DEC= -07:56:54.17152 RAER= 1.82 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1828-153', 'J1831-1517' RA= 18:31:05.772495 DEC= -15:17:34.73625 RAER= 109.54 DECER= 156.43 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1828-111', 'J1831-1107' RA= 18:31:05.909169 DEC= -11:07:21.18014 RAER= 5.91 DECER= 5.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1829+290', 'J1831+2907' RA= 18:31:14.859581 DEC= +29:07:10.29535 RAER= 0.33 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.822, 0.139, 5.0, 0.397, 0.010, 8.4, 0.120, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '1829+219', 'J1831+2200' RA= 18:31:18.891931 DEC= +22:00:12.33236 RAER= 0.22 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.077, 8.4, 0.088, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 678 observations" / source= '1828-126', 'J1831-1236' RA= 18:31:19.159702 DEC= -12:36:51.89001 RAER= 7.29 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1828-187', 'J1831-1843' RA= 18:31:23.141752 DEC= -18:43:34.84540 RAER= 0.35 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, n/a, 8.4, 0.099, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '1826-651', 'J1831-6507' RA= 18:31:23.301441 DEC= -65:07:24.31640 RAER= 5.64 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1830+547', 'J1831+5448' RA= 18:31:27.053753 DEC= +54:48:00.27095 RAER= 2.71 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1829+148', 'J1831+1450' RA= 18:31:29.276116 DEC= +14:50:19.54167 RAER= 43.90 DECER= 35.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1829+271', 'J1831+2713' RA= 18:31:34.300145 DEC= +27:13:13.46999 RAER= 0.74 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.008, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1829-019', 'J1831-0153' RA= 18:31:36.951579 DEC= -01:53:11.29097 RAER= 0.85 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1828-230', 'J1831-2259' RA= 18:31:37.271129 DEC= -22:59:28.28559 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.440, 0.053, 8.4, 0.206, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '1827-481', 'J1831-4805' RA= 18:31:41.456483 DEC= -48:05:21.00952 RAER= 1.75 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.181, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1828-157', 'J1831-1544' RA= 18:31:45.895942 DEC= -15:44:29.37120 RAER= 3.30 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1830+383', 'J1832+3821' RA= 18:32:00.979566 DEC= +38:21:37.00082 RAER= 0.89 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1836+807', 'J1832+8049' RA= 18:32:05.007995 DEC= +80:49:41.77970 RAER= 1.96 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.069, 8.4, 0.074, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '1829+000', 'J1832+0005' RA= 18:32:07.579889 DEC= +00:05:31.02563 RAER= 1.34 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1829-207', 'J1832-2039' RA= 18:32:11.046559 DEC= -20:39:48.20238 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.780, 0.036, 8.4, 0.545, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2034 observations" / source= '1829-043', 'J1832-0416' RA= 18:32:13.156752 DEC= -04:16:32.47611 RAER= 0.81 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1829-003', 'J1832-0021' RA= 18:32:14.392014 DEC= -00:21:02.61950 RAER= 1.32 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1829-106', 'J1832-1035' RA= 18:32:20.836431 DEC= -10:35:11.19906 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.048, 8.4, 0.626, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1139 observations" / source= '1828-570', 'J1832-5659' RA= 18:32:30.977623 DEC= -56:59:20.72795 RAER= 0.50 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.096, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1832+687', 'J1832+6848' RA= 18:32:35.523059 DEC= +68:48:07.14568 RAER= 0.49 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.043, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 607 observations" / source= '1830+012', 'J1832+0118' RA= 18:32:40.093766 DEC= +01:18:16.47313 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.054, 8.4, 0.138, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1831+406', 'J1832+4041' RA= 18:32:40.791096 DEC= +40:41:12.25723 RAER= 0.52 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.039, 8.4, 0.074, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1830+074', 'J1832+0731' RA= 18:32:41.989083 DEC= +07:31:55.12635 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.376, 0.187, 8.4, 0.299, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 712 observations" / source= '1830-062', 'J1832-0610' RA= 18:32:42.227962 DEC= -06:10:25.38194 RAER= 3.46 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1830+139', 'J1832+1357' RA= 18:32:43.471102 DEC= +13:57:44.40037 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.587, 0.473, 8.4, 0.278, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1829-269', 'J1832-2656' RA= 18:32:49.067518 DEC= -26:56:03.46889 RAER= 16.41 DECER= 48.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1830+285', 'J1832+2833' RA= 18:32:50.185627 DEC= +28:33:35.95531 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.428, 0.179, 5.0, 0.677, 0.460, 8.4, 0.539, 0.271, 15.2, 0.603, 0.277 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1847 observations" / source= '1831+416', 'J1832+4141' RA= 18:32:55.414256 DEC= +41:41:43.90580 RAER= 0.72 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1830+01A', 'J1833+0115' RA= 18:33:07.760851 DEC= +01:15:35.30110 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.090, 5.0, 0.485, 0.291, 8.4, 0.338, 0.177 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 629 observations" / source= '1831+231', 'J1833+2310' RA= 18:33:12.865790 DEC= +23:10:06.00500 RAER= 0.58 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.038, 8.4, 0.059, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1830-256', 'J1833-2534' RA= 18:33:18.412029 DEC= -25:34:23.04027 RAER= 3.08 DECER= 9.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1829-388', 'J1833-3849' RA= 18:33:19.050705 DEC= -38:49:58.00675 RAER= 1.67 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.023, 8.4, 0.055, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1830-089', 'J1833-0855' RA= 18:33:19.581112 DEC= -08:55:27.20219 RAER= 8.54 DECER= 7.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1829-529', 'J1833-5252' RA= 18:33:20.286424 DEC= -52:52:44.14760 RAER= 0.48 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1830-034', 'J1833-0323' RA= 18:33:23.905141 DEC= -03:23:31.44535 RAER= 0.71 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.073, 22.2, 0.117, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1831+454', 'J1833+4531' RA= 18:33:26.025076 DEC= +45:31:32.46412 RAER= 0.73 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.050, 8.4, 0.058, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1832+474', 'J1833+4726' RA= 18:33:26.755105 DEC= +47:26:46.21998 RAER= 0.81 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.078, 8.4, 0.056, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '1831+020', 'J1833+0203' RA= 18:33:37.163912 DEC= +02:03:55.66266 RAER= 5.34 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1830-21B', 'J1833-210B' RA= 18:33:39.839577 DEC= -21:03:41.27686 RAER= 0.26 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 3.016, 0.022, 8.4, 1.003, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '1830-21A', 'J1833-210A' RA= 18:33:39.886592 DEC= -21:03:40.55192 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.269, 0.057, 8.4, 1.658, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1504 observations" / source= '1833+653', 'J1833+6521' RA= 18:33:43.219753 DEC= +65:21:38.97211 RAER= 1.57 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.026, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1831-07A', 'J1833-0713' RA= 18:33:44.694090 DEC= -07:13:41.94675 RAER= 3.33 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1831-072', 'J1833-0711' RA= 18:33:54.003750 DEC= -07:11:09.43464 RAER= 11.25 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1830-397', 'J1833-3940' RA= 18:33:56.264355 DEC= -39:40:25.29143 RAER= 11.53 DECER= 28.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1831-031', 'J1834-0303' RA= 18:34:00.057081 DEC= -03:03:40.34903 RAER= 13.87 DECER= 14.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1831-116', 'J1834-1137' RA= 18:34:05.608657 DEC= -11:37:32.32829 RAER= 0.73 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.014, 8.4, 0.069, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1832+208', 'J1834+2051' RA= 18:34:12.143326 DEC= +20:51:40.83830 RAER= 0.25 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.041, 8.4, 0.045, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1831-030', 'J1834-0301' RA= 18:34:14.074645 DEC= -03:01:19.62673 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, n/a, 5.0, 0.121, 0.026, 8.4, 0.148, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1719 observations" / source= '1831-146', 'J1834-1433' RA= 18:34:14.743252 DEC= -14:33:47.37065 RAER= 2.17 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1831+007', 'J1834+0044' RA= 18:34:15.559357 DEC= +00:44:48.41002 RAER= 0.99 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1832+315', 'J1834+3136' RA= 18:34:18.144995 DEC= +31:36:24.46221 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.356, 0.294, 8.4, 0.353, 0.325 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '1831-126', 'J1834-1237' RA= 18:34:19.210803 DEC= -12:37:40.82979 RAER= 6.34 DECER= 5.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1834+654', 'J1834+6530' RA= 18:34:23.621191 DEC= +65:30:29.80763 RAER= 3.78 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.029, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1831-163', 'J1834-1618' RA= 18:34:23.678891 DEC= -16:18:20.33568 RAER= 0.39 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.122, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '1831+050', 'J1834+0506' RA= 18:34:27.311421 DEC= +05:06:03.96441 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.067, 8.4, 0.153, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '1830-589', 'J1834-5856' RA= 18:34:27.472319 DEC= -58:56:36.27388 RAER= 0.37 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.521, 0.578 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '1832+065', 'J1834+0633' RA= 18:34:28.861926 DEC= +06:33:49.71109 RAER= 0.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.074, 8.4, 0.133, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1831-378', 'J1834-3750' RA= 18:34:30.552750 DEC= -37:50:40.12866 RAER= 1.34 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.033, 8.4, 0.040, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1832+369', 'J1834+3659' RA= 18:34:41.862769 DEC= +36:59:15.55250 RAER= 1.09 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1831-237', 'J1834-2341' RA= 18:34:42.285492 DEC= -23:41:59.67070 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.045, 8.4, 0.090, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '1832+320', 'J1834+3205' RA= 18:34:49.087193 DEC= +32:05:25.38779 RAER= 0.45 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.093, 8.4, 0.077, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1828-732', 'J1834-7315' RA= 18:34:53.197764 DEC= -73:15:14.33333 RAER= 1.08 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.109, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '1833+326', 'J1835+3241' RA= 18:35:03.389612 DEC= +32:41:46.85680 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.089, 5.0, 0.182, 0.083, 8.4, 0.180, 0.049, 15.2, 0.165, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 704 observations" / source= '1832-152', 'J1835-1513' RA= 18:35:07.265388 DEC= -15:13:38.96609 RAER= 2.14 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1834+590', 'J1835+5906' RA= 18:35:12.078828 DEC= +59:06:44.95758 RAER= 2.63 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1832-113', 'J1835-1115' RA= 18:35:19.575795 DEC= -11:15:59.31268 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, n/a, 8.4, 0.064, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '1834+612', 'J1835+6119' RA= 18:35:19.675236 DEC= +61:19:40.01484 RAER= 0.25 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.089, 8.4, 0.331, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 645 observations" / source= '1834+490', 'J1835+4904' RA= 18:35:21.826140 DEC= +49:04:43.52708 RAER= 13.64 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1832-349', 'J1835-3453' RA= 18:35:28.485402 DEC= -34:53:50.63043 RAER= 1.57 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1833+105', 'J1835+1033' RA= 18:35:32.795325 DEC= +10:33:25.32348 RAER= 0.89 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1833+137', 'J1835+1348' RA= 18:35:35.352153 DEC= +13:48:48.74920 RAER= 0.67 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.085, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1829-718', 'J1835-7149' RA= 18:35:37.204506 DEC= -71:49:58.24332 RAER= 4.11 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.401, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1833+034', 'J1835+0331' RA= 18:35:37.562335 DEC= +03:31:51.68140 RAER= 14.16 DECER= 9.04 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1833-057', 'J1835-0544' RA= 18:35:40.812098 DEC= -05:44:54.51792 RAER= 20.17 DECER= 19.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1833+240', 'J1835+2407' RA= 18:35:46.272509 DEC= +24:07:50.82992 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.081, 8.4, 0.115, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1833+152', 'J1835+1516' RA= 18:35:51.527176 DEC= +15:16:00.47754 RAER= 1.05 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.007, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1834+409', 'J1835+4058' RA= 18:35:57.012482 DEC= +40:58:56.04838 RAER= 1.10 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.047, 8.4, 0.061, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1834+309', 'J1835+3057' RA= 18:35:58.372821 DEC= +30:57:43.40340 RAER= 0.98 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1833+250', 'J1835+2506' RA= 18:35:58.375235 DEC= +25:06:45.40738 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.048, 5.0, 0.063, 0.042, 8.4, 0.052, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 811 observations" / source= '1833-010', 'J1836-0057' RA= 18:36:03.653552 DEC= -00:57:47.59978 RAER= 0.75 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.015, 8.4, 0.075, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1833+087', 'J1836+0846' RA= 18:36:11.724170 DEC= +08:46:18.28191 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.092, 8.4, 0.101, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '1835+614', 'J1836+6129' RA= 18:36:19.427139 DEC= +61:29:32.43677 RAER= 27.84 DECER= 24.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1834+315', 'J1836+3136' RA= 18:36:21.240139 DEC= +31:36:26.73005 RAER= 0.41 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '1834+198', 'J1836+1950' RA= 18:36:32.114151 DEC= +19:50:46.28973 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1834+073', 'J1836+0725' RA= 18:36:38.225010 DEC= +07:25:34.13044 RAER= 0.66 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.029, 8.4, 0.022, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1834+196', 'J1836+1943' RA= 18:36:39.673917 DEC= +19:43:45.46885 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.055, 8.4, 0.109, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '1833-339', 'J1836-3352' RA= 18:36:57.487382 DEC= -33:52:03.30314 RAER= 74.53 DECER= 116.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1831-668', 'J1836-6649' RA= 18:36:58.713594 DEC= -66:49:04.76154 RAER= 20.76 DECER= 34.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.098, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1838+750', 'J1837+7507' RA= 18:37:00.723543 DEC= +75:07:32.53359 RAER= 0.54 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.131, 8.4, 0.217, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '1834-019', 'J1837-0151' RA= 18:37:01.154562 DEC= -01:51:40.01157 RAER= 0.83 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1831-693', 'J1837-6917' RA= 18:37:05.563915 DEC= -69:17:33.33006 RAER= 1.71 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1836+537', 'J1837+5347' RA= 18:37:10.733080 DEC= +53:47:06.12529 RAER= 0.44 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.043, 8.4, 0.043, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1834+108', 'J1837+1051' RA= 18:37:13.983487 DEC= +10:51:43.68450 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.037, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1834-145', 'J1837-1430' RA= 18:37:14.290816 DEC= -14:30:59.56304 RAER= 5.77 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.346, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1834-333', 'J1837-3319' RA= 18:37:24.508444 DEC= -33:19:08.76178 RAER= 0.26 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.066, 5.0, 0.111, n/a, 8.4, 0.092, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '1831-711', 'J1837-7108' RA= 18:37:28.714976 DEC= -71:08:43.55444 RAER= 0.32 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.601, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2598 observations" / source= '1835+134', 'J1837+1330' RA= 18:37:29.096234 DEC= +13:30:15.30737 RAER= 0.28 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.178, 0.035, 8.4, 0.113, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1834-168', 'J1837-1648' RA= 18:37:33.308377 DEC= -16:48:02.04384 RAER= 2.28 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1834-155', 'J1837-1532' RA= 18:37:37.671936 DEC= -15:32:44.04335 RAER= 0.53 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.055, 8.4, 0.041, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '1834-219', 'J1837-2157' RA= 18:37:55.442751 DEC= -21:57:17.20726 RAER= 0.36 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.036, 8.4, 0.069, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 361 observations" / source= '1835+175', 'J1837+1737' RA= 18:37:56.998173 DEC= +17:37:30.61324 RAER= 0.88 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.030, 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1835-069', 'J1837-0653' RA= 18:37:58.033023 DEC= -06:53:31.23778 RAER= 1.94 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1835-105', 'J1838-1030' RA= 18:38:02.217183 DEC= -10:30:15.28240 RAER= 1.55 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1833-600', 'J1838-6000' RA= 18:38:06.760262 DEC= -60:00:32.00955 RAER= 2.37 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '1836+361', 'J1838+3613' RA= 18:38:09.119527 DEC= +36:13:17.48685 RAER= 0.93 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.047, 8.4, 0.045, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1838+658', 'J1838+6555' RA= 18:38:11.470293 DEC= +65:55:01.97693 RAER= 3.10 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, 0.016, 5.0, 0.026, 0.024, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '1839+734', 'J1838+7331' RA= 18:38:19.856602 DEC= +73:31:54.89138 RAER= 4.24 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.031, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1833-604', 'J1838-6025' RA= 18:38:20.637436 DEC= -60:25:22.64091 RAER= 2.15 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations. No flux information" / source= '1835+064', 'J1838+0628' RA= 18:38:22.912104 DEC= +06:28:08.71428 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.148, 8.4, 0.149, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '1836+171', 'J1838+1711' RA= 18:38:26.240945 DEC= +17:11:49.89401 RAER= 1.06 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1835-345', 'J1838-3427' RA= 18:38:28.496966 DEC= -34:27:41.75678 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.068, 8.4, 0.197, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '1836+328', 'J1838+3253' RA= 18:38:37.663245 DEC= +32:53:51.03758 RAER= 0.27 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.102, 8.4, 0.110, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '1835-186', 'J1838-1833' RA= 18:38:37.691635 DEC= -18:33:55.25942 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.032, 5.0, 0.230, 0.116, 8.4, 0.159, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '1836+001', 'J1838+0008' RA= 18:38:38.332201 DEC= +00:08:56.94057 RAER= 0.86 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.019, 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1835-189', 'J1838-1853' RA= 18:38:45.109317 DEC= -18:53:30.70051 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.026, 5.0, 0.053, 0.029, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '1836+040', 'J1838+0404' RA= 18:38:48.829020 DEC= +04:04:24.66751 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.090, 8.4, 0.330, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 555 observations" / source= '1837+479', 'J1838+4802' RA= 18:38:49.155053 DEC= +48:02:34.27432 RAER= 0.24 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.033, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '1834-601', 'J1838-6005' RA= 18:38:52.738576 DEC= -60:05:16.67554 RAER= 27.64 DECER= 11.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.009, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1836+094', 'J1838+0927' RA= 18:38:54.835266 DEC= +09:27:27.89676 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.136, 5.0, 0.157, 0.131, 8.4, 0.136, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '1836+035', 'J1838+0336' RA= 18:38:56.245219 DEC= +03:36:47.68195 RAER= 1.17 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1838+575', 'J1838+5735' RA= 18:38:58.561854 DEC= +57:35:39.28534 RAER= 0.25 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.057, 8.4, 0.068, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 911 observations" / source= '1835-293', 'J1839-2920' RA= 18:39:03.603156 DEC= -29:20:48.62419 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.069, 5.0, 0.133, 0.097, 8.4, 0.118, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 352 observations" / source= '1837+409', 'J1839+4100' RA= 18:39:05.803744 DEC= +41:00:59.09272 RAER= 0.18 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.104, 8.4, 0.089, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 631 observations" / source= '1835-284', 'J1839-2823' RA= 18:39:07.371206 DEC= -28:23:47.47107 RAER= 7.38 DECER= 43.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1836+124', 'J1839+1231' RA= 18:39:11.765154 DEC= +12:31:32.59803 RAER= 1.56 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1836-349', 'J1839-3453' RA= 18:39:23.564264 DEC= -34:53:48.98474 RAER= 1.37 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1836-080', 'J1839-0801' RA= 18:39:29.276026 DEC= -08:01:36.32377 RAER= 3.52 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1837+070', 'J1839+0705' RA= 18:39:36.785032 DEC= +07:05:35.56196 RAER= 0.94 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.036, 8.4, 0.061, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1836-199', 'J1839-1953' RA= 18:39:37.856936 DEC= -19:53:27.12156 RAER= 0.49 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.022, 8.4, 0.070, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1838+425', 'J1839+4236' RA= 18:39:49.182123 DEC= +42:36:06.04414 RAER= 0.52 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.060, 8.4, 0.051, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1837+239', 'J1840+2402' RA= 18:40:02.692758 DEC= +24:02:29.91639 RAER= 8.26 DECER= 6.52 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '1838+249', 'J1840+2457' RA= 18:40:03.442821 DEC= +24:57:41.21315 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.093, 8.4, 0.155, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 393 observations" / source= '1835-619', 'J1840-6152' RA= 18:40:15.423276 DEC= -61:52:06.15849 RAER= 3.34 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.167, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1838+388', 'J1840+3853' RA= 18:40:16.553237 DEC= +38:53:18.46073 RAER= 8.10 DECER= 7.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1838+314', 'J1840+3128' RA= 18:40:22.773833 DEC= +31:28:34.71228 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.173, 0.174, 8.4, 0.134, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '1837-271', 'J1840-2703' RA= 18:40:26.002863 DEC= -27:03:59.53479 RAER= 0.28 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.078, 8.4, 0.065, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '1840+621', 'J1840+6212' RA= 18:40:33.672300 DEC= +62:12:50.14445 RAER= 2.01 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1833-772', 'J1840-7709' RA= 18:40:38.602436 DEC= -77:09:28.69446 RAER= 7.21 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1839+406', 'J1840+4042' RA= 18:40:44.997059 DEC= +40:42:36.94900 RAER= 0.96 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.048, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1839+389', 'J1840+3900' RA= 18:40:57.154226 DEC= +39:00:45.72410 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.255, 8.4, 0.205, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 755 observations" / source= '1839+548', 'J1840+5452' RA= 18:40:57.376694 DEC= +54:52:15.91049 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.082, 5.0, 0.107, 0.099, 8.4, 0.134, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2781 observations" / source= '1837-248', 'J1840-2446' RA= 18:40:58.290640 DEC= -24:46:24.20470 RAER= 0.85 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.038, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1839+369', 'J1840+3702' RA= 18:40:58.592967 DEC= +37:02:29.18996 RAER= 0.24 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.079, 8.4, 0.085, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1841+672', 'J1841+6718' RA= 18:41:03.924921 DEC= +67:18:50.00184 RAER= 1.26 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.103, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1839+414', 'J1841+4129' RA= 18:41:10.122447 DEC= +41:29:41.15762 RAER= 0.91 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.058, 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1839+371', 'J1841+3711' RA= 18:41:15.089128 DEC= +37:11:51.40789 RAER= 0.23 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.072, 8.4, 0.132, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '1837-557', 'J1841-5544' RA= 18:41:17.497745 DEC= -55:44:16.98953 RAER= 0.52 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1839+291', 'J1841+2909' RA= 18:41:21.720138 DEC= +29:09:41.02831 RAER= 0.59 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1840+541', 'J1841+5409' RA= 18:41:26.945055 DEC= +54:09:48.25442 RAER= 1.46 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.056, 8.4, 0.049, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1838-038', 'J1841-0348' RA= 18:41:27.313257 DEC= -03:48:44.35192 RAER= 1.78 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.011, 22.2, 0.063, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1839+210', 'J1841+2107' RA= 18:41:31.878124 DEC= +21:07:54.92316 RAER= 0.66 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.054, 8.4, 0.057, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1838-072', 'J1841-0712' RA= 18:41:32.454437 DEC= -07:12:25.40544 RAER= 0.93 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1841+676', 'J1841+6740' RA= 18:41:42.299903 DEC= +67:40:05.59934 RAER= 2.97 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.048, 8.4, 0.057, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1839+349', 'J1841+3459' RA= 18:41:45.343280 DEC= +34:59:40.10611 RAER= 1.22 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.024, 8.4, 0.047, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1839+322', 'J1841+3218' RA= 18:41:47.042258 DEC= +32:18:39.14252 RAER= 0.40 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 148 observations" / source= '1840+381', 'J1841+3810' RA= 18:41:51.582054 DEC= +38:10:08.44791 RAER= 0.99 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.032, 8.4, 0.037, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1839-092', 'J1842-0915' RA= 18:42:01.199425 DEC= -09:15:02.93398 RAER= 2.04 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1841+646', 'J1842+6441' RA= 18:42:02.776949 DEC= +64:41:20.47066 RAER= 1.59 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1838-287', 'J1842-2842' RA= 18:42:04.749972 DEC= -28:42:31.84138 RAER= 0.81 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.035, 8.4, 0.056, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1845+797', 'J1842+7946' RA= 18:42:08.989903 DEC= +79:46:17.12816 RAER= 0.61 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.113, 5.0, 0.326, 0.117, 8.4, 0.251, 0.113, 15.2, 0.414, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1873 observations" / source= '1840+194', 'J1842+1928' RA= 18:42:12.682823 DEC= +19:28:32.28290 RAER= 1.11 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1842+681', 'J1842+6809' RA= 18:42:33.641677 DEC= +68:09:25.22782 RAER= 0.27 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.581, 0.408, 5.0, 0.475, 0.340, 8.4, 0.485, 0.252, 15.2, 0.567, 0.281 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12675 observations" / source= '1840+296', 'J1842+2944' RA= 18:42:34.562972 DEC= +29:44:57.63850 RAER= 1.13 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1840+352', 'J1842+3516' RA= 18:42:46.278753 DEC= +35:16:01.28078 RAER= 0.49 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.078, 8.4, 0.092, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1840+239', 'J1842+2401' RA= 18:42:51.707925 DEC= +24:01:46.83607 RAER= 1.02 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.027, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1841+378', 'J1842+3755' RA= 18:42:55.685068 DEC= +37:55:29.20858 RAER= 10.85 DECER= 5.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1841+379', 'J1842+3759' RA= 18:42:59.391895 DEC= +37:59:12.93324 RAER= 3.44 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1841+317', 'J1843+3150' RA= 18:43:03.043978 DEC= +31:50:26.75264 RAER= 1.26 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1841+447', 'J1843+4449' RA= 18:43:07.917436 DEC= +44:49:51.52223 RAER= 0.21 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.120, 0.061, 8.4, 0.101, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '1841+434', 'J1843+4330' RA= 18:43:13.961884 DEC= +43:30:15.37322 RAER= 1.83 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1839-486', 'J1843-4836' RA= 18:43:14.618118 DEC= -48:36:23.19984 RAER= 0.36 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.435, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '1840-332', 'J1843-3311' RA= 18:43:24.252218 DEC= -33:11:20.74205 RAER= 3.41 DECER= 7.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.052, 8.4, 0.091, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1841+323', 'J1843+3225' RA= 18:43:29.257737 DEC= +32:25:27.55656 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.157, 0.104, 8.4, 0.168, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 159 observations" / source= '1840-201', 'J1843-2006' RA= 18:43:39.742754 DEC= -20:06:05.72041 RAER= 0.60 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1841+136', 'J1843+1341' RA= 18:43:45.101988 DEC= +13:41:29.89850 RAER= 1.23 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1842+359', 'J1843+3558' RA= 18:43:51.362690 DEC= +35:58:35.41327 RAER= 0.71 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.062, 8.4, 0.069, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1842+487', 'J1843+4851' RA= 18:43:56.648764 DEC= +48:51:04.78379 RAER= 3.25 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.018, 8.4, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1842+455', 'J1844+4533' RA= 18:44:02.383990 DEC= +45:33:29.62629 RAER= 0.45 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 342 observations" / source= '1841+131', 'J1844+1312' RA= 18:44:07.262418 DEC= +13:12:28.04165 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.103, 8.4, 0.133, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '1841+157', 'J1844+1549' RA= 18:44:10.898579 DEC= +15:49:33.52996 RAER= 0.67 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1841+116', 'J1844+1140' RA= 18:44:18.018114 DEC= +11:40:24.41691 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.070, 8.4, 0.066, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 494 observations" / source= '1841-248', 'J1844-2446' RA= 18:44:19.997248 DEC= -24:46:55.37665 RAER= 1.34 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1842+157', 'J1844+1546' RA= 18:44:25.360047 DEC= +15:46:45.84188 RAER= 0.55 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1840-404', 'J1844-4022' RA= 18:44:28.858644 DEC= -40:22:01.35089 RAER= 2.74 DECER= 7.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.022, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1843+546', 'J1844+5441' RA= 18:44:30.870515 DEC= +54:41:44.75403 RAER= 1.46 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '1842+066', 'J1844+0642' RA= 18:44:32.276101 DEC= +06:42:57.41544 RAER= 1.37 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1841-348', 'J1844-3446' RA= 18:44:34.765900 DEC= -34:46:42.62148 RAER= 1.01 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.040, 8.4, 0.053, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1842+076', 'J1844+0742' RA= 18:44:37.372891 DEC= +07:42:39.32350 RAER= 1.18 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1841-111', 'J1844-1106' RA= 18:44:38.523890 DEC= -11:06:37.54335 RAER= 0.86 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1842+332', 'J1844+3316' RA= 18:44:40.129900 DEC= +33:16:14.56507 RAER= 1.19 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1842+161', 'J1844+1614' RA= 18:44:42.608656 DEC= +16:14:11.07412 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.101, 8.4, 0.199, 0.190 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1841-205', 'J1844-2029' RA= 18:44:45.113804 DEC= -20:29:44.20450 RAER= 0.16 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.042, 8.4, 0.054, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '1841-328', 'J1844-3246' RA= 18:44:45.606142 DEC= -32:46:41.13646 RAER= 2.10 DECER= 6.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1839-652', 'J1844-6514' RA= 18:44:48.106251 DEC= -65:14:52.25941 RAER= 7.96 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1842-134', 'J1844-1324' RA= 18:44:50.281618 DEC= -13:24:44.39893 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.043, 5.0, 0.061, 0.009, 8.4, 0.069, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 447 observations" / source= '1843+571', 'J1844+5709' RA= 18:44:50.961838 DEC= +57:09:38.58482 RAER= 1.05 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1842+015', 'J1844+0137' RA= 18:44:50.964433 DEC= +01:37:17.55038 RAER= 0.42 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.051, 8.4, 0.052, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '1841-294', 'J1845-2923' RA= 18:45:04.104133 DEC= -29:23:59.89854 RAER= 0.63 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.055, 8.4, 0.078, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1843+400', 'J1845+4007' RA= 18:45:11.131515 DEC= +40:07:51.57846 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.630, 0.122, 8.4, 0.238, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '1844+546', 'J1845+5441' RA= 18:45:13.708507 DEC= +54:41:57.02384 RAER= 1.69 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.012, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1842-001', 'J1845-0007' RA= 18:45:17.841740 DEC= -00:07:41.82128 RAER= 2.03 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1844+578', 'J1845+5754' RA= 18:45:20.401690 DEC= +57:54:01.93840 RAER= 10.55 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1843+357', 'J1845+3548' RA= 18:45:24.087114 DEC= +35:48:13.56382 RAER= 1.09 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1843+076', 'J1845+0742' RA= 18:45:28.960513 DEC= +07:42:59.36875 RAER= 238.61 DECER= 259.58 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1843+356', 'J1845+3541' RA= 18:45:35.108843 DEC= +35:41:16.72657 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.078, 0.230, 5.0, 0.804, 0.113, 8.4, 0.461, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 594 observations" / source= '1843+098', 'J1845+0953' RA= 18:45:37.600699 DEC= +09:53:45.00290 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.419, 0.119, 5.0, 0.460, 0.317, 8.4, 0.540, 0.357 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 202 observations" / source= '1842-220', 'J1845-2200' RA= 18:45:39.902834 DEC= -22:00:36.57882 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.051, 8.4, 0.081, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '1844+572', 'J1845+5715' RA= 18:45:44.025920 DEC= +57:15:37.25991 RAER= 0.94 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1845+651', 'J1845+6511' RA= 18:45:46.226817 DEC= +65:11:16.10373 RAER= 11.00 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1842-219', 'J1845-2153' RA= 18:45:47.989487 DEC= -21:53:24.35807 RAER= 5.49 DECER= 10.16 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations. No flux information" / source= '1842-289', 'J1845-2852' RA= 18:45:51.368289 DEC= -28:52:40.27605 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.483, 0.303, 8.4, 0.426, 0.295 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2192 observations" / source= '1843+081', 'J1845+0813' RA= 18:45:52.345619 DEC= +08:13:35.94370 RAER= 0.59 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.046, 8.4, 0.050, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1843-001', 'J1846-0003' RA= 18:46:03.782309 DEC= -00:03:38.25507 RAER= 0.25 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.054, 8.4, 0.078, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 338 observations" / source= '1843+205', 'J1846+2036' RA= 18:46:04.349378 DEC= +20:36:10.35122 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.082, 8.4, 0.044, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '1843-069', 'J1846-0651' RA= 18:46:06.300491 DEC= -06:51:27.74683 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.058, 8.4, 0.069, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '1847+725', 'J1846+7237' RA= 18:46:12.834125 DEC= +72:37:50.63021 RAER= 1.34 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.037, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1844+377', 'J1846+3747' RA= 18:46:31.927571 DEC= +37:47:17.28484 RAER= 1.36 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.046, 8.4, 0.074, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1846+669', 'J1846+6657' RA= 18:46:49.798163 DEC= +66:57:47.30619 RAER= 3.89 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1844-001', 'J1847-0004' RA= 18:47:04.961601 DEC= -00:04:47.21546 RAER= 1.25 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1844+081', 'J1847+0810' RA= 18:47:12.660416 DEC= +08:10:35.38853 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.121, 5.0, 0.285, 0.252, 8.4, 0.254, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 687 observations" / source= '1844-118', 'J1847-1146' RA= 18:47:14.460857 DEC= -11:46:34.50185 RAER= 2.37 DECER= 4.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1844-164', 'J1847-1623' RA= 18:47:23.927784 DEC= -16:23:02.34816 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a, 8.4, 0.110, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '1900+859', 'J1847+8600' RA= 18:47:34.393458 DEC= +86:00:50.42272 RAER= 93.96 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.056, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1845+096', 'J1847+0943' RA= 18:47:36.064073 DEC= +09:43:47.29463 RAER= 0.50 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.043, 8.4, 0.073, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1845+284', 'J1847+2832' RA= 18:47:40.573240 DEC= +28:32:46.33558 RAER= 0.98 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.025, 8.4, 0.030, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1845+018', 'J1847+0154' RA= 18:47:43.958436 DEC= +01:54:35.44554 RAER= 1.26 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.051, 5.0, 0.016, 0.015, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1845+300', 'J1847+3006' RA= 18:47:50.393948 DEC= +30:06:31.94847 RAER= 1.02 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1846+521', 'J1847+5215' RA= 18:47:54.444468 DEC= +52:15:13.75748 RAER= 1.23 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1845+037', 'J1848+0349' RA= 18:48:02.498171 DEC= +03:49:10.01293 RAER= 1.59 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1844-425', 'J1848-4230' RA= 18:48:06.188194 DEC= -42:30:26.84953 RAER= 27.00 DECER= 44.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1845-135', 'J1848-1331' RA= 18:48:12.971459 DEC= -13:31:33.99901 RAER= 0.97 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1845-084', 'J1848-0822' RA= 18:48:13.881647 DEC= -08:22:01.41786 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.022, 8.4, 0.081, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1846+371', 'J1848+3714' RA= 18:48:16.504569 DEC= +37:14:06.36754 RAER= 0.86 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.048, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1845+015', 'J1848+0138' RA= 18:48:21.810445 DEC= +01:38:26.63015 RAER= 0.50 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '1846+322', 'J1848+3219' RA= 18:48:22.088574 DEC= +32:19:02.60381 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.548, 0.404, 5.0, 0.592, n/a, 8.4, 0.603, 0.493, 15.2, 0.614, 0.489 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90909 observations" / source= '1845-047', 'J1848-0442' RA= 18:48:22.374113 DEC= -04:42:01.37295 RAER= 3.15 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1846+385', 'J1848+3836' RA= 18:48:24.685086 DEC= +38:36:37.94528 RAER= 1.38 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.013, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1845-13A', 'J1848-1327' RA= 18:48:29.007114 DEC= -13:27:00.79206 RAER= 0.53 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.031, 8.4, 0.062, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1846+384', 'J1848+3833' RA= 18:48:31.863153 DEC= +38:33:17.76336 RAER= 70.94 DECER= 45.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1846+326', 'J1848+3244' RA= 18:48:34.361134 DEC= +32:44:00.14025 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.540, 0.275, 8.4, 0.292, 0.129, 15.2, 0.528, 0.353 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '1846+214', 'J1848+2131' RA= 18:48:36.503487 DEC= +21:31:58.50916 RAER= 0.20 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.038, 8.4, 0.049, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 471 observations" / source= '1845-273', 'J1848-2718' RA= 18:48:47.504172 DEC= -27:18:18.07206 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.088, 5.0, 0.285, n/a, 8.4, 0.279, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1581 observations" / source= '1846-038', 'J1848-0349' RA= 18:48:54.315374 DEC= -03:49:44.64174 RAER= 1.00 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1845-378', 'J1848-3745' RA= 18:48:55.822006 DEC= -37:45:29.47974 RAER= 1.14 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.265, 0.083, 8.4, 0.114, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1846-030', 'J1849-0259' RA= 18:49:15.514703 DEC= -02:59:25.12475 RAER= 128.41 DECER= 142.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1849+670', 'J1849+6705' RA= 18:49:16.072279 DEC= +67:05:41.68035 RAER= 0.26 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.634, 0.467, 5.0, 0.958, 0.702, 8.4, 1.435, 1.097, 15.2, 2.057, 1.798 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115025 observations" / source= '1848+577', 'J1849+5749' RA= 18:49:18.765393 DEC= +57:49:42.31437 RAER= 1.88 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.013, 8.4, 0.021, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1846+114', 'J1849+1132' RA= 18:49:18.942323 DEC= +11:32:01.10723 RAER= 5.42 DECER= 9.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1846-168', 'J1849-1647' RA= 18:49:19.465961 DEC= -16:47:23.81369 RAER= 0.86 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.191, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '1847+303', 'J1849+3024' RA= 18:49:20.103407 DEC= +30:24:14.23737 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.122, 8.4, 0.218, 0.160 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '1845-432', 'J1849-4314' RA= 18:49:25.926721 DEC= -43:14:13.34072 RAER= 3.03 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1846-299', 'J1849-2953' RA= 18:49:28.105241 DEC= -29:53:09.73131 RAER= 0.94 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1846+037', 'J1849+0349' RA= 18:49:29.224406 DEC= +03:49:54.02723 RAER= 2.50 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1850+715', 'J1849+7137' RA= 18:49:30.463904 DEC= +71:37:23.62624 RAER= 3.05 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.059, 8.4, 0.059, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1847+277', 'J1849+2748' RA= 18:49:31.734574 DEC= +27:48:00.72268 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.075, 8.4, 0.160, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '1846-389', 'J1849-3853' RA= 18:49:33.707498 DEC= -38:53:35.00648 RAER= 3.08 DECER= 6.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.024, 8.4, 0.022, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1846-033', 'J1849-0318' RA= 18:49:36.409184 DEC= -03:18:28.41975 RAER= 103.84 DECER= 124.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1849+643', 'J1849+6425' RA= 18:49:40.855441 DEC= +64:25:14.70863 RAER= 3.34 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1847+125', 'J1849+1238' RA= 18:49:42.427663 DEC= +12:38:57.61445 RAER= 12.95 DECER= 9.30 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1848+575', 'J1849+5737' RA= 18:49:42.838605 DEC= +57:37:27.45521 RAER= 1.24 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.062, 8.4, 0.057, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1846-267', 'J1849-2638' RA= 18:49:52.014208 DEC= -26:38:48.34599 RAER= 0.56 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.064, 8.4, 0.115, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1847-090', 'J1849-0856' RA= 18:49:54.489168 DEC= -08:56:55.21815 RAER= 0.66 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1847-080', 'J1850-0758' RA= 18:50:02.685446 DEC= -07:58:42.84951 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.009, 8.4, 0.022, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1847-277', 'J1850-2740' RA= 18:50:13.979708 DEC= -27:40:20.88766 RAER= 1.05 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.049, 8.4, 0.069, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1848+350', 'J1850+3508' RA= 18:50:14.890655 DEC= +35:08:23.44872 RAER= 301.28 DECER= 193.93 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1847+007', 'J1850+0049' RA= 18:50:20.260438 DEC= +00:49:15.36411 RAER= 3.08 DECER= 4.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1849+499', 'J1850+4959' RA= 18:50:22.240270 DEC= +49:59:21.44925 RAER= 0.22 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.038, 5.0, 0.070, 0.055, 8.4, 0.080, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1848+283', 'J1850+2825' RA= 18:50:27.589857 DEC= +28:25:13.15567 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.385, 0.304, 5.0, 0.816, n/a, 8.4, 1.279, 0.472 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1847-092', 'J1850-0910' RA= 18:50:27.660355 DEC= -09:10:36.90714 RAER= 0.67 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.048, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1848+408', 'J1850+4057' RA= 18:50:31.325331 DEC= +40:57:31.37999 RAER= 1.56 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.017, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1847-091', 'J1850-0906' RA= 18:50:37.206582 DEC= -09:06:35.14520 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.041, 8.4, 0.086, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1849+576', 'J1850+5744' RA= 18:50:37.914033 DEC= +57:44:12.67179 RAER= 0.92 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.021, 8.4, 0.036, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1846-631', 'J1850-6304' RA= 18:50:43.374008 DEC= -63:04:23.14588 RAER= 221.30 DECER= 119.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1847-282', 'J1850-2813' RA= 18:50:46.935666 DEC= -28:13:09.99515 RAER= 9.67 DECER= 17.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1848-038', 'J1850-0345' RA= 18:50:49.357428 DEC= -03:45:23.91449 RAER= 20.55 DECER= 31.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1847-169', 'J1850-1655' RA= 18:50:49.429746 DEC= -16:55:49.43941 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, n/a, 8.4, 0.037, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '1847-259', 'J1850-2555' RA= 18:50:51.110712 DEC= -25:55:42.69331 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.047, 8.4, 0.072, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 386 observations" / source= '1850+576', 'J1850+5745' RA= 18:50:52.943448 DEC= +57:45:17.53691 RAER= 0.63 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.043, 8.4, 0.079, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '1844-732', 'J1850-7311' RA= 18:50:55.503368 DEC= -73:11:40.36910 RAER= 14.97 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1848-005', 'J1851-0027' RA= 18:51:03.583848 DEC= -00:27:22.42809 RAER= 8.20 DECER= 9.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1848+043', 'J1851+0425' RA= 18:51:08.250322 DEC= +04:25:43.85136 RAER= 0.83 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1848+029', 'J1851+0259' RA= 18:51:14.533305 DEC= +02:59:39.30793 RAER= 13.38 DECER= 14.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1850+494', 'J1851+4929' RA= 18:51:22.712185 DEC= +49:29:42.14497 RAER= 1.81 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1848-245', 'J1851-2427' RA= 18:51:25.617280 DEC= -24:27:44.27103 RAER= 6.18 DECER= 9.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1848-112', 'J1851-1111' RA= 18:51:28.941936 DEC= -11:11:12.76746 RAER= 0.89 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.014, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1848-317', 'J1851-3144' RA= 18:51:33.584720 DEC= -31:44:10.63898 RAER= 2.10 DECER= 8.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1848-399', 'J1851-3950' RA= 18:51:34.650064 DEC= -39:50:50.11227 RAER= 2.61 DECER= 5.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.043, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1849+340', 'J1851+3406' RA= 18:51:41.195238 DEC= +34:06:55.06941 RAER= 1.01 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.042, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1849+005', 'J1851+0035' RA= 18:51:46.723105 DEC= +00:35:32.36510 RAER= 0.34 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.058, 5.0, 0.321, n/a, 8.4, 0.440, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '1851+609', 'J1851+6100' RA= 18:51:52.360736 DEC= +61:00:38.77813 RAER= 0.31 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.094, 8.4, 0.106, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '1849-007', 'J1851-0040' RA= 18:51:52.960075 DEC= -00:40:00.65510 RAER= 2.97 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1848-364', 'J1851-3622' RA= 18:51:59.754445 DEC= -36:22:21.11727 RAER= 1.45 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1851+488', 'J1852+4855' RA= 18:52:28.547809 DEC= +48:55:47.48134 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.220, 8.4, 0.299, 0.249, 15.2, 0.358, 0.319 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8089 observations" / source= '1850+402', 'J1852+4019' RA= 18:52:30.372583 DEC= +40:19:06.60856 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.688, 0.352, 8.4, 0.544, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 690 observations" / source= '1850+030', 'J1852+0308' RA= 18:52:37.017306 DEC= +03:08:38.61212 RAER= 2.50 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1850+093', 'J1852+0924' RA= 18:52:42.603441 DEC= +09:24:39.89427 RAER= 0.67 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1850+162', 'J1852+1616' RA= 18:52:43.642141 DEC= +16:16:10.24656 RAER= 0.84 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.067, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1849-246', 'J1852-2433' RA= 18:52:47.814524 DEC= -24:33:43.20003 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.045, 8.4, 0.050, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 852 observations" / source= '1850+143', 'J1852+1426' RA= 18:52:50.580492 DEC= +14:26:39.69935 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.151, 5.0, 0.185, 0.095, 8.4, 0.120, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 635 observations" / source= '1851+518', 'J1852+5156' RA= 18:52:53.449931 DEC= +51:56:59.18346 RAER= 10.10 DECER= 5.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1850+145', 'J1853+1434' RA= 18:53:09.628978 DEC= +14:34:08.23110 RAER= 1.02 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1850-002', 'J1853-0010' RA= 18:53:10.269171 DEC= -00:10:50.72866 RAER= 1.51 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1849-365', 'J1853-3628' RA= 18:53:17.920027 DEC= -36:28:42.16644 RAER= 0.37 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.788, 0.208, 8.4, 0.264, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '1851+331', 'J1853+3310' RA= 18:53:26.787157 DEC= +33:10:56.13421 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.070, 8.4, 0.147, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '1851+236', 'J1853+2344' RA= 18:53:27.627984 DEC= +23:44:35.53076 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.127, 5.0, 0.154, 0.079, 8.4, 0.108, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '1852+537', 'J1853+5348' RA= 18:53:30.729137 DEC= +53:48:18.68461 RAER= 1.53 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.203, 0.012, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1851+136', 'J1853+1342' RA= 18:53:38.312058 DEC= +13:42:21.84186 RAER= 0.80 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.028, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1851-008', 'J1853-0048' RA= 18:53:41.989490 DEC= -00:48:54.32056 RAER= 0.65 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 98 observations" / source= '1851+002', 'J1853+0019' RA= 18:53:43.853879 DEC= +00:19:57.42639 RAER= 3.98 DECER= 4.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1851+147', 'J1854+1447' RA= 18:54:03.483860 DEC= +14:47:18.14764 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.128, 8.4, 0.134, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '1851-157', 'J1854-1539' RA= 18:54:04.332055 DEC= -15:39:13.20052 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.038, 8.4, 0.130, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '1851-162', 'J1854-1611' RA= 18:54:16.466455 DEC= -16:11:38.62283 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.043, 8.4, 0.144, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '1851-372', 'J1854-3711' RA= 18:54:29.763474 DEC= -37:11:34.18657 RAER= 3.73 DECER= 12.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.080, 8.4, 0.095, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1852+024', 'J1854+0227' RA= 18:54:35.123672 DEC= +02:27:53.46227 RAER= 4.99 DECER= 4.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1852+056', 'J1854+0542' RA= 18:54:36.128251 DEC= +05:42:59.31043 RAER= 0.63 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1852+278', 'J1854+2752' RA= 18:54:40.752758 DEC= +27:52:11.37426 RAER= 1.00 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1852+069', 'J1854+0700' RA= 18:54:51.258745 DEC= +07:00:24.18858 RAER= 1.32 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations. No flux information" / source= '1850-602', 'J1854-6009' RA= 18:54:51.685011 DEC= -60:09:23.65210 RAER= 1.99 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations. No flux information" / source= '1856+736', 'J1854+7351' RA= 18:54:57.299913 DEC= +73:51:19.90693 RAER= 0.38 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.374, 0.201, 5.0, 0.414, 0.353, 8.4, 0.443, 0.251, 15.2, 0.405, 0.198 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1177 observations" / source= '1852+021', 'J1855+0215' RA= 18:55:00.140267 DEC= +02:15:40.88640 RAER= 17.00 DECER= 12.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1853+376', 'J1855+3742' RA= 18:55:27.706809 DEC= +37:42:56.96614 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.174, 8.4, 0.161, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 590 observations" / source= '1852-167', 'J1855-1640' RA= 18:55:33.564931 DEC= -16:40:20.12002 RAER= 1.16 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.026, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '1853+027', 'J1855+0251' RA= 18:55:35.436484 DEC= +02:51:19.56438 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.067, 5.0, 0.138, n/a, 8.4, 0.160, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2152 observations" / source= '1852-275', 'J1855-2727' RA= 18:55:36.259297 DEC= -27:27:07.55236 RAER= 0.26 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.072, 8.4, 0.062, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '1853+354', 'J1855+3531' RA= 18:55:37.483152 DEC= +35:31:21.30018 RAER= 1.10 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1853+056', 'J1855+0542' RA= 18:55:40.602122 DEC= +05:42:15.52545 RAER= 20.10 DECER= 24.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1853-122', 'J1855-1209' RA= 18:55:54.445457 DEC= -12:09:57.96799 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.087, 5.0, 0.113, 0.070, 8.4, 0.073, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 612 observations" / source= '1852-205', 'J1855-2027' RA= 18:55:55.492891 DEC= -20:27:01.26336 RAER= 0.90 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1853-179', 'J1855-1754' RA= 18:55:56.378636 DEC= -17:54:42.93605 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.024, 5.0, 0.095, 0.037, 8.4, 0.094, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '1852-219', 'J1855-2155' RA= 18:55:56.404048 DEC= -21:55:00.04101 RAER= 10.83 DECER= 17.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1853+102', 'J1855+1020' RA= 18:55:57.898784 DEC= +10:20:11.19508 RAER= 0.91 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.011, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1854+536', 'J1856+5342' RA= 18:56:01.390828 DEC= +53:42:38.62897 RAER= 3.84 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1853+180', 'J1856+1807' RA= 18:56:04.771832 DEC= +18:07:55.96799 RAER= 0.63 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.039, 8.4, 0.059, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1844-834', 'J1856-8325' RA= 18:56:05.114628 DEC= -83:25:43.71004 RAER= 11.26 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1854+297', 'J1856+2950' RA= 18:56:08.100682 DEC= +29:50:07.51867 RAER= 0.96 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.051, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1855+535', 'J1856+5336' RA= 18:56:11.859346 DEC= +53:36:20.13008 RAER= 3.27 DECER= 4.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.010, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1854+358', 'J1856+3556' RA= 18:56:24.351990 DEC= +35:56:18.71723 RAER= 1.25 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1853-171', 'J1856-1703' RA= 18:56:27.119719 DEC= -17:03:08.36315 RAER= 0.77 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1855+605', 'J1856+6038' RA= 18:56:29.597898 DEC= +60:38:30.36809 RAER= 3.82 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1854+061', 'J1856+0610' RA= 18:56:31.838837 DEC= +06:10:16.76571 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.258, 8.4, 0.261, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 770 observations" / source= '1853-226', 'J1856-2236' RA= 18:56:36.463494 DEC= -22:36:16.72122 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.030, 5.0, 0.097, 0.041, 8.4, 0.082, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '1855+439', 'J1856+4400' RA= 18:56:59.284325 DEC= +44:00:14.59220 RAER= 0.86 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.051, 8.4, 0.054, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1852-534', 'J1857-5325' RA= 18:57:00.452275 DEC= -53:25:00.38040 RAER= 0.46 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.381, 0.233 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '1854+060', 'J1857+0610' RA= 18:57:02.913269 DEC= +06:10:00.89696 RAER= 1.28 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '1855+491', 'J1857+4913' RA= 18:57:07.726959 DEC= +49:13:00.98414 RAER= 1.47 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.032, 8.4, 0.034, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1853-303', 'J1857-3019' RA= 18:57:10.811915 DEC= -30:19:40.28042 RAER= 1.08 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.020, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1855+310', 'J1857+3104' RA= 18:57:13.989720 DEC= +31:04:22.19319 RAER= 0.96 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1854-210', 'J1857-2058' RA= 18:57:15.675504 DEC= -20:58:28.81006 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.043, 8.4, 0.086, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '1854+026', 'J1857+0242' RA= 18:57:16.033695 DEC= +02:42:27.59455 RAER= 6.46 DECER= 7.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1854-031', 'J1857-0303' RA= 18:57:19.828288 DEC= -03:03:25.97543 RAER= 0.57 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.095, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1855+163', 'J1857+1624' RA= 18:57:25.595570 DEC= +16:24:55.84039 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.102, 8.4, 0.144, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '1857+630', 'J1857+6305' RA= 18:57:29.199776 DEC= +63:05:30.02411 RAER= 1.14 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.062, 8.4, 0.076, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1856+557', 'J1857+5547' RA= 18:57:46.558909 DEC= +55:47:15.48722 RAER= 0.52 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1855+007', 'J1857+0051' RA= 18:57:49.555450 DEC= +00:51:19.21532 RAER= 2.59 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1855-008', 'J1857-0048' RA= 18:57:51.358862 DEC= -00:48:21.93672 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.117, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1292 observations" / source= '1855+031', 'J1858+0313' RA= 18:58:02.352753 DEC= +03:13:16.30089 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.196, 8.4, 0.651, 0.022, 22.2, 0.645, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1954 observations" / source= '1855-184', 'J1858-1823' RA= 18:58:06.284660 DEC= -18:23:15.95299 RAER= 0.76 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.013, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1855-00A', 'J1858-0048' RA= 18:58:07.770358 DEC= -00:48:33.79342 RAER= 0.62 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.039, 8.4, 0.081, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '1855+013', 'J1858+0125' RA= 18:58:08.166507 DEC= +01:25:52.11188 RAER= 2.92 DECER= 7.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1855+161', 'J1858+1612' RA= 18:58:09.151068 DEC= +16:12:59.92156 RAER= 1.02 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1856+433', 'J1858+4324' RA= 18:58:13.439703 DEC= +43:24:52.20729 RAER= 0.67 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.037, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1855-252', 'J1858-2510' RA= 18:58:19.077778 DEC= -25:10:50.71547 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.105, 8.4, 0.152, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 885 observations" / source= '1859+732', 'J1858+7317' RA= 18:58:20.368491 DEC= +73:17:13.20367 RAER= 1.39 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1855-016', 'J1858-0136' RA= 18:58:22.584150 DEC= -01:36:54.16253 RAER= 9.22 DECER= 13.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1856+411', 'J1858+4115' RA= 18:58:26.110822 DEC= +41:15:47.80885 RAER= 0.54 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.176, 0.138, 8.4, 0.133, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1857+566', 'J1858+5645' RA= 18:58:26.953174 DEC= +56:45:56.63595 RAER= 1.19 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.051, 8.4, 0.039, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1855-007', 'J1858-0038' RA= 18:58:29.699958 DEC= -00:38:21.43492 RAER= 1.39 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1856+066', 'J1858+0640' RA= 18:58:31.680856 DEC= +06:40:17.81214 RAER= 0.77 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1855-155', 'J1858-1530' RA= 18:58:38.190416 DEC= -15:30:10.00027 RAER= 1.17 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1856+164', 'J1858+1632' RA= 18:58:50.671260 DEC= +16:32:43.33245 RAER= 36.18 DECER= 16.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.044, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1857+570', 'J1858+5708' RA= 18:58:53.501244 DEC= +57:08:09.68225 RAER= 0.62 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.052, 8.4, 0.061, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1856+234', 'J1858+2330' RA= 18:58:57.157523 DEC= +23:30:08.15453 RAER= 0.70 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.009, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1857+332', 'J1859+3318' RA= 18:59:01.681271 DEC= +33:18:02.34788 RAER= 4.24 DECER= 6.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1856-252', 'J1859-2509' RA= 18:59:05.038101 DEC= -25:09:47.10909 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.097, 8.4, 0.122, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 987 observations" / source= '1856+210', 'J1859+2105' RA= 18:59:05.898663 DEC= +21:05:18.06130 RAER= 1.30 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.034, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1856+007', 'J1859+0051' RA= 18:59:06.697674 DEC= +00:51:52.09301 RAER= 5.09 DECER= 8.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1854-609', 'J1859-6055' RA= 18:59:08.657980 DEC= -60:55:40.05352 RAER= 0.84 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1857+315', 'J1859+3139' RA= 18:59:09.973295 DEC= +31:39:20.97778 RAER= 0.87 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.070, 8.4, 0.078, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1856-050', 'J1859-0458' RA= 18:59:10.741917 DEC= -04:58:24.92409 RAER= 1.44 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1856-295', 'J1859-2927' RA= 18:59:14.590209 DEC= -29:27:02.80000 RAER= 2.68 DECER= 11.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1857+444', 'J1859+4431' RA= 18:59:18.759921 DEC= +44:31:29.37830 RAER= 1.33 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1857-014', 'J1859-0121' RA= 18:59:40.373306 DEC= -01:21:48.36164 RAER= 0.24 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.020, 8.4, 0.062, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '1858+581', 'J1859+5814' RA= 18:59:49.390659 DEC= +58:14:19.43148 RAER= 3.39 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1854-663', 'J1859-6615' RA= 18:59:57.995027 DEC= -66:15:02.37639 RAER= 9.30 DECER= 32.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.563, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1857-000', 'J1900+0003' RA= 19:00:17.569893 DEC= +00:03:55.89690 RAER= 1.74 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1857-043', 'J1900-0415' RA= 19:00:18.045967 DEC= -04:15:35.08451 RAER= 1.05 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1858+089', 'J1900+0900' RA= 19:00:26.188130 DEC= +09:00:20.97333 RAER= 1.36 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1858+171', 'J1900+1715' RA= 19:00:30.776573 DEC= +17:15:29.46370 RAER= 254.17 DECER= 287.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1858+029', 'J1900+0303' RA= 19:00:33.599824 DEC= +03:03:46.05209 RAER= 1.16 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.139, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1858+273', 'J1900+2722' RA= 19:00:34.677332 DEC= +27:22:30.91616 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.070, 8.4, 0.110, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1858+340', 'J1900+3405' RA= 19:00:37.221521 DEC= +34:05:48.40819 RAER= 0.67 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.067, 8.4, 0.076, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1859+413', 'J1900+4128' RA= 19:00:45.541709 DEC= +41:28:04.34041 RAER= 0.53 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.063, 8.4, 0.086, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1858+161', 'J1900+1612' RA= 19:00:47.208548 DEC= +16:12:23.20891 RAER= 0.70 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.045, 8.4, 0.034, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1858+269', 'J1900+2701' RA= 19:00:48.513909 DEC= +27:01:57.57153 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.079, 8.4, 0.216, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '1858-002', 'J1900-0009' RA= 19:00:49.568597 DEC= -00:09:15.37196 RAER= 0.83 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1858-212', 'J1901-2112' RA= 19:01:04.453958 DEC= -21:12:01.16534 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.061, 8.4, 0.124, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '1858-177', 'J1901-1738' RA= 19:01:06.025127 DEC= -17:38:41.12453 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.051, 8.4, 0.109, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 410 observations" / source= '1859+445', 'J1901+4435' RA= 19:01:09.684099 DEC= +44:35:55.62587 RAER= 7.65 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1915+863', 'J1901+8623' RA= 19:01:10.347788 DEC= +86:23:53.87580 RAER= 8.45 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.036, 8.4, 0.062, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 578 observations" / source= '1859+225', 'J1901+2238' RA= 19:01:16.526345 DEC= +22:38:44.61308 RAER= 0.59 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.053, 8.4, 0.063, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1858-255', 'J1901-2528' RA= 19:01:32.126352 DEC= -25:28:14.22830 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.072, 8.4, 0.092, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 695 observations" / source= '1858-016', 'J1901-0132' RA= 19:01:35.015015 DEC= -01:32:18.23385 RAER= 1.09 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1859+370', 'J1901+3708' RA= 19:01:35.891282 DEC= +37:08:28.77436 RAER= 0.75 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.050, 8.4, 0.056, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1858-071', 'J1901-0706' RA= 19:01:39.897565 DEC= -07:06:17.10892 RAER= 0.63 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.030, 8.4, 0.039, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1858-143', 'J1901-1416' RA= 19:01:46.146582 DEC= -14:16:26.68335 RAER= 2.94 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, n/a, 5.0, 0.101, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '1857-517', 'J1901-5139' RA= 19:01:49.008164 DEC= -51:39:08.01101 RAER= 1.68 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1859-166', 'J1901-1633' RA= 19:01:55.601087 DEC= -16:33:50.96487 RAER= 0.15 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.024, 8.4, 0.055, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 475 observations" / source= '1859-065', 'J1902-0628' RA= 19:02:23.377814 DEC= -06:28:49.22252 RAER= 0.92 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1859-050', 'J1902-0458' RA= 19:02:26.556976 DEC= -04:58:02.35453 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.036, 8.4, 0.071, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1859-293', 'J1902-2918' RA= 19:02:27.748655 DEC= -29:18:59.12132 RAER= 0.74 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1859-162', 'J1902-1608' RA= 19:02:28.716809 DEC= -16:08:48.05182 RAER= 1.46 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1900+425', 'J1902+4235' RA= 19:02:30.355280 DEC= +42:35:09.00043 RAER= 1.16 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.067, 8.4, 0.072, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1859-005', 'J1902-0028' RA= 19:02:30.702255 DEC= -00:28:31.39528 RAER= 0.56 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.026, 8.4, 0.092, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1901+551', 'J1902+5511' RA= 19:02:43.332341 DEC= +55:11:57.41837 RAER= 45.81 DECER= 13.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1900+147', 'J1902+1451' RA= 19:02:47.660493 DEC= +14:51:40.51304 RAER= 0.57 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.042, 8.4, 0.054, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1859-235', 'J1902-2329' RA= 19:02:49.190160 DEC= -23:29:51.53568 RAER= 8.08 DECER= 12.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1901+319', 'J1902+3159' RA= 19:02:55.938901 DEC= +31:59:41.70180 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.790, 0.740, 5.0, 1.684, 0.653, 8.4, 1.188, 0.399, 15.2, 1.178, 0.644 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6066 observations" / source= '1857-678', 'J1903-6749' RA= 19:03:01.232660 DEC= -67:49:35.85813 RAER= 0.61 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.174, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1902+617', 'J1903+6150' RA= 19:03:01.985890 DEC= +61:50:00.34548 RAER= 5.52 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1859-354', 'J1903-3523' RA= 19:03:04.006003 DEC= -35:23:18.97387 RAER= 2.58 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1902+556', 'J1903+5540' RA= 19:03:11.607415 DEC= +55:40:38.44918 RAER= 0.24 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.063, 5.0, 0.110, 0.060, 8.4, 0.100, 0.056, 15.2, 0.110, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 976 observations" / source= '1902+514', 'J1903+5130' RA= 19:03:13.067593 DEC= +51:30:31.07029 RAER= 0.91 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.030, 8.4, 0.075, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1901+323', 'J1903+3227' RA= 19:03:19.546797 DEC= +32:27:22.11817 RAER= 0.96 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1903+683', 'J1903+6824' RA= 19:03:19.956890 DEC= +68:24:26.19441 RAER= 133.20 DECER= 44.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1900-098', 'J1903-0948' RA= 19:03:22.236411 DEC= -09:48:27.43849 RAER= 1.71 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1902+524', 'J1903+5229' RA= 19:03:27.032025 DEC= +52:29:11.37143 RAER= 19.46 DECER= 11.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1900-140', 'J1903-1357' RA= 19:03:32.897842 DEC= -13:57:53.83334 RAER= 1.19 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1901+016', 'J1903+0145' RA= 19:03:53.063231 DEC= +01:45:26.30810 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.028, 8.4, 0.130, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1901+159', 'J1903+1601' RA= 19:03:55.400938 DEC= +16:01:48.13563 RAER= 0.56 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.038, 8.4, 0.059, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1901-158', 'J1903-1544' RA= 19:03:55.755285 DEC= -15:44:39.71352 RAER= 1.75 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1901-116', 'J1904-1132' RA= 19:04:04.210083 DEC= -11:32:17.67058 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1900-562', 'J1904-5607' RA= 19:04:10.313529 DEC= -56:07:57.13564 RAER= 3.09 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1902+363', 'J1904+3626' RA= 19:04:11.866479 DEC= +36:26:58.92200 RAER= 0.58 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.031, 8.4, 0.052, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1901+155', 'J1904+1536' RA= 19:04:14.361136 DEC= +15:36:38.45142 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.091, 8.4, 0.293, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '1902+495', 'J1904+4937' RA= 19:04:16.961572 DEC= +49:37:58.10794 RAER= 23.21 DECER= 22.94 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1901-013', 'J1904-0118' RA= 19:04:20.623858 DEC= -01:18:48.00186 RAER= 0.63 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.029, 8.4, 0.054, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1901+011', 'J1904+0110' RA= 19:04:26.397780 DEC= +01:10:36.69833 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '1902+211', 'J1904+2113' RA= 19:04:28.433838 DEC= +21:13:50.36084 RAER= 2.99 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1906+767', 'J1904+7648' RA= 19:04:31.583228 DEC= +76:48:14.79322 RAER= 2.24 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, n/a, 5.0, 0.022, 0.012, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '1903+538', 'J1904+5355' RA= 19:04:33.835820 DEC= +53:55:08.37956 RAER= 1.02 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.045, 8.4, 0.043, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1902+046', 'J1904+0441' RA= 19:04:37.060277 DEC= +04:41:37.03199 RAER= 2.62 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1902+159', 'J1904+1603' RA= 19:04:46.257344 DEC= +16:03:15.04596 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.072, 8.4, 0.076, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '1902+097', 'J1904+0951' RA= 19:04:57.491206 DEC= +09:51:23.64817 RAER= 2.95 DECER= 4.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1901-258', 'J1905-2547' RA= 19:05:01.058613 DEC= -25:47:34.23088 RAER= 1.52 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1903+237', 'J1905+2348' RA= 19:05:05.966281 DEC= +23:48:43.09389 RAER= 9.02 DECER= 8.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1902-096', 'J1905-0934' RA= 19:05:10.793244 DEC= -09:34:41.24780 RAER= 0.92 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1902-257', 'J1905-2538' RA= 19:05:11.984424 DEC= -25:38:03.53040 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.119, 5.0, 0.110, 0.104, 8.4, 0.077, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 591 observations" / source= '1903+220', 'J1905+2205' RA= 19:05:13.392945 DEC= +22:05:51.50004 RAER= 1.65 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1903+165', 'J1905+1637' RA= 19:05:16.427690 DEC= +16:37:03.32919 RAER= 0.36 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.013, 8.4, 0.065, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1902-101', 'J1905-1002' RA= 19:05:17.982955 DEC= -10:02:34.31718 RAER= 0.42 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.039, 8.4, 0.056, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1902+067', 'J1905+0652' RA= 19:05:21.210255 DEC= +06:52:10.78318 RAER= 0.63 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1903+168', 'J1905+1654' RA= 19:05:21.676429 DEC= +16:54:48.58975 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, n/a, 8.4, 0.124, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1904+497', 'J1905+4950' RA= 19:05:24.897831 DEC= +49:50:25.16788 RAER= 7.70 DECER= 4.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1902-354', 'J1905-3520' RA= 19:05:26.065165 DEC= -35:20:53.94860 RAER= 6.30 DECER= 14.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1902-047', 'J1905-0437' RA= 19:05:26.249106 DEC= -04:37:55.45310 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.042, 8.4, 0.070, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1902-119', 'J1905-1153' RA= 19:05:28.587892 DEC= -11:53:32.41435 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.089, 5.0, 0.224, 0.100, 8.4, 0.178, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1903+437', 'J1905+4346' RA= 19:05:29.620724 DEC= +43:46:44.29912 RAER= 0.57 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.042, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1903+196', 'J1905+1943' RA= 19:05:36.472100 DEC= +19:43:08.04518 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.153, 8.4, 0.136, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1623 observations" / source= '1903+097', 'J1905+0952' RA= 19:05:39.898977 DEC= +09:52:08.40716 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.032, 5.0, 0.079, 0.042, 8.4, 0.115, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 677 observations" / source= '1904+398', 'J1906+3956' RA= 19:06:11.426108 DEC= +39:56:10.07103 RAER= 0.74 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.033, 8.4, 0.071, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1903+029', 'J1906+0300' RA= 19:06:12.730689 DEC= +03:00:16.08894 RAER= 1.41 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.042, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1903+015', 'J1906+0139' RA= 19:06:12.961364 DEC= +01:39:13.65890 RAER= 1.27 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1903+085', 'J1906+0838' RA= 19:06:16.465140 DEC= +08:38:59.98967 RAER= 1.10 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1903+087', 'J1906+0849' RA= 19:06:18.154209 DEC= +08:49:28.85484 RAER= 1.32 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1904+280', 'J1906+2808' RA= 19:06:19.138938 DEC= +28:08:44.26708 RAER= 2.88 DECER= 6.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1903+047', 'J1906+0449' RA= 19:06:25.868190 DEC= +04:49:18.42855 RAER= 1.02 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.007, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1903-277', 'J1906-2737' RA= 19:06:29.707872 DEC= -27:37:33.70779 RAER= 0.80 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.030, 8.4, 0.059, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1905+469', 'J1906+4702' RA= 19:06:36.866045 DEC= +47:02:29.80408 RAER= 1.23 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.037, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1903-373', 'J1907-3715' RA= 19:07:02.358337 DEC= -37:15:59.43107 RAER= 1.04 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.178, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '1905+252', 'J1907+2520' RA= 19:07:05.864304 DEC= +25:20:08.38963 RAER= 0.45 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.162, 8.4, 0.117, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1904+013', 'J1907+0127' RA= 19:07:11.996147 DEC= +01:27:08.96161 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.280, 5.0, 0.203, n/a, 8.4, 0.195, 0.073, 22.2, 0.239, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2931 observations" / source= '1905+198', 'J1907+1956' RA= 19:07:21.757378 DEC= +19:56:22.45840 RAER= 16.90 DECER= 10.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1905+121', 'J1907+1213' RA= 19:07:29.309740 DEC= +12:13:59.47893 RAER= 1.31 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.006, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1904-097', 'J1907-0940' RA= 19:07:36.942867 DEC= -09:40:58.72771 RAER= 1.51 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1906+516', 'J1907+5141' RA= 19:07:37.457252 DEC= +51:41:57.34354 RAER= 1.08 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.040, 8.4, 0.035, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1905+090', 'J1907+0907' RA= 19:07:41.963351 DEC= +09:07:12.39587 RAER= 0.22 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.139, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 329 observations" / source= '1905+260', 'J1907+2604' RA= 19:07:46.147990 DEC= +26:04:52.41119 RAER= 0.75 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.023, 8.4, 0.059, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1905-126', 'J1907-1232' RA= 19:07:48.305410 DEC= -12:32:21.40946 RAER= 3.12 DECER= 6.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1905-125', 'J1908-1230' RA= 19:08:00.021365 DEC= -12:30:46.91283 RAER= 0.45 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.025, 8.4, 0.057, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '1905+222', 'J1908+2222' RA= 19:08:06.210824 DEC= +22:22:34.14762 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.094, 5.0, 0.149, 0.133, 8.4, 0.152, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1016 observations" / source= '1905+187', 'J1908+1852' RA= 19:08:07.024492 DEC= +18:52:30.63215 RAER= 3.13 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1905-297', 'J1908-2942' RA= 19:08:29.433262 DEC= -29:42:16.94227 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.052, 8.4, 0.144, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '1905-388', 'J1908-3844' RA= 19:08:34.419106 DEC= -38:44:31.37666 RAER= 1.66 DECER= 6.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1906-015', 'J1908-0126' RA= 19:08:36.906437 DEC= -01:26:43.07584 RAER= 0.38 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.012, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1905-128', 'J1908-1248' RA= 19:08:39.972768 DEC= -12:48:47.93229 RAER= 0.76 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.035, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1906+119', 'J1908+1201' RA= 19:08:40.320602 DEC= +12:01:58.86221 RAER= 0.54 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.094, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1906+203', 'J1908+2028' RA= 19:08:40.931444 DEC= +20:28:03.31831 RAER= 0.95 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1905-458', 'J1908-4548' RA= 19:08:43.936316 DEC= -45:48:41.30319 RAER= 1.59 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1905-252', 'J1908-2509' RA= 19:08:48.439219 DEC= -25:09:29.37185 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.050, 8.4, 0.055, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 928 observations" / source= '1907+425', 'J1908+4235' RA= 19:08:49.556751 DEC= +42:35:28.90009 RAER= 0.21 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.065, 8.4, 0.058, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 648 observations" / source= '1906+106', 'J1908+1046' RA= 19:08:52.385848 DEC= +10:46:22.47149 RAER= 1.79 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1906+162', 'J1908+1620' RA= 19:08:52.930978 DEC= +16:20:29.16755 RAER= 3.03 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1906+123', 'J1908+1226' RA= 19:08:54.379575 DEC= +12:26:08.85106 RAER= 1.52 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.024, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1905-253', 'J1908-2515' RA= 19:08:54.663501 DEC= -25:15:02.02125 RAER= 1.08 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1905-240', 'J1908-2400' RA= 19:08:58.940852 DEC= -24:00:48.05553 RAER= 1.07 DECER= 4.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, n/a, 8.4, 0.158, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1906+165', 'J1909+1639' RA= 19:09:01.184186 DEC= +16:39:42.08077 RAER= 1.03 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1906+047', 'J1909+0449' RA= 19:09:04.178917 DEC= +04:49:01.13942 RAER= 1.74 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1906-091', 'J1909-0902' RA= 19:09:07.461368 DEC= -09:02:34.02718 RAER= 24.29 DECER= 19.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1907+179', 'J1909+1804' RA= 19:09:17.194918 DEC= +18:04:03.04143 RAER= 0.75 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.071, 8.4, 0.069, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1907+268', 'J1909+2655' RA= 19:09:18.151510 DEC= +26:55:24.27249 RAER= 0.90 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.022, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1911+781', 'J1909+7813' RA= 19:09:18.960194 DEC= +78:13:29.86020 RAER= 2.74 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.279, 0.030, 8.4, 0.064, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '1906-029', 'J1909-0254' RA= 19:09:19.260172 DEC= -02:54:43.66161 RAER= 0.87 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.016, 8.4, 0.130, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1908+626', 'J1909+6241' RA= 19:09:20.240002 DEC= +62:41:38.76847 RAER= 1.47 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.053, 8.4, 0.053, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1907+350', 'J1909+3510' RA= 19:09:34.084198 DEC= +35:10:48.36044 RAER= 1.00 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.013, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1906-217', 'J1909-2139' RA= 19:09:45.154552 DEC= -21:39:35.39940 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.095, 8.4, 0.148, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 930 observations" / source= '1908+484', 'J1909+4834' RA= 19:09:46.562707 DEC= +48:34:31.82019 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.059, 8.4, 0.086, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2569 observations" / source= '1907+078', 'J1909+0756' RA= 19:09:48.176222 DEC= +07:56:51.82865 RAER= 2.64 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1907+201', 'J1909+2014' RA= 19:09:59.849876 DEC= +20:14:57.27430 RAER= 6.23 DECER= 10.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1907-175', 'J1910-1725' RA= 19:10:03.707812 DEC= -17:25:20.23269 RAER= 1.20 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.029, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1906-294', 'J1910-2919' RA= 19:10:06.132474 DEC= -29:19:33.99560 RAER= 3.51 DECER= 10.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1907-248', 'J1910-2447' RA= 19:10:15.509647 DEC= -24:47:45.36689 RAER= 0.16 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.038, 8.4, 0.084, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 340 observations" / source= '1907-098', 'J1910-0947' RA= 19:10:18.063092 DEC= -09:47:31.34783 RAER= 0.65 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.028, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1904-743', 'J1910-7417' RA= 19:10:21.876244 DEC= -74:17:33.18483 RAER= 1.07 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '1909+517', 'J1910+5151' RA= 19:10:24.183180 DEC= +51:51:45.41810 RAER= 0.99 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.031, 8.4, 0.084, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1909+479', 'J1910+4802' RA= 19:10:34.194895 DEC= +48:02:11.82594 RAER= 0.22 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.173, 5.0, 0.187, 0.171, 8.4, 0.137, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 324 observations" / source= '1907-192', 'J1910-1911' RA= 19:10:36.250950 DEC= -19:11:30.98145 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.055, 8.4, 0.053, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 910 observations" / source= '1908+333', 'J1910+3327' RA= 19:10:39.061719 DEC= +33:27:06.82725 RAER= 0.65 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.129, 8.4, 0.084, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1908+230', 'J1910+2305' RA= 19:10:45.127214 DEC= +23:05:58.61178 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.738, 0.137, 8.4, 0.168, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 816 observations" / source= '1912+753', 'J1910+7527' RA= 19:10:47.067234 DEC= +75:27:22.87785 RAER= 9.33 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1909+470', 'J1910+4710' RA= 19:10:54.747507 DEC= +47:10:07.06948 RAER= 0.82 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.018, 8.4, 0.064, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1907-224', 'J1910-2223' RA= 19:10:57.557154 DEC= -22:23:29.32225 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.057, 8.4, 0.085, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '1908-021', 'J1911-0205' RA= 19:11:08.386217 DEC= -02:05:28.20187 RAER= 13.66 DECER= 15.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1908-201', 'J1911-2006' RA= 19:11:09.652892 DEC= -20:06:55.10896 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.199, 0.842, 5.0, 2.469, 1.673, 8.4, 1.905, 1.268, 15.2, 2.024, 1.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52398 observations" / source= '1910+656', 'J1911+6541' RA= 19:11:11.174173 DEC= +65:41:43.25220 RAER= 1.98 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1908-397', 'J1911-3941' RA= 19:11:29.185938 DEC= -39:41:29.85231 RAER= 4.41 DECER= 25.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1908-192', 'J1911-1908' RA= 19:11:29.745468 DEC= -19:08:24.63887 RAER= 0.23 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.028, 8.4, 0.043, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 241 observations" / source= '1908-200', 'J1911-1955' RA= 19:11:30.165001 DEC= -19:55:07.39333 RAER= 0.77 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.025, 8.4, 0.041, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1909+031', 'J1911+0311' RA= 19:11:31.383460 DEC= +03:11:06.67159 RAER= 0.32 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '1908-199', 'J1911-1953' RA= 19:11:32.016000 DEC= -19:53:39.88871 RAER= 6.77 DECER= 13.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1909+16A', 'J1911+1614' RA= 19:11:33.378117 DEC= +16:14:25.15437 RAER= 0.70 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.037, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1909+268', 'J1911+2658' RA= 19:11:35.077386 DEC= +26:58:13.76320 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.744, 0.286, 8.4, 0.337, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 405 observations" / source= '1908-044', 'J1911-0420' RA= 19:11:38.136665 DEC= -04:20:23.56137 RAER= 0.86 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.047, 8.4, 0.112, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1908-172', 'J1911-1712' RA= 19:11:40.594187 DEC= -17:12:07.78387 RAER= 2.08 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.354, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1909+238', 'J1911+2357' RA= 19:11:49.161688 DEC= +23:57:31.56143 RAER= 69.40 DECER= 41.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1909+048', 'J1911+0458' RA= 19:11:49.560792 DEC= +04:58:57.73253 RAER= 0.41 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.309, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '1908-211', 'J1911-2102' RA= 19:11:53.937414 DEC= -21:02:43.80252 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.622, 0.222, 8.4, 0.324, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1909-194', 'J1911-1921' RA= 19:11:56.519204 DEC= -19:21:50.96305 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.082, 8.4, 0.134, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '1909-15A', 'J1911-1501' RA= 19:11:56.569843 DEC= -15:01:29.97413 RAER= 11.74 DECER= 13.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1909+161', 'J1911+1611' RA= 19:11:58.257403 DEC= +16:11:46.86521 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.371, 0.183, 5.0, 0.219, n/a, 8.4, 0.407, 0.279 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14881 observations" / source= '1908-418', 'J1912-4143' RA= 19:12:06.451205 DEC= -41:43:02.24760 RAER= 7.82 DECER= 11.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1909-081', 'J1912-0804' RA= 19:12:07.128810 DEC= -08:04:21.90287 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.058, 8.4, 0.131, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '1910+328', 'J1912+3257' RA= 19:12:10.809372 DEC= +32:57:18.13796 RAER= 1.14 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1909-151', 'J1912-1504' RA= 19:12:11.939642 DEC= -15:04:57.54431 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.152, 5.0, 0.293, 0.111, 8.4, 0.298, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '1910+441', 'J1912+4414' RA= 19:12:18.903540 DEC= +44:14:59.42964 RAER= 0.79 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.032, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1910+161', 'J1912+1616' RA= 19:12:19.952681 DEC= +16:16:29.42406 RAER= 0.80 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1910+248', 'J1912+2456' RA= 19:12:23.730529 DEC= +24:56:06.26367 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.295, 0.134, 8.4, 0.150, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 371 observations" / source= '1910+375', 'J1912+3740' RA= 19:12:25.123624 DEC= +37:40:36.64498 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.409, 0.257, 8.4, 0.323, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 520 observations" / source= '1909-124', 'J1912-1223' RA= 19:12:29.514522 DEC= -12:23:00.83581 RAER= 0.43 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.042, 8.4, 0.101, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1903-802', 'J1912-8010' RA= 19:12:40.019119 DEC= -80:10:05.94655 RAER= 0.67 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.909, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '1910+020', 'J1912+0208' RA= 19:12:44.814507 DEC= +02:08:12.46667 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.031, 8.4, 0.056, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '1909-398', 'J1912-3945' RA= 19:12:46.216264 DEC= -39:45:39.61820 RAER= 7.09 DECER= 34.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1910-129', 'J1912-1249' RA= 19:12:51.074580 DEC= -12:49:16.82696 RAER= 1.00 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1910+311', 'J1912+3112' RA= 19:12:52.657355 DEC= +31:12:17.47120 RAER= 0.97 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1910+052', 'J1912+0518' RA= 19:12:54.257697 DEC= +05:18:00.42154 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.039, 8.4, 0.150, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 768 observations" / source= '1910+135', 'J1912+1336' RA= 19:12:57.072593 DEC= +13:36:06.92080 RAER= 0.84 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1911+398', 'J1913+3955' RA= 19:13:13.784321 DEC= +39:55:56.17520 RAER= 0.66 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.035, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1910+130', 'J1913+1307' RA= 19:13:14.006368 DEC= +13:07:47.33578 RAER= 0.23 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.028, 8.4, 0.067, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1911+470', 'J1913+4706' RA= 19:13:15.991929 DEC= +47:06:49.67736 RAER= 0.53 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1911+481', 'J1913+4814' RA= 19:13:16.177362 DEC= +48:14:19.16033 RAER= 0.97 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.010, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1910+122', 'J1913+1220' RA= 19:13:16.238701 DEC= +12:20:39.22388 RAER= 2.37 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1911+234', 'J1913+2333' RA= 19:13:17.410111 DEC= +23:33:57.34306 RAER= 1.00 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.051, 8.4, 0.054, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1910-365', 'J1913-3630' RA= 19:13:20.889436 DEC= -36:30:19.43039 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.101, 8.4, 0.120, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 290 observations" / source= '1911+094', 'J1913+0932' RA= 19:13:24.025440 DEC= +09:32:45.37592 RAER= 0.94 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.031, 22.2, 0.113, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1913+645', 'J1913+6436' RA= 19:13:25.661964 DEC= +64:36:58.87425 RAER= 3.23 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1908-699', 'J1913-6950' RA= 19:13:31.248098 DEC= -69:50:37.55729 RAER= 3.90 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1905-794', 'J1913-7920' RA= 19:13:33.260464 DEC= -79:20:14.81075 RAER= 15.18 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1910-170', 'J1913-1658' RA= 19:13:33.554055 DEC= -16:58:46.19168 RAER= 0.48 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.084, 8.4, 0.054, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1911+092', 'J1913+0919' RA= 19:13:33.974441 DEC= +09:19:03.42586 RAER= 1.38 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1911-019', 'J1913-0151' RA= 19:13:39.125552 DEC= -01:51:47.03668 RAER= 0.48 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.040, 8.4, 0.059, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 326 observations" / source= '1910-451', 'J1913-4503' RA= 19:13:46.510859 DEC= -45:03:11.56953 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.266, 8.4, 0.248, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 337 observations" / source= '1914+727', 'J1913+7251' RA= 19:13:49.693942 DEC= +72:51:53.94746 RAER= 3.70 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.021, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1910-298', 'J1914-2947' RA= 19:14:03.634042 DEC= -29:47:44.77186 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.097, 5.0, 0.413, 0.246, 8.4, 0.319, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '1911-065', 'J1914-0629' RA= 19:14:11.880146 DEC= -06:29:29.75127 RAER= 1.12 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1910-466', 'J1914-4631' RA= 19:14:13.813994 DEC= -46:31:31.93809 RAER= 1.55 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.210, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1911+165', 'J1914+1636' RA= 19:14:14.459513 DEC= +16:36:39.02660 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.062, 8.4, 0.167, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '1911+013', 'J1914+0124' RA= 19:14:14.553481 DEC= +01:24:26.30393 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.047, 5.0, 0.108, 0.044, 8.4, 0.096, 0.069, 22.2, 0.180, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '1911-280', 'J1914-2755' RA= 19:14:33.050654 DEC= -27:55:45.85196 RAER= 2.70 DECER= 8.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1912-023', 'J1914-0215' RA= 19:14:42.433184 DEC= -02:15:24.09447 RAER= 1.28 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1910-560', 'J1914-5559' RA= 19:14:45.304723 DEC= -55:59:19.68445 RAER= 196.43 DECER= 51.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.407, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1912-172', 'J1914-1708' RA= 19:14:57.321160 DEC= -17:08:15.28757 RAER= 1.20 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1911-259', 'J1914-2552' RA= 19:14:57.666998 DEC= -25:52:01.57448 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.066, 8.4, 0.093, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '1912-141', 'J1915-1405' RA= 19:15:07.126173 DEC= -14:05:54.73604 RAER= 3.47 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1913+439', 'J1915+4403' RA= 19:15:07.392915 DEC= +44:03:11.64359 RAER= 0.86 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.024, 8.4, 0.077, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1912+108', 'J1915+1056' RA= 19:15:11.547563 DEC= +10:56:44.67135 RAER= 7.46 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1914+539', 'J1915+5401' RA= 19:15:17.270437 DEC= +54:01:59.36886 RAER= 2.23 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1915+657', 'J1915+6548' RA= 19:15:23.819045 DEC= +65:48:46.38814 RAER= 0.30 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.573, 0.272, 8.4, 0.174, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '1913+331', 'J1915+3312' RA= 19:15:28.727906 DEC= +33:12:34.47960 RAER= 0.71 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '1913+116', 'J1915+1142' RA= 19:15:29.387401 DEC= +11:42:18.55628 RAER= 3.34 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1913+012', 'J1915+0121' RA= 19:15:37.940759 DEC= +01:21:50.04398 RAER= 0.81 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1912-107', 'J1915-1041' RA= 19:15:38.064343 DEC= -10:41:08.48284 RAER= 0.81 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1912-238', 'J1915-2347' RA= 19:15:44.770065 DEC= -23:47:02.94623 RAER= 0.24 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.080, 8.4, 0.069, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '1912-269', 'J1915-2652' RA= 19:15:48.699789 DEC= -26:52:57.20918 RAER= 1.02 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1913-036', 'J1915-0333' RA= 19:15:52.391206 DEC= -03:33:35.01200 RAER= 0.48 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.087, 8.4, 0.053, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1915+664', 'J1916+6630' RA= 19:16:05.047664 DEC= +66:30:45.80379 RAER= 3.88 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.021, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1913-272', 'J1916-2708' RA= 19:16:19.862705 DEC= -27:08:32.25895 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.328, 0.235, 8.4, 0.236, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 476 observations" / source= '1913-133', 'J1916-1315' RA= 19:16:23.047297 DEC= -13:15:43.00214 RAER= 17.29 DECER= 16.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1914-154', 'J1916-1519' RA= 19:16:52.510994 DEC= -15:19:00.07148 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.175, 8.4, 0.190, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2051 observations" / source= '1916+607', 'J1916+6053' RA= 19:16:54.347942 DEC= +60:53:03.82192 RAER= 1.73 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.041, 8.4, 0.036, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1914-212', 'J1917-2110' RA= 19:17:08.644205 DEC= -21:10:30.76364 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.032, 8.4, 0.177, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 787 observations" / source= '1915+139', 'J1917+1405' RA= 19:17:18.064062 DEC= +14:05:09.77144 RAER= 0.40 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.049, 22.2, 0.064, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '1914-286', 'J1917-2832' RA= 19:17:23.062331 DEC= -28:32:37.06748 RAER= 1.50 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1914+046', 'J1917+0442' RA= 19:17:25.480283 DEC= +04:42:35.75581 RAER= 1.03 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1916+592', 'J1917+5920' RA= 19:17:34.291844 DEC= +59:20:02.96342 RAER= 1.64 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1914-012', 'J1917-0107' RA= 19:17:34.400344 DEC= -01:07:20.64234 RAER= 1.10 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.120, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1914-194', 'J1917-1921' RA= 19:17:44.819303 DEC= -19:21:31.60780 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.147, 8.4, 0.277, 0.166, 15.2, 0.263, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '1915-085', 'J1917-0825' RA= 19:17:49.613121 DEC= -08:25:04.62914 RAER= 29.03 DECER= 13.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1915-121', 'J1917-1204' RA= 19:17:54.065162 DEC= -12:04:32.28800 RAER= 0.83 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.027, 8.4, 0.010, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1914-229', 'J1917-2249' RA= 19:17:56.890358 DEC= -22:49:49.05642 RAER= 10.62 DECER= 19.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1915+185', 'J1918+1839' RA= 19:18:06.508062 DEC= +18:39:53.09253 RAER= 1.93 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1915-202', 'J1918-2011' RA= 19:18:10.260407 DEC= -20:11:39.26546 RAER= 0.91 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1917+552', 'J1918+5520' RA= 19:18:10.750043 DEC= +55:20:38.60948 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.511, 0.407, 8.4, 0.423, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '1915-096', 'J1918-0931' RA= 19:18:10.913788 DEC= -09:31:01.48137 RAER= 10.10 DECER= 12.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1914-412', 'J1918-4111' RA= 19:18:16.059462 DEC= -41:11:31.03835 RAER= 0.68 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.073, 8.4, 0.129, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 130 observations" / source= '1916+196', 'J1918+1943' RA= 19:18:22.411211 DEC= +19:43:46.32370 RAER= 74.13 DECER= 77.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1915-214', 'J1918-2120' RA= 19:18:35.864187 DEC= -21:20:27.48157 RAER= 0.99 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1916+19A', 'J1918+1944' RA= 19:18:38.241056 DEC= +19:44:07.71469 RAER= 3.58 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1915-296', 'J1918-2931' RA= 19:18:43.591562 DEC= -29:31:10.15269 RAER= 0.82 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.038, 8.4, 0.061, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1917+495', 'J1918+4937' RA= 19:18:45.579617 DEC= +49:37:56.03347 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.077, 8.4, 0.098, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '1920+744', 'J1919+7433' RA= 19:19:08.839267 DEC= +74:33:23.63563 RAER= 5.85 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.006, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1917+39A', 'J1919+3916' RA= 19:19:10.670283 DEC= +39:16:33.19171 RAER= 1.29 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.021, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1916-284', 'J1919-2823' RA= 19:19:11.213044 DEC= -28:23:55.16815 RAER= 0.23 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.054, 5.0, 0.053, 0.020, 8.4, 0.050, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 223 observations" / source= '1915-380', 'J1919-3757' RA= 19:19:11.550051 DEC= -37:57:35.82761 RAER= 2.97 DECER= 24.63 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '1917+319', 'J1919+3159' RA= 19:19:13.232879 DEC= +31:59:45.06669 RAER= 0.45 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.086, 8.4, 0.118, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1920+74A', 'J1919+7434' RA= 19:19:13.894603 DEC= +74:34:05.85878 RAER= 5.61 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1915-458', 'J1919-4543' RA= 19:19:16.692236 DEC= -45:43:38.57779 RAER= 1.54 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.188, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1916+062', 'J1919+0619' RA= 19:19:17.350406 DEC= +06:19:42.77513 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.021, 5.0, 0.051, 0.027, 8.4, 0.074, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 828 observations" / source= '1916-328', 'J1919-3244' RA= 19:19:22.286057 DEC= -32:44:21.75332 RAER= 0.78 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, n/a, 8.4, 0.122, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1916-300', 'J1919-2958' RA= 19:19:28.044489 DEC= -29:58:08.06928 RAER= 3.51 DECER= 12.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1917+200', 'J1919+2006' RA= 19:19:29.781120 DEC= +20:06:28.66627 RAER= 6.60 DECER= 7.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1916-182', 'J1919-1806' RA= 19:19:31.841623 DEC= -18:06:35.30308 RAER= 2.84 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1917+052', 'J1919+0518' RA= 19:19:34.065455 DEC= +05:18:27.95189 RAER= 49.73 DECER= 23.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1916-077', 'J1919-0740' RA= 19:19:34.418088 DEC= -07:40:42.89211 RAER= 0.92 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '1917-081', 'J1919-0800' RA= 19:19:48.858342 DEC= -08:00:27.22061 RAER= 1.07 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, n/a, 8.4, 0.123, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1920+725', 'J1919+7240' RA= 19:19:53.857871 DEC= +72:40:58.63016 RAER= 3.68 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.032, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1916-220', 'J1919-2157' RA= 19:19:56.434100 DEC= -21:57:24.23856 RAER= 2.29 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1917+188', 'J1920+1856' RA= 19:20:00.561224 DEC= +18:56:11.04884 RAER= 0.80 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1918+537', 'J1920+5350' RA= 19:20:01.287737 DEC= +53:50:46.79767 RAER= 1.21 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.042, 8.4, 0.065, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1918+347', 'J1920+3449' RA= 19:20:05.302783 DEC= +34:49:27.99300 RAER= 0.95 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1917-248', 'J1920-2445' RA= 19:20:14.430979 DEC= -24:45:05.79906 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.125, 8.4, 0.131, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '1917-059', 'J1920-0551' RA= 19:20:15.667835 DEC= -05:51:53.40299 RAER= 0.85 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1918+267', 'J1920+2651' RA= 19:20:29.108194 DEC= +26:51:48.00200 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.192, 5.0, 0.186, 0.076, 8.4, 0.129, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '1918+046', 'J1920+0446' RA= 19:20:30.737432 DEC= +04:46:21.77232 RAER= 8.60 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1917-386', 'J1920-3831' RA= 19:20:43.009535 DEC= -38:31:06.05477 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.085, 8.4, 0.101, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 183 observations" / source= '1918-026', 'J1920-0236' RA= 19:20:43.262161 DEC= -02:36:11.60612 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.213, 5.0, 0.222, 0.093, 8.4, 0.337, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 568 observations" / source= '1917-239', 'J1920-2351' RA= 19:20:48.451418 DEC= -23:51:33.16665 RAER= 0.20 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.100, 8.4, 0.071, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '1919+540', 'J1920+5410' RA= 19:20:49.872574 DEC= +54:10:14.98968 RAER= 4.62 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1918+009', 'J1920+0103' RA= 19:20:50.602549 DEC= +01:03:32.84715 RAER= 1.31 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1917-351', 'J1921-3505' RA= 19:21:03.121568 DEC= -35:05:56.77966 RAER= 1.22 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1919+306', 'J1921+3046' RA= 19:21:04.120755 DEC= +30:46:28.42440 RAER= 228.35 DECER= 174.94 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1921+698', 'J1921+6956' RA= 19:21:06.152631 DEC= +69:56:08.99677 RAER= 2.95 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1918+019', 'J1921+0204' RA= 19:21:06.423042 DEC= +02:04:34.07721 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.044, 8.4, 0.080, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '1919+434', 'J1921+4333' RA= 19:21:09.934753 DEC= +43:33:41.83626 RAER= 0.21 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.107, 8.4, 0.180, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '1918+049', 'J1921+0500' RA= 19:21:13.038552 DEC= +05:00:55.65968 RAER= 1.43 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1919+480', 'J1921+4806' RA= 19:21:13.958929 DEC= +48:06:18.70343 RAER= 0.74 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.032, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '1919+164', 'J1921+1630' RA= 19:21:20.944085 DEC= +16:30:40.01064 RAER= 0.97 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1918+057', 'J1921+0549' RA= 19:21:22.446040 DEC= +05:49:15.12472 RAER= 0.27 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.061, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 158 observations" / source= '1918-126', 'J1921-1231' RA= 19:21:23.920715 DEC= -12:31:54.36870 RAER= 0.31 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1918-028', 'J1921-0244' RA= 19:21:29.178760 DEC= -02:44:38.12326 RAER= 1.09 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, n/a, 5.0, 0.102, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1922+737', 'J1921+7349' RA= 19:21:38.280884 DEC= +73:49:26.18152 RAER= 1.70 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.022, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1920+530', 'J1921+5309' RA= 19:21:40.442712 DEC= +53:09:22.22960 RAER= 0.85 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1919-141', 'J1921-1401' RA= 19:21:50.440665 DEC= -14:01:03.17792 RAER= 3.01 DECER= 5.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1918-162', 'J1921-1607' RA= 19:21:51.525859 DEC= -16:07:12.56333 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.020, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 324 observations" / source= '1920+450', 'J1921+4506' RA= 19:21:54.204922 DEC= +45:06:26.88684 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.043, 8.4, 0.135, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '1919+163', 'J1921+1625' RA= 19:21:57.382754 DEC= +16:25:01.91704 RAER= 0.38 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.193, 0.018, 8.4, 0.148, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1919+110', 'J1922+1106' RA= 19:22:01.373625 DEC= +11:06:50.99033 RAER= 3.47 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1920+231', 'J1922+2315' RA= 19:22:12.232706 DEC= +23:15:21.24544 RAER= 0.44 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1922+690', 'J1922+6911' RA= 19:22:14.163742 DEC= +69:11:11.96895 RAER= 3.65 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1923+736', 'J1922+7343' RA= 19:22:16.413753 DEC= +73:43:14.33293 RAER= 2.46 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1919-281', 'J1922-2800' RA= 19:22:16.857417 DEC= -28:00:59.50727 RAER= 1.60 DECER= 6.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1919+086', 'J1922+0841' RA= 19:22:18.633662 DEC= +08:41:57.37549 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.107, 5.0, 0.175, 0.036, 8.4, 0.134, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '1919-070', 'J1922-0658' RA= 19:22:19.914659 DEC= -06:58:55.89264 RAER= 0.51 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, n/a, 8.4, 0.118, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1919-147', 'J1922-1438' RA= 19:22:29.888074 DEC= -14:38:32.89835 RAER= 1.06 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.019, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1920+149', 'J1922+1504' RA= 19:22:33.272544 DEC= +15:04:47.53554 RAER= 3.67 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '1920+154', 'J1922+1530' RA= 19:22:34.699356 DEC= +15:30:10.03206 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.106, 5.0, 0.307, n/a, 8.4, 0.406, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '1919-166', 'J1922-1632' RA= 19:22:34.766657 DEC= -16:32:53.55414 RAER= 0.19 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.042, 8.4, 0.060, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '1920+050', 'J1922+0506' RA= 19:22:37.476941 DEC= +05:06:23.78397 RAER= 11.30 DECER= 7.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1922+67A', 'J1922+6741' RA= 19:22:37.916158 DEC= +67:41:59.87167 RAER= 6.59 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1916-749', 'J1922-7453' RA= 19:22:42.224968 DEC= -74:53:56.64440 RAER= 59.91 DECER= 14.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1919-330', 'J1922-3254' RA= 19:22:43.114787 DEC= -32:54:23.32383 RAER= 24.65 DECER= 59.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1919-320', 'J1922-3157' RA= 19:22:43.141825 DEC= -31:57:39.28173 RAER= 0.84 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, n/a, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1920+047', 'J1922+0451' RA= 19:22:43.865793 DEC= +04:51:25.22491 RAER= 4.04 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1922+676', 'J1922+6742' RA= 19:22:44.890132 DEC= +67:42:29.60916 RAER= 3.65 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.017, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1920+174', 'J1922+1729' RA= 19:22:58.726638 DEC= +17:29:57.07421 RAER= 1.42 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1921+339', 'J1923+3404' RA= 19:23:08.379314 DEC= +34:04:37.18099 RAER= 1.03 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1921+200', 'J1923+2010' RA= 19:23:13.140216 DEC= +20:10:39.75537 RAER= 0.56 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1922+491', 'J1923+4913' RA= 19:23:22.061615 DEC= +49:13:27.36011 RAER= 0.94 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.028, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1924+739', 'J1923+7404' RA= 19:23:23.117856 DEC= +74:04:05.81818 RAER= 3.14 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1918-634', 'J1923-6320' RA= 19:23:24.606028 DEC= -63:20:45.76573 RAER= 0.58 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '1921+306', 'J1923+3042' RA= 19:23:24.938335 DEC= +30:42:37.61167 RAER= 1.52 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1922+478', 'J1923+4754' RA= 19:23:27.229790 DEC= +47:54:16.81805 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.178, 8.4, 0.232, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1921+225', 'J1923+2237' RA= 19:23:28.515304 DEC= +22:37:25.66764 RAER= 1.85 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.012, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1920-211', 'J1923-2104' RA= 19:23:32.189816 DEC= -21:04:33.33314 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.230, 0.512, 5.0, 1.014, 0.495, 8.4, 1.114, 0.594, 15.2, 1.751, 1.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10972 observations" / source= '1921+193', 'J1923+1925' RA= 19:23:34.985366 DEC= +19:25:33.64419 RAER= 7.44 DECER= 11.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1919-535', 'J1923-5329' RA= 19:23:39.916708 DEC= -53:29:17.04811 RAER= 3.42 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1922+395', 'J1923+3941' RA= 19:23:48.707117 DEC= +39:41:06.72427 RAER= 0.94 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1921+158', 'J1924+1558' RA= 19:24:02.999191 DEC= +15:58:55.65702 RAER= 12.40 DECER= 11.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1920-550', 'J1924-5457' RA= 19:24:10.252556 DEC= -54:57:07.79569 RAER= 4.38 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1921-159', 'J1924-1549' RA= 19:24:11.824344 DEC= -15:49:02.04663 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.117, 8.4, 0.180, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 669 observations" / source= '1922+333', 'J1924+3329' RA= 19:24:17.480530 DEC= +33:29:29.73835 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.316, 0.074, 5.0, 0.415, 0.030, 8.4, 0.123, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 601 observations" / source= '1921-076', 'J1924-0734' RA= 19:24:20.789321 DEC= -07:34:41.70866 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.034, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1922+003', 'J1924+0028' RA= 19:24:34.434217 DEC= +00:28:23.55947 RAER= 1.87 DECER= 4.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1921-310', 'J1924-3054' RA= 19:24:36.194292 DEC= -30:54:25.19860 RAER= 2.92 DECER= 12.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1922+204', 'J1924+2034' RA= 19:24:38.301391 DEC= +20:34:48.71140 RAER= 5.67 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, -0.002, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1922+155', 'J1924+1540' RA= 19:24:39.455868 DEC= +15:40:43.94145 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.391, 0.059, 5.0, 0.321, n/a, 8.4, 0.471, 0.151, 15.2, 0.587, 0.356 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1016 observations" / source= '1921-199', 'J1924-1949' RA= 19:24:41.543796 DEC= -19:49:49.72299 RAER= 0.64 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.038, 8.4, 0.073, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1922+228', 'J1924+2258' RA= 19:24:42.886649 DEC= +22:58:00.88728 RAER= 1.65 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1922+136', 'J1924+1344' RA= 19:24:49.684260 DEC= +13:44:05.39451 RAER= 2.98 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1921-293', 'J1924-2914' RA= 19:24:51.055952 DEC= -29:14:30.12097 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 7.697, 2.609, 5.0, 7.203, 5.814, 8.4, 8.203, 4.547, 15.2, 13.791, 4.820 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100176 observations" / source= '1923+281', 'J1925+2815' RA= 19:25:02.287392 DEC= +28:15:41.25370 RAER= 0.65 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1922-104', 'J1925-1018' RA= 19:25:03.202769 DEC= -10:18:12.37223 RAER= 0.36 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '1922+011', 'J1925+0113' RA= 19:25:07.178646 DEC= +01:13:04.80062 RAER= 0.97 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.027, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1922-183', 'J1925-1813' RA= 19:25:12.515087 DEC= -18:13:04.89839 RAER= 15.35 DECER= 17.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '1925+694', 'J1925+6930' RA= 19:25:13.354146 DEC= +69:30:46.08179 RAER= 11.92 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1922-341', 'J1925-3401' RA= 19:25:17.020234 DEC= -34:01:01.53485 RAER= 0.16 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.425, 0.350, 8.4, 0.330, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 457 observations" / source= '1923+313', 'J1925+3129' RA= 19:25:27.360978 DEC= +31:29:12.71784 RAER= 1.27 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.016, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1922-091', 'J1925-0901' RA= 19:25:30.898539 DEC= -09:01:30.40434 RAER= 4.53 DECER= 5.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1923+169', 'J1925+1702' RA= 19:25:33.769356 DEC= +17:02:30.24769 RAER= 2.01 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1922-345', 'J1925-3426' RA= 19:25:35.089357 DEC= -34:26:31.09588 RAER= 5.42 DECER= 9.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1922-224', 'J1925-2219' RA= 19:25:39.790189 DEC= -22:19:35.11265 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.485, 0.392, 5.0, 0.320, 0.225, 8.4, 0.212, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4865 observations" / source= '1923+123', 'J1925+1227' RA= 19:25:40.817060 DEC= +12:27:38.08672 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.146, 5.0, 0.200, 0.184, 8.4, 0.183, 0.176, 15.2, 0.208, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 697 observations" / source= '1923+210', 'J1925+2106' RA= 19:25:59.605358 DEC= +21:06:26.16209 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.205, 0.331, 5.0, 1.067, 0.202, 8.4, 1.214, 0.416, 15.2, 1.800, 0.762 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52405 observations" / source= '1923+251', 'J1926+2513' RA= 19:26:02.172662 DEC= +25:13:57.62894 RAER= 1.18 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, n/a, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1924+507', 'J1926+5052' RA= 19:26:06.321672 DEC= +50:52:57.01727 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.356, 0.234, 8.4, 0.280, 0.131, 15.2, 0.256, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '1923-306', 'J1926-3031' RA= 19:26:11.467391 DEC= -30:31:36.59985 RAER= 27.08 DECER= 38.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1924+510', 'J1926+5106' RA= 19:26:15.482196 DEC= +51:06:53.36973 RAER= 1.10 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1924+445', 'J1926+4441' RA= 19:26:26.569201 DEC= +44:41:49.23120 RAER= 0.77 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.050, 8.4, 0.048, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1923-101', 'J1926-1005' RA= 19:26:26.966841 DEC= -10:05:51.96113 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.152, 8.4, 0.136, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '1924+420', 'J1926+4209' RA= 19:26:31.053256 DEC= +42:09:58.98886 RAER= 0.23 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.045, 8.4, 0.066, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '1928+770', 'J1926+7706' RA= 19:26:31.191149 DEC= +77:06:31.49650 RAER= 0.68 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.070, 8.4, 0.175, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 576 observations" / source= '1926+692', 'J1926+6921' RA= 19:26:37.943678 DEC= +69:21:14.94176 RAER= 2.42 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.042, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1925+398', 'J1926+3954' RA= 19:26:44.547776 DEC= +39:54:18.35691 RAER= 1.24 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.010, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1926+618', 'J1926+6154' RA= 19:26:49.891316 DEC= +61:54:42.34625 RAER= 1.18 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1924+100', 'J1926+1007' RA= 19:26:50.582482 DEC= +10:07:12.42815 RAER= 0.67 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.082, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1925+493', 'J1926+4924' RA= 19:26:50.906263 DEC= +49:24:53.94254 RAER= 0.89 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.039, 8.4, 0.050, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1923-333', 'J1926-3312' RA= 19:26:54.259176 DEC= -33:12:17.24077 RAER= 1.80 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.093, 8.4, 0.085, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1923-393', 'J1926-3917' RA= 19:26:55.223094 DEC= -39:17:42.41138 RAER= 17.75 DECER= 44.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1924+295', 'J1926+2937' RA= 19:26:56.067411 DEC= +29:37:20.03590 RAER= 4.63 DECER= 5.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1923-347', 'J1927-3439' RA= 19:27:04.900399 DEC= -34:39:14.85125 RAER= 10.65 DECER= 31.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1924-193', 'J1927-1914' RA= 19:27:15.698117 DEC= -19:14:06.26915 RAER= 5.22 DECER= 16.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1925+420', 'J1927+4210' RA= 19:27:26.954058 DEC= +42:10:54.20648 RAER= 4.36 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1924-002', 'J1927-0010' RA= 19:27:26.998386 DEC= -00:10:24.19130 RAER= 0.59 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.039, 8.4, 0.089, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1926+611', 'J1927+6117' RA= 19:27:30.442563 DEC= +61:17:32.87921 RAER= 0.23 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.821, 0.611, 5.0, 1.029, 0.649, 8.4, 0.859, 0.560, 15.2, 0.892, 0.435 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1733 observations" / source= '1924-088', 'J1927-0842' RA= 19:27:30.955089 DEC= -08:42:44.31363 RAER= 1.24 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1925+186', 'J1927+1847' RA= 19:27:32.312432 DEC= +18:47:07.90154 RAER= 0.97 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1928+738', 'J1927+7358' RA= 19:27:48.495143 DEC= +73:58:01.57007 RAER= 0.37 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.956, 0.682, 5.0, 3.276, 1.833, 8.4, 3.532, 1.361, 15.2, 3.587, 1.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10640 observations" / source= '1925-206', 'J1928-2035' RA= 19:28:09.183352 DEC= -20:35:43.78487 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.098, 8.4, 0.133, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 769 observations" / source= '1925-296', 'J1928-2931' RA= 19:28:17.006607 DEC= -29:31:44.61515 RAER= 0.81 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1928+681', 'J1928+6814' RA= 19:28:20.546001 DEC= +68:14:59.27024 RAER= 0.44 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.044, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 577 observations" / source= '1926+418', 'J1928+4158' RA= 19:28:20.632497 DEC= +41:58:45.39602 RAER= 0.94 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.018, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1926+440', 'J1928+4412' RA= 19:28:21.351644 DEC= +44:12:01.85641 RAER= 0.26 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.070, 8.4, 0.127, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1925-050', 'J1928-0456' RA= 19:28:22.478952 DEC= -04:56:26.18002 RAER= 0.26 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1927+521', 'J1928+5217' RA= 19:28:26.596579 DEC= +52:17:53.38043 RAER= 1.18 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.041, 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1925-012', 'J1928-0106' RA= 19:28:28.302674 DEC= -01:06:50.24462 RAER= 2.08 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1926+163', 'J1928+1624' RA= 19:28:28.766944 DEC= +16:24:49.07575 RAER= 0.74 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1928+705', 'J1928+7038' RA= 19:28:30.116886 DEC= +70:38:37.69095 RAER= 3.08 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1926+422', 'J1928+4221' RA= 19:28:34.220763 DEC= +42:21:56.72701 RAER= 14.36 DECER= 10.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1925-150', 'J1928-1456' RA= 19:28:36.428858 DEC= -14:56:56.39841 RAER= 8.75 DECER= 8.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1926+087', 'J1928+0848' RA= 19:28:40.855487 DEC= +08:48:48.41286 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.118, 8.4, 0.189, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1248 observations" / source= '1926+188', 'J1928+1859' RA= 19:28:42.719157 DEC= +18:59:24.56175 RAER= 1.15 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1926-129', 'J1928-1251' RA= 19:28:50.359112 DEC= -12:51:47.19744 RAER= 0.53 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.111, 8.4, 0.078, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1925-172', 'J1928-1707' RA= 19:28:51.384976 DEC= -17:07:58.79744 RAER= 0.98 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1926+186', 'J1928+1842' RA= 19:28:54.961021 DEC= +18:42:31.23811 RAER= 1.57 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.096, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1926+233', 'J1929+2325' RA= 19:29:04.575870 DEC= +23:25:29.27821 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.122, 5.0, 0.443, n/a, 8.4, 0.248, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '1926-012', 'J1929-0105' RA= 19:29:08.074505 DEC= -01:05:51.36966 RAER= 6.08 DECER= 7.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1925-376', 'J1929-3732' RA= 19:29:08.521924 DEC= -37:32:49.05567 RAER= 16.90 DECER= 45.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1926+050', 'J1929+0507' RA= 19:29:19.947905 DEC= +05:07:57.59226 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.463, 0.137, 8.4, 0.297, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '1926-067', 'J1929-0636' RA= 19:29:28.419538 DEC= -06:36:55.07240 RAER= 0.74 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1928+616', 'J1929+6146' RA= 19:29:35.098237 DEC= +61:46:29.29690 RAER= 0.73 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.039, 8.4, 0.045, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1926-345', 'J1929-3427' RA= 19:29:35.268105 DEC= -34:27:43.57199 RAER= 1.25 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.017, 8.4, 0.063, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1927+031', 'J1929+0317' RA= 19:29:41.761519 DEC= +03:17:02.06869 RAER= 0.66 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.027, 8.4, 0.037, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1927+256', 'J1929+2543' RA= 19:29:44.918125 DEC= +25:43:16.24576 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.134, 8.4, 0.220, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '1927+090', 'J1929+0910' RA= 19:29:47.863274 DEC= +09:10:03.64480 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.067, 5.0, 0.092, 0.070, 8.4, 0.075, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '1926-257', 'J1929-2540' RA= 19:29:54.122463 DEC= -25:40:01.86479 RAER= 0.62 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.081, 8.4, 0.083, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1929+591', 'J1930+5917' RA= 19:30:00.434223 DEC= +59:17:32.97544 RAER= 1.51 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.041, 8.4, 0.027, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1925-610', 'J1930-6056' RA= 19:30:06.160087 DEC= -60:56:09.18412 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.914, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1337 observations" / source= '1927-083', 'J1930-0814' RA= 19:30:08.201768 DEC= -08:14:42.57618 RAER= 5.21 DECER= 5.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1927+020', 'J1930+0210' RA= 19:30:08.848137 DEC= +02:10:17.46171 RAER= 0.84 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1927-209', 'J1930-2053' RA= 19:30:10.452153 DEC= -20:53:05.49744 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.064, 8.4, 0.097, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '1927+126', 'J1930+1248' RA= 19:30:13.332059 DEC= +12:48:05.02587 RAER= 1.99 DECER= 4.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1927-053', 'J1930-0516' RA= 19:30:15.259718 DEC= -05:16:28.34490 RAER= 0.50 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.083, 8.4, 0.139, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1927+09A', 'J1930+0910' RA= 19:30:16.830572 DEC= +09:10:36.56448 RAER= 0.84 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1929+588', 'J1930+5859' RA= 19:30:20.922852 DEC= +58:59:11.40678 RAER= 1.00 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.136, 8.4, 0.104, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1928+286', 'J1930+2847' RA= 19:30:23.332149 DEC= +28:47:17.05979 RAER= 9.55 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.045, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1929+596', 'J1930+5948' RA= 19:30:36.538622 DEC= +59:48:08.91212 RAER= 0.33 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.050, 5.0, 0.047, n/a, 8.4, 0.074, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '1928+354', 'J1930+3530' RA= 19:30:38.053951 DEC= +35:30:51.73854 RAER= 13.61 DECER= 9.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1927-157', 'J1930-1536' RA= 19:30:48.808252 DEC= -15:36:03.54598 RAER= 1.88 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1927-223', 'J1930-2213' RA= 19:30:49.511660 DEC= -22:13:59.09367 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 427 observations" / source= '1928+154', 'J1930+1532' RA= 19:30:52.766988 DEC= +15:32:34.42737 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.149, 8.4, 0.486, 0.429 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3635 observations" / source= '1929+312', 'J1931+3122' RA= 19:31:08.673790 DEC= +31:22:33.39687 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.092, 8.4, 0.192, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '1928+095', 'J1931+0937' RA= 19:31:09.165310 DEC= +09:37:16.29104 RAER= 0.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1929+267', 'J1931+2649' RA= 19:31:14.609496 DEC= +26:49:07.44601 RAER= 0.99 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.041, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1929+476', 'J1931+4743' RA= 19:31:16.547590 DEC= +47:43:41.20390 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.095, 5.0, 0.109, 0.067, 8.4, 0.152, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 422 observations" / source= '1928-160', 'J1931-1557' RA= 19:31:17.656953 DEC= -15:57:53.04899 RAER= 1.68 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1929+226', 'J1931+2243' RA= 19:31:24.916771 DEC= +22:43:31.25859 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.460, 0.339, 8.4, 0.416, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20851 observations" / source= '1928-149', 'J1931-1448' RA= 19:31:24.925098 DEC= -14:48:12.68357 RAER= 0.40 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.106, 8.4, 0.103, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1930+523', 'J1931+5227' RA= 19:31:33.150514 DEC= +52:27:19.30038 RAER= 1.28 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.068, 8.4, 0.062, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1929+350', 'J1931+3510' RA= 19:31:33.455109 DEC= +35:10:37.11347 RAER= 0.94 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.033, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1928-362', 'J1931-3606' RA= 19:31:47.944135 DEC= -36:06:58.40823 RAER= 4.08 DECER= 8.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1928-205', 'J1931-2025' RA= 19:31:49.080481 DEC= -20:25:37.89228 RAER= 2.62 DECER= 5.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1928-266', 'J1931-2634' RA= 19:31:49.635545 DEC= -26:34:33.17773 RAER= 1.42 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1929-008', 'J1932-0043' RA= 19:32:04.239938 DEC= -00:43:50.32958 RAER= 0.66 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, n/a, 8.4, 0.090, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1930+447', 'J1932+4454' RA= 19:32:10.791047 DEC= +44:54:22.55024 RAER= 2.18 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.221, n/a, 8.4, 0.108, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1929-295', 'J1932-2928' RA= 19:32:35.453796 DEC= -29:28:42.04877 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.167, 8.4, 0.288, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '1929-326', 'J1932-3229' RA= 19:32:38.589810 DEC= -32:29:42.59929 RAER= 12.39 DECER= 26.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1929-457', 'J1932-4536' RA= 19:32:44.887752 DEC= -45:36:37.92899 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.428, 0.198, 8.4, 0.419, 0.263 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1161 observations" / source= '1930+258', 'J1932+2559' RA= 19:32:50.053430 DEC= +25:59:06.02354 RAER= 1.08 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.013, 8.4, 0.072, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1930-084', 'J1932-0818' RA= 19:32:52.795005 DEC= -08:18:03.44712 RAER= 0.72 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.019, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1930-028', 'J1932-0247' RA= 19:32:53.665410 DEC= -02:47:17.69993 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, n/a, 8.4, 0.027, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '1929-371', 'J1932-3704' RA= 19:32:59.095089 DEC= -37:04:19.29750 RAER= 1.49 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.019, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1930+131', 'J1933+1313' RA= 19:33:01.950235 DEC= +13:13:34.41835 RAER= 0.49 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1930+050', 'J1933+0512' RA= 19:33:19.878725 DEC= +05:12:17.82934 RAER= 0.41 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.038, 8.4, 0.060, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1930+073', 'J1933+0726' RA= 19:33:20.302761 DEC= +07:26:21.86574 RAER= 0.40 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '1931+149', 'J1933+1504' RA= 19:33:21.805006 DEC= +15:04:46.40082 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.052, 8.4, 0.170, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '1930-397', 'J1933-3940' RA= 19:33:25.003678 DEC= -39:40:20.99033 RAER= 2.01 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.021, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1928-698', 'J1933-6942' RA= 19:33:31.159916 DEC= -69:42:58.91442 RAER= 0.38 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.444, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '1930-154', 'J1933-1519' RA= 19:33:31.217414 DEC= -15:19:09.92124 RAER= 0.87 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1931+364', 'J1933+3633' RA= 19:33:37.490028 DEC= +36:33:20.96748 RAER= 3.64 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1931+307', 'J1933+3051' RA= 19:33:48.994462 DEC= +30:51:45.22018 RAER= 5.42 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.074, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1931-105', 'J1933-1025' RA= 19:33:49.534210 DEC= -10:25:27.14883 RAER= 0.59 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1930-345', 'J1933-3429' RA= 19:33:55.470763 DEC= -34:29:09.93894 RAER= 0.80 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.069, 8.4, 0.083, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1933+655', 'J1933+6540' RA= 19:33:57.337280 DEC= +65:40:16.82850 RAER= 0.28 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.393, 0.353, 8.4, 0.604, 0.542 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 817 observations" / source= '1931+080', 'J1934+0812' RA= 19:34:00.125166 DEC= +08:12:28.53500 RAER= 0.87 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1932+412', 'J1934+4119' RA= 19:34:01.513505 DEC= +41:19:14.84271 RAER= 0.92 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.066, 8.4, 0.095, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1931-244', 'J1934-2419' RA= 19:34:12.758820 DEC= -24:19:20.30406 RAER= 1.24 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1934+711', 'J1934+7117' RA= 19:34:15.403235 DEC= +71:17:51.83047 RAER= 3.77 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, n/a, 8.4, 0.119, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1931-267', 'J1934-2637' RA= 19:34:19.157119 DEC= -26:37:47.88535 RAER= 2.36 DECER= 7.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1933+599', 'J1934+6001' RA= 19:34:19.635821 DEC= +60:01:39.59959 RAER= 1.49 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1931-068', 'J1934-0647' RA= 19:34:20.238121 DEC= -06:47:19.95100 RAER= 1.23 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1931-133', 'J1934-1312' RA= 19:34:21.600625 DEC= -13:12:36.16131 RAER= 0.90 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.034, 8.4, 0.021, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1910-872', 'J1934-8711' RA= 19:34:25.976021 DEC= -87:11:59.47658 RAER= 54.64 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.260, 0.275 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1932+182', 'J1934+1820' RA= 19:34:27.066959 DEC= +18:20:01.29085 RAER= 3.09 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1933+503', 'J1934+5025' RA= 19:34:30.898329 DEC= +50:25:23.21758 RAER= 0.66 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.012, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '1933+50A', 'J1934+502A' RA= 19:34:30.986628 DEC= +50:25:24.01002 RAER= 1.45 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '1932+106', 'J1934+1043' RA= 19:34:35.025495 DEC= +10:43:40.36501 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.052, 8.4, 0.081, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1933+600', 'J1934+6008' RA= 19:34:35.549165 DEC= +60:08:24.09435 RAER= 1.76 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1934+680', 'J1934+6807' RA= 19:34:35.919602 DEC= +68:07:55.70025 RAER= 2.26 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1932+074', 'J1934+0731' RA= 19:34:40.677782 DEC= +07:31:24.81002 RAER= 0.71 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.264, 0.103, 8.4, 0.122, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1934+615', 'J1934+6138' RA= 19:34:40.683350 DEC= +61:38:41.62295 RAER= 0.27 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.124, 8.4, 0.196, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '1930-510', 'J1934-5053' RA= 19:34:44.969738 DEC= -50:53:33.95576 RAER= 0.40 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.076, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1932+335', 'J1934+3339' RA= 19:34:46.055872 DEC= +33:39:19.03102 RAER= 0.94 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.007, 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1932+174', 'J1934+1732' RA= 19:34:50.204504 DEC= +17:32:14.13781 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.031, 8.4, 0.103, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '1931-243', 'J1934-2416' RA= 19:34:52.848754 DEC= -24:16:24.35542 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.194, 5.0, 0.329, 0.071, 8.4, 0.179, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '1932+090', 'J1934+0908' RA= 19:34:53.398619 DEC= +09:08:17.83959 RAER= 3.08 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1932-255', 'J1935-2528' RA= 19:35:03.308518 DEC= -25:28:56.07292 RAER= 0.69 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.042, 8.4, 0.052, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1932-181', 'J1935-1804' RA= 19:35:09.429978 DEC= -18:04:45.23012 RAER= 0.61 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '1932+204', 'J1935+2031' RA= 19:35:10.472914 DEC= +20:31:54.15432 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.086, 8.4, 0.311, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2201 observations" / source= '1932-276', 'J1935-2731' RA= 19:35:19.425090 DEC= -27:31:44.55772 RAER= 5.40 DECER= 12.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1933+422', 'J1935+4220' RA= 19:35:20.081119 DEC= +42:20:41.22614 RAER= 8.31 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1939+813', 'J1935+8130' RA= 19:35:22.723336 DEC= +81:30:14.55257 RAER= 0.98 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.472, 0.240, 8.4, 0.273, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '1932-007', 'J1935-0040' RA= 19:35:24.516638 DEC= -00:40:37.94970 RAER= 3.44 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1932-226', 'J1935-2235' RA= 19:35:33.111791 DEC= -22:35:10.12933 RAER= 0.90 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1932-161', 'J1935-1602' RA= 19:35:35.795233 DEC= -16:02:32.37453 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.302, 0.081, 5.0, 0.350, 0.124, 8.4, 0.265, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '1932-209', 'J1935-2048' RA= 19:35:43.964539 DEC= -20:48:06.57270 RAER= 1.44 DECER= 3.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.045, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1933+167', 'J1935+1648' RA= 19:35:45.542454 DEC= +16:48:51.39028 RAER= 8.67 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1933-042', 'J1935-0407' RA= 19:35:47.841413 DEC= -04:07:35.94187 RAER= 6.34 DECER= 8.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '1934+330', 'J1935+3308' RA= 19:35:56.349700 DEC= +33:08:22.37501 RAER= 0.81 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.079, 8.4, 0.127, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1932-464', 'J1935-4620' RA= 19:35:56.414509 DEC= -46:20:40.48350 RAER= 4.36 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1933+238', 'J1936+2357' RA= 19:36:00.924849 DEC= +23:57:31.97628 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.025, 8.4, 0.193, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '1936+714', 'J1936+7131' RA= 19:36:03.560822 DEC= +71:31:31.78503 RAER= 0.37 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.476, 0.293, 8.4, 0.360, 0.259, 15.2, 0.335, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 909 observations" / source= '1933+019', 'J1936+0202' RA= 19:36:04.246613 DEC= +02:02:27.90326 RAER= 4.64 DECER= 7.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1933-132', 'J1936-1307' RA= 19:36:10.111703 DEC= -13:07:18.31005 RAER= 0.60 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1933-173', 'J1936-1711' RA= 19:36:12.625019 DEC= -17:11:33.13804 RAER= 0.84 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1934+365', 'J1936+3642' RA= 19:36:27.816680 DEC= +36:42:34.98196 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.030, 8.4, 0.111, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '1934+226', 'J1936+2246' RA= 19:36:29.304705 DEC= +22:46:25.85590 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.036, 8.4, 0.092, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '1933+016', 'J1936+0142' RA= 19:36:30.326442 DEC= +01:42:52.35570 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.132, 8.4, 0.093, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '1935+586', 'J1936+5848' RA= 19:36:42.002494 DEC= +58:48:29.42361 RAER= 1.11 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.094, 8.4, 0.063, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1935+463', 'J1936+4625' RA= 19:36:45.354801 DEC= +46:25:36.73906 RAER= 0.81 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.031, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1934+207', 'J1936+2051' RA= 19:36:48.032751 DEC= +20:51:36.47817 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.055, 8.4, 0.079, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '1933-320', 'J1936-3155' RA= 19:36:53.029027 DEC= -31:55:28.29694 RAER= 0.89 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1934-041', 'J1936-0402' RA= 19:36:53.745901 DEC= -04:02:45.47226 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.089, 8.4, 0.115, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1934-004', 'J1936-0021' RA= 19:36:54.048448 DEC= -00:21:57.99572 RAER= 4.29 DECER= 6.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1935+536', 'J1936+5343' RA= 19:36:54.971254 DEC= +53:43:06.75988 RAER= 0.76 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.065, 8.4, 0.099, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1933-474', 'J1936-4719' RA= 19:36:56.105532 DEC= -47:19:50.25533 RAER= 3.15 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1934+123', 'J1937+1228' RA= 19:37:00.393750 DEC= +12:28:58.13778 RAER= 8.40 DECER= 5.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1938+745', 'J1937+7440' RA= 19:37:02.733367 DEC= +74:40:54.32600 RAER= 0.55 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.106, 5.0, 0.185, 0.104, 8.4, 0.190, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 225 observations" / source= '1934-020', 'J1937-0156' RA= 19:37:08.068965 DEC= -01:56:19.70123 RAER= 3.54 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1936+616', 'J1937+6144' RA= 19:37:14.081080 DEC= +61:44:04.85055 RAER= 1.24 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.065, 8.4, 0.082, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1933-400', 'J1937-3958' RA= 19:37:16.217359 DEC= -39:58:01.55307 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.905, 0.652, 5.0, 0.942, 0.703, 8.4, 0.922, 0.694 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4131 observations" / source= '1934-065', 'J1937-0627' RA= 19:37:19.992305 DEC= -06:27:28.08420 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.058, 8.4, 0.070, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '1935+360', 'J1937+3607' RA= 19:37:31.436617 DEC= +36:07:35.84169 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.300, 0.118, 8.4, 0.205, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1579 observations" / source= '1936+544', 'J1937+5431' RA= 19:37:34.883899 DEC= +54:31:16.35332 RAER= 1.23 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.029, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1934-245', 'J1937-2429' RA= 19:37:35.784568 DEC= -24:29:11.06540 RAER= 0.51 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.072, 8.4, 0.060, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1944+838', 'J1937+8356' RA= 19:37:39.652785 DEC= +83:56:29.00701 RAER= 1.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.146, 8.4, 0.227, 0.145, 15.2, 0.243, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 881 observations" / source= '1934-369', 'J1937-3652' RA= 19:37:46.640309 DEC= -36:52:35.96325 RAER= 1.64 DECER= 3.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1936+409', 'J1937+4105' RA= 19:37:54.085872 DEC= +41:05:49.61679 RAER= 1.22 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1935-099', 'J1938-0951' RA= 19:38:03.214867 DEC= -09:51:03.23082 RAER= 0.32 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.041, 8.4, 0.030, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '1935+047', 'J1938+0452' RA= 19:38:04.742015 DEC= +04:52:33.92352 RAER= 0.38 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.050, 8.4, 0.055, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1935-179', 'J1938-1749' RA= 19:38:04.958256 DEC= -17:49:20.38679 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.100, 8.4, 0.210, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 721 observations" / source= '1936+254', 'J1938+2532' RA= 19:38:05.343303 DEC= +25:32:32.76803 RAER= 1.19 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1937+630', 'J1938+6307' RA= 19:38:16.165621 DEC= +63:07:17.78697 RAER= 0.32 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.083, 8.4, 0.113, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '1936+486', 'J1938+4845' RA= 19:38:20.565924 DEC= +48:45:28.81177 RAER= 0.95 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1938+66C', 'J1938+664C' RA= 19:38:25.287750 DEC= +66:48:52.92045 RAER= 2.14 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, n/a, 5.0, 0.020, 0.004, 8.4, 0.033, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 178 observations" / source= '1938+66B', 'J1938+664B' RA= 19:38:25.306542 DEC= +66:48:53.32131 RAER= 2.05 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.060, 5.0, 0.028, 0.016, 8.4, 0.019, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '1938+66A', 'J1938+664A' RA= 19:38:25.395194 DEC= +66:48:52.31146 RAER= 7.81 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, n/a, 5.0, 0.021, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '1936+046', 'J1938+0448' RA= 19:38:30.669551 DEC= +04:48:11.61451 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.174, 8.4, 0.283, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2887 observations" / source= '1938+628', 'J1938+6300' RA= 19:38:37.443784 DEC= +63:00:29.77421 RAER= 1.01 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.067, 8.4, 0.068, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1936+302', 'J1938+3023' RA= 19:38:38.291566 DEC= +30:23:55.47406 RAER= 0.78 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.107, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1935-390', 'J1938-3854' RA= 19:38:42.231488 DEC= -38:54:44.68568 RAER= 30.15 DECER= 54.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '1936+095', 'J1938+0942' RA= 19:38:43.606199 DEC= +09:42:20.07936 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.067, 8.4, 0.126, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '1936+236', 'J1938+2348' RA= 19:38:45.629628 DEC= +23:48:15.34678 RAER= 0.99 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1936+066', 'J1938+0648' RA= 19:38:47.865109 DEC= +06:48:05.06821 RAER= 0.50 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1936+266', 'J1938+2646' RA= 19:38:58.300999 DEC= +26:46:13.92238 RAER= 3.62 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1936+011', 'J1939+0117' RA= 19:39:08.612491 DEC= +01:17:42.81771 RAER= 0.73 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.049, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1936+076', 'J1939+0744' RA= 19:39:25.009844 DEC= +07:44:10.51866 RAER= 1.12 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1934-638', 'J1939-6342' RA= 19:39:25.022614 DEC= -63:42:45.62167 RAER= 0.55 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.640, 0.246 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1936-155', 'J1939-1525' RA= 19:39:26.657756 DEC= -15:25:43.05845 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.818, 0.636, 5.0, 1.379, 1.167, 8.4, 1.119, 0.888, 15.2, 0.811, 0.643 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37757 observations" / source= '1935-452', 'J1939-4510' RA= 19:39:30.086854 DEC= -45:10:01.27364 RAER= 2.23 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.162, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '1937+381', 'J1939+3817' RA= 19:39:33.566870 DEC= +38:17:35.38856 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.084, 8.4, 0.244, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '1937+231', 'J1939+2315' RA= 19:39:38.516532 DEC= +23:15:03.90858 RAER= 2.28 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1936-206', 'J1939-2033' RA= 19:39:42.700835 DEC= -20:33:35.67599 RAER= 3.59 DECER= 5.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1937+066', 'J1939+0648' RA= 19:39:42.916426 DEC= +06:48:14.68187 RAER= 307.40 DECER= 440.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1936-495', 'J1939-4925' RA= 19:39:46.088596 DEC= -49:25:38.16807 RAER= 8.07 DECER= 7.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1936-292', 'J1939-2909' RA= 19:39:47.735902 DEC= -29:09:40.23622 RAER= 12.55 DECER= 33.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1937+039', 'J1939+0402' RA= 19:39:50.454043 DEC= +04:02:16.79276 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.035, 8.4, 0.093, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1938+371', 'J1939+3713' RA= 19:39:51.806490 DEC= +37:13:30.48812 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.327, 0.042, 5.0, 0.263, 0.038, 8.4, 0.269, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '1937-101', 'J1939-1002' RA= 19:39:57.256594 DEC= -10:02:41.52027 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.791, 0.575, 5.0, 0.781, 0.428, 8.4, 0.450, 0.211, 15.2, 0.286, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2518 observations" / source= '1937-007', 'J1940-0039' RA= 19:40:09.000211 DEC= -00:39:02.00963 RAER= 0.85 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.039, 8.4, 0.054, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1937+060', 'J1940+0608' RA= 19:40:09.265920 DEC= +06:08:12.18478 RAER= 0.40 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.050, 8.4, 0.071, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1937-256', 'J1940-2532' RA= 19:40:12.376567 DEC= -25:32:42.35890 RAER= 0.91 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1936-392', 'J1940-3905' RA= 19:40:15.139515 DEC= -39:05:43.36003 RAER= 51.25 DECER= 68.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1939+605', 'J1940+6041' RA= 19:40:25.044136 DEC= +60:41:36.01743 RAER= 2.61 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.020, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1935-692', 'J1940-6907' RA= 19:40:25.528159 DEC= -69:07:56.97180 RAER= 0.30 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.776, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1157 observations" / source= '1939+459', 'J1940+4605' RA= 19:40:32.665147 DEC= +46:05:41.35161 RAER= 1.33 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1937-245', 'J1940-2428' RA= 19:40:36.860999 DEC= -24:28:14.01421 RAER= 1.16 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.015, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1935-655', 'J1940-6527' RA= 19:40:38.883772 DEC= -65:27:16.40067 RAER= 0.55 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.109 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '1939+429', 'J1940+4304' RA= 19:40:49.320015 DEC= +43:04:24.65809 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.084, 8.4, 0.146, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 509 observations" / source= '1937-332', 'J1940-3307' RA= 19:40:54.797368 DEC= -33:07:42.87510 RAER= 1.37 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1938-202', 'J1940-2006' RA= 19:40:57.305335 DEC= -20:06:50.91381 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.052, 5.0, 0.146, 0.050, 8.4, 0.098, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '1937-290', 'J1941-2854' RA= 19:41:00.583722 DEC= -28:54:06.69621 RAER= 0.78 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.032, 8.4, 0.038, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '1938-302', 'J1941-3007' RA= 19:41:10.242474 DEC= -30:07:20.43881 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.102, 8.4, 0.194, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '1938+072', 'J1941+0721' RA= 19:41:12.636005 DEC= +07:21:32.83341 RAER= 0.74 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.022, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1937-354', 'J1941-3519' RA= 19:41:12.904758 DEC= -35:19:04.89831 RAER= 7.04 DECER= 14.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.012, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1938-155', 'J1941-1524' RA= 19:41:14.811510 DEC= -15:24:29.38473 RAER= 4.50 DECER= 7.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1938-023', 'J1941-0211' RA= 19:41:18.944425 DEC= -02:11:45.32566 RAER= 0.68 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.042, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1936-623', 'J1941-6211' RA= 19:41:21.768599 DEC= -62:11:21.05672 RAER= 0.25 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.503, 0.342 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '1941+708', 'J1941+7100' RA= 19:41:23.112413 DEC= +71:00:46.59815 RAER= 63.57 DECER= 27.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1942+722', 'J1941+7221' RA= 19:41:26.984829 DEC= +72:21:42.22345 RAER= 0.57 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.105, 8.4, 0.084, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1039 observations" / source= '1938-011', 'J1941-0104' RA= 19:41:27.479646 DEC= -01:04:54.28062 RAER= 0.67 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.045, 8.4, 0.064, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1934-762', 'J1941-7605' RA= 19:41:31.262344 DEC= -76:05:48.59416 RAER= 1.53 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '1939+009', 'J1941+0101' RA= 19:41:32.754101 DEC= +01:01:06.48881 RAER= 11.83 DECER= 8.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1939+120', 'J1941+1210' RA= 19:41:33.219868 DEC= +12:10:01.55796 RAER= 3.40 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.114, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1938-296', 'J1941-2933' RA= 19:41:34.080568 DEC= -29:33:01.19865 RAER= 0.34 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.095, 5.0, 0.101, 0.022, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 433 observations" / source= '1940+505', 'J1941+5037' RA= 19:41:42.150056 DEC= +50:37:56.93688 RAER= 0.51 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1939+268', 'J1941+2655' RA= 19:41:44.031596 DEC= +26:55:51.23346 RAER= 0.95 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.019, 8.4, 0.062, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1939+329', 'J1941+3306' RA= 19:41:45.159647 DEC= +33:06:10.66324 RAER= 0.99 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.004, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1940+504', 'J1941+5035' RA= 19:41:45.980389 DEC= +50:35:45.36655 RAER= 1.23 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1939-053', 'J1941-0511' RA= 19:41:47.008591 DEC= -05:11:32.38327 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.425, 0.214, 8.4, 0.227, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '1950+849', 'J1941+8501' RA= 19:41:54.031937 DEC= +85:01:59.22417 RAER= 20.10 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '1941+623', 'J1942+6225' RA= 19:42:13.862367 DEC= +62:25:27.40076 RAER= 1.04 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.092, 8.4, 0.080, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1939-360', 'J1942-3558' RA= 19:42:17.840622 DEC= -35:58:26.93018 RAER= 3.48 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '1941+517', 'J1942+5154' RA= 19:42:21.495989 DEC= +51:54:37.73613 RAER= 1.22 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.043, 8.4, 0.021, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1938-585', 'J1942-5828' RA= 19:42:24.666091 DEC= -58:28:24.45739 RAER= 1.79 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '1939-166', 'J1942-1630' RA= 19:42:36.769781 DEC= -16:30:37.20831 RAER= 3.58 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1939-316', 'J1942-3130' RA= 19:42:40.914055 DEC= -31:30:14.61080 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.094, 8.4, 0.135, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 394 observations" / source= '1939-321', 'J1942-3200' RA= 19:42:41.169125 DEC= -32:00:42.59599 RAER= 3.97 DECER= 9.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '1937-703', 'J1942-7015' RA= 19:42:45.440851 DEC= -70:15:44.68241 RAER= 1.02 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '1940+104', 'J1942+1033' RA= 19:42:47.484027 DEC= +10:33:27.10305 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.037, 8.4, 0.104, 0.048, 15.2, 0.083, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '1942+630', 'J1942+6307' RA= 19:42:57.231367 DEC= +63:07:37.84394 RAER= 0.46 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.051, 8.4, 0.096, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '1941+413', 'J1942+4129' RA= 19:42:58.638114 DEC= +41:29:23.06017 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.193, 8.4, 0.227, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 691 observations" / source= '1940-222', 'J1942-2207' RA= 19:42:59.725335 DEC= -22:07:38.85426 RAER= 1.94 DECER= 5.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1940+165', 'J1943+1640' RA= 19:43:02.656826 DEC= +16:40:23.77900 RAER= 0.82 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.024, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1941+420', 'J1943+4208' RA= 19:43:05.336444 DEC= +42:08:46.18393 RAER= 0.71 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '1939-352', 'J1943-3510' RA= 19:43:06.704515 DEC= -35:10:06.83086 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.043, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '1940+073', 'J1943+0727' RA= 19:43:18.924467 DEC= +07:27:36.16486 RAER= 0.63 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1941+177', 'J1943+1754' RA= 19:43:24.328561 DEC= +17:54:52.31793 RAER= 1.00 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1940-282', 'J1943-2807' RA= 19:43:24.895389 DEC= -28:07:48.79535 RAER= 0.87 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1943+672', 'J1943+6723' RA= 19:43:26.848644 DEC= +67:23:20.03923 RAER= 3.16 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.045, 8.4, 0.036, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1941+250', 'J1943+2508' RA= 19:43:30.105332 DEC= +25:08:20.93141 RAER= 0.64 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1940-287', 'J1943-2837' RA= 19:43:34.570936 DEC= -28:37:08.64361 RAER= 2.06 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1940-348', 'J1943-3444' RA= 19:43:37.111394 DEC= -34:44:04.48017 RAER= 0.81 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.056, 8.4, 0.073, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1941+209', 'J1943+2103' RA= 19:43:41.137071 DEC= +21:03:51.48140 RAER= 0.52 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.130, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '1941+336', 'J1943+3345' RA= 19:43:45.598292 DEC= +33:45:08.00317 RAER= 5.50 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '1942+441', 'J1943+4413' RA= 19:43:52.003772 DEC= +44:13:53.06749 RAER= 12.69 DECER= 18.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1941+211', 'J1943+2118' RA= 19:43:56.237135 DEC= +21:18:23.40179 RAER= 0.37 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1942+392', 'J1944+3920' RA= 19:44:07.099170 DEC= +39:20:26.76955 RAER= 0.39 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '1941-269', 'J1944-2652' RA= 19:44:15.369202 DEC= -26:52:09.84012 RAER= 1.08 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1941-140', 'J1944-1354' RA= 19:44:21.519320 DEC= -13:54:26.82447 RAER= 1.36 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1940-455', 'J1944-4523' RA= 19:44:22.384438 DEC= -45:23:32.62912 RAER= 70.50 DECER= 28.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1941-187', 'J1944-1839' RA= 19:44:25.819595 DEC= -18:39:21.95654 RAER= 2.51 DECER= 5.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1943+546', 'J1944+5448' RA= 19:44:31.511561 DEC= +54:48:07.06236 RAER= 0.22 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.395, 0.280, 8.4, 0.482, 0.092, 15.2, 0.160, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '1941-216', 'J1944-2133' RA= 19:44:40.263256 DEC= -21:33:19.48146 RAER= 37.32 DECER= 28.14 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '1942+374', 'J1944+3735' RA= 19:44:40.530112 DEC= +37:35:21.28483 RAER= 0.86 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.023, 8.4, 0.067, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1943+490', 'J1944+4911' RA= 19:44:51.819735 DEC= +49:11:47.11220 RAER= 1.04 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.026, 8.4, 0.040, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '1941-218', 'J1944-2143' RA= 19:44:55.165876 DEC= -21:43:19.32844 RAER= 2.16 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.021, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1941-372', 'J1944-3707' RA= 19:44:57.835602 DEC= -37:07:09.87253 RAER= 0.25 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.122, 8.4, 0.146, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 311 observations" / source= '1944+601', 'J1945+6015' RA= 19:45:10.586110 DEC= +60:15:02.69301 RAER= 1.96 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.033, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1942+097', 'J1945+0952' RA= 19:45:15.922809 DEC= +09:52:59.56321 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.101, 5.0, 0.178, 0.072, 8.4, 0.126, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '1942-179', 'J1945-1750' RA= 19:45:17.231478 DEC= -17:50:15.05177 RAER= 1.05 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.030, 8.4, 0.029, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '1942+127', 'J1945+1252' RA= 19:45:17.910694 DEC= +12:52:07.16200 RAER= 1.80 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1941-402', 'J1945-4005' RA= 19:45:19.447842 DEC= -40:05:56.25317 RAER= 0.61 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.034, 8.4, 0.059, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1942-020', 'J1945-0153' RA= 19:45:22.820767 DEC= -01:53:21.83067 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.133, 8.4, 0.199, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '1941-554', 'J1945-5520' RA= 19:45:24.228787 DEC= -55:20:48.83763 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, n/a, 8.4, 0.483, 0.369 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 239 observations" / source= '1943+194', 'J1945+1936' RA= 19:45:24.621519 DEC= +19:36:43.93068 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.032, 8.4, 0.058, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1943+127', 'J1945+1249' RA= 19:45:24.676215 DEC= +12:49:59.15505 RAER= 0.33 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.079, 8.4, 0.066, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '1942-155', 'J1945-1524' RA= 19:45:29.312684 DEC= -15:24:27.87004 RAER= 1.01 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.034, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1943+356', 'J1945+3544' RA= 19:45:29.574956 DEC= +35:44:57.36938 RAER= 2.93 DECER= 5.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1945+654', 'J1945+6534' RA= 19:45:45.750936 DEC= +65:34:45.67431 RAER= 1.17 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.035, 8.4, 0.044, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1944+471', 'J1945+4714' RA= 19:45:48.694656 DEC= +47:14:30.59153 RAER= 0.87 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.051, 8.4, 0.036, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '1943-127', 'J1945-1239' RA= 19:45:48.903481 DEC= -12:39:55.70851 RAER= 0.62 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.086, 8.4, 0.054, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1946+728', 'J1945+7258' RA= 19:45:52.993939 DEC= +72:58:55.06804 RAER= 5.11 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.034, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1946+708', 'J1945+7055' RA= 19:45:53.519779 DEC= +70:55:48.72885 RAER= 0.45 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.827, 0.313, 8.4, 0.323, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1014 observations" / source= '1943+094', 'J1945+0936' RA= 19:45:53.890137 DEC= +09:36:09.44558 RAER= 0.28 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.026, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1942-383', 'J1945-3811' RA= 19:45:54.236668 DEC= -38:11:47.98087 RAER= 75.20 DECER= 97.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1942-309', 'J1945-3048' RA= 19:45:57.559037 DEC= -30:48:49.39137 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, 0.085, 8.4, 0.140, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '1943-215', 'J1945-2126' RA= 19:45:58.988580 DEC= -21:26:00.12583 RAER= 0.97 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.036, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1942-313', 'J1945-3111' RA= 19:45:59.369395 DEC= -31:11:38.35750 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.129, 8.4, 0.144, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '1943+228', 'J1946+2300' RA= 19:46:06.251386 DEC= +23:00:04.41439 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.050, 5.0, 0.203, 0.119, 8.4, 0.151, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 905 observations" / source= '1944+258', 'J1946+2559' RA= 19:46:10.213956 DEC= +25:59:39.14092 RAER= 16.52 DECER= 7.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1945+604', 'J1946+6031' RA= 19:46:13.064056 DEC= +60:31:38.91272 RAER= 2.49 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.034, 8.4, 0.025, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1943-317', 'J1946-3136' RA= 19:46:13.520871 DEC= -31:36:50.88507 RAER= 1.34 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.268, 0.019, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1943-107', 'J1946-1039' RA= 19:46:19.234349 DEC= -10:39:56.57695 RAER= 1.33 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1944+241', 'J1946+2418' RA= 19:46:19.968073 DEC= +24:18:56.79293 RAER= 0.72 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1944+183', 'J1946+1827' RA= 19:46:20.938357 DEC= +18:27:32.71883 RAER= 19.30 DECER= 20.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '1944+228', 'J1946+2255' RA= 19:46:22.299590 DEC= +22:55:24.64793 RAER= 0.50 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1942-583', 'J1946-5812' RA= 19:46:29.827695 DEC= -58:12:52.41682 RAER= 0.39 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '1944+242', 'J1946+2419' RA= 19:46:35.541883 DEC= +24:19:49.11800 RAER= 0.78 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.008, 8.4, 0.020, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1944+203', 'J1946+2029' RA= 19:46:45.828687 DEC= +20:29:25.04737 RAER= 3.74 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.131, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1943-241', 'J1946-2402' RA= 19:46:54.704988 DEC= -24:02:31.94522 RAER= 1.41 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.090, 8.4, 0.081, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1945+553', 'J1946+5528' RA= 19:46:56.689629 DEC= +55:28:33.04532 RAER= 1.28 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.019, 8.4, 0.035, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1944-019', 'J1947-0151' RA= 19:47:06.414342 DEC= -01:51:30.93420 RAER= 0.83 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.054, 8.4, 0.077, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1944-280', 'J1947-2752' RA= 19:47:07.350619 DEC= -27:52:59.08546 RAER= 16.62 DECER= 30.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1944+126', 'J1947+1248' RA= 19:47:19.526637 DEC= +12:48:55.41992 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.068, 5.0, 0.184, 0.142, 8.4, 0.213, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 840 observations" / source= '1944-358', 'J1947-3542' RA= 19:47:22.594748 DEC= -35:42:03.38753 RAER= 4.85 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1944-373', 'J1947-3716' RA= 19:47:23.578989 DEC= -37:16:33.61787 RAER= 6.01 DECER= 25.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1945+267', 'J1947+2653' RA= 19:47:26.401801 DEC= +26:53:48.10582 RAER= 15.85 DECER= 16.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.057, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1947+677', 'J1947+6750' RA= 19:47:36.268032 DEC= +67:50:16.89501 RAER= 1.51 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.033, 8.4, 0.062, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1944-283', 'J1947-2815' RA= 19:47:36.704105 DEC= -28:15:09.11801 RAER= 4.71 DECER= 8.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '1944-159', 'J1947-1549' RA= 19:47:39.767445 DEC= -15:49:20.06390 RAER= 2.09 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1945-011', 'J1947-0103' RA= 19:47:43.783721 DEC= -01:03:24.52709 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.206, 8.4, 0.248, 0.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '1945+035', 'J1947+0337' RA= 19:47:44.966294 DEC= +03:37:40.38454 RAER= 0.57 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1944-311', 'J1947-3102' RA= 19:47:45.089437 DEC= -31:02:40.37807 RAER= 2.29 DECER= 7.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1946+464', 'J1947+4633' RA= 19:47:45.278029 DEC= +46:33:20.96607 RAER= 1.33 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.035, 8.4, 0.047, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1945+042', 'J1947+0422' RA= 19:47:51.544795 DEC= +04:22:14.94488 RAER= 0.35 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.096, 8.4, 0.123, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1945-094', 'J1947-0920' RA= 19:47:59.941982 DEC= -09:20:14.52936 RAER= 4.50 DECER= 6.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1944-310', 'J1948-3055' RA= 19:48:00.605212 DEC= -30:55:58.59870 RAER= 23.26 DECER= 26.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1946+358', 'J1948+3556' RA= 19:48:04.520109 DEC= +35:56:20.67131 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.041, 8.4, 0.218, 0.042, 22.2, 0.272, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1615 observations" / source= '1945-036', 'J1948-0333' RA= 19:48:06.469928 DEC= -03:33:47.81718 RAER= 0.62 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.020, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1945+119', 'J1948+1206' RA= 19:48:14.661920 DEC= +12:06:46.10490 RAER= 1.27 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1946+160', 'J1948+1612' RA= 19:48:24.687784 DEC= +16:12:35.94180 RAER= 0.48 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.029, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '1945-325', 'J1948-3228' RA= 19:48:25.249228 DEC= -32:28:06.44670 RAER= 0.21 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.077, 8.4, 0.086, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '1945-335', 'J1948-3326' RA= 19:48:35.638171 DEC= -33:26:53.04886 RAER= 4.13 DECER= 15.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1946+396', 'J1948+3943' RA= 19:48:35.770205 DEC= +39:43:52.06867 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.039, 8.4, 0.115, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '1945-393', 'J1948-3916' RA= 19:48:41.006333 DEC= -39:16:04.53477 RAER= 3.12 DECER= 12.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1945-168', 'J1948-1644' RA= 19:48:46.405963 DEC= -16:44:32.92746 RAER= 8.34 DECER= 15.83 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '1947+488', 'J1948+4859' RA= 19:48:51.560024 DEC= +48:59:09.87819 RAER= 1.73 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1946+131', 'J1948+1314' RA= 19:48:55.218548 DEC= +13:14:39.85182 RAER= 0.21 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.075, 8.4, 0.069, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1947+487', 'J1949+4851' RA= 19:49:12.168110 DEC= +48:51:06.19851 RAER= 0.65 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.011, 8.4, 0.035, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '1946+049', 'J1949+0503' RA= 19:49:18.227744 DEC= +05:03:43.33953 RAER= 0.53 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.051, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1947+126', 'J1949+1246' RA= 19:49:25.765732 DEC= +12:46:11.24482 RAER= 0.30 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.077, 8.4, 0.088, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '1947+242', 'J1949+2421' RA= 19:49:33.142901 DEC= +24:21:18.25035 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.027, 5.0, 0.222, 0.018, 8.4, 0.163, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 586 observations" / source= '1947+089', 'J1949+0906' RA= 19:49:34.196665 DEC= +09:06:53.50842 RAER= 0.73 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '1950+727', 'J1949+7252' RA= 19:49:35.231074 DEC= +72:52:42.97069 RAER= 0.48 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.108, 8.4, 0.119, 0.090, 15.2, 0.116, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 681 observations" / source= '1947+132', 'J1949+1324' RA= 19:49:38.264337 DEC= +13:24:51.76774 RAER= 0.40 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.047, 8.4, 0.030, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1948+505', 'J1949+5041' RA= 19:49:43.492269 DEC= +50:41:31.97287 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.153, 8.4, 0.144, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 986 observations" / source= '1948+380', 'J1949+3812' RA= 19:49:50.312835 DEC= +38:12:48.80555 RAER= 1.15 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '1946-298', 'J1949-2943' RA= 19:49:51.559552 DEC= -29:43:22.27386 RAER= 12.48 DECER= 27.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1944-684', 'J1949-6817' RA= 19:49:53.359843 DEC= -68:17:45.63469 RAER= 0.69 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1946-200', 'J1949-1957' RA= 19:49:53.420198 DEC= -19:57:13.32984 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.105, 0.294, 5.0, 0.691, 0.149, 8.4, 0.434, 0.217 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1987 observations" / source= '1947-120', 'J1949-1153' RA= 19:49:57.430459 DEC= -11:53:54.19427 RAER= 1.23 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1951+767', 'J1949+7654' RA= 19:49:58.716049 DEC= +76:54:13.41197 RAER= 5.22 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '1947+079', 'J1950+0807' RA= 19:50:05.539972 DEC= +08:07:13.97987 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.952, 0.256, 5.0, 1.047, 0.432, 8.4, 0.611, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 794 observations" / source= '1949+56A', 'J1950+5701' RA= 19:50:10.825095 DEC= +57:01:57.05565 RAER= 1.26 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.071, 8.4, 0.046, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '1949+664', 'J1950+6634' RA= 19:50:15.981307 DEC= +66:34:36.17672 RAER= 9.27 DECER= 4.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1950+730', 'J1950+7310' RA= 19:50:17.424078 DEC= +73:10:31.44048 RAER= 3.16 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.043, 8.4, 0.081, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1949+530', 'J1950+5311' RA= 19:50:19.725737 DEC= +53:11:26.58300 RAER= 3.09 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.015, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1948+221', 'J1950+2214' RA= 19:50:24.620612 DEC= +22:14:49.74185 RAER= 2.59 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1948+348', 'J1950+3456' RA= 19:50:27.533435 DEC= +34:56:24.32211 RAER= 1.08 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1950+671', 'J1950+6717' RA= 19:50:31.270688 DEC= +67:17:10.20046 RAER= 5.19 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1948+006', 'J1950+0047' RA= 19:50:36.444876 DEC= +00:47:15.87421 RAER= 0.56 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.036, 8.4, 0.033, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1946-582', 'J1950-5804' RA= 19:50:37.401725 DEC= -58:04:39.74874 RAER= 0.50 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '1947-133', 'J1950-1312' RA= 19:50:38.184573 DEC= -13:12:57.58761 RAER= 3.33 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '1948-047', 'J1950-0436' RA= 19:50:44.055296 DEC= -04:36:11.84264 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.130, 0.167, 8.4, 0.184, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 402 observations" / source= '1950+610', 'J1950+6109' RA= 19:50:47.046973 DEC= +61:09:07.48865 RAER= 0.98 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.086, 8.4, 0.078, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1948-098', 'J1950-0945' RA= 19:50:50.383976 DEC= -09:45:35.49087 RAER= 1.10 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1949+569', 'J1950+5704' RA= 19:50:53.030455 DEC= +57:04:42.02359 RAER= 1.68 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.056, 8.4, 0.057, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '1948+120', 'J1950+1213' RA= 19:50:59.097803 DEC= +12:13:16.14893 RAER= 0.27 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.045, 8.4, 0.038, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1947-325', 'J1950-3226' RA= 19:50:59.991941 DEC= -32:26:49.46695 RAER= 2.95 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '1948+095', 'J1951+0939' RA= 19:51:06.706076 DEC= +09:39:39.01098 RAER= 0.36 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.064, 8.4, 0.113, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1950+573', 'J1951+5727' RA= 19:51:06.982793 DEC= +57:27:17.17721 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.465, 0.258, 8.4, 0.197, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 462 observations" / source= '1948+033', 'J1951+0331' RA= 19:51:15.440052 DEC= +03:31:05.82468 RAER= 0.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.144, 8.4, 0.079, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1948-186', 'J1951-1830' RA= 19:51:28.189226 DEC= -18:30:47.67978 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.094, 8.4, 0.104, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '1948-111', 'J1951-1102' RA= 19:51:29.212319 DEC= -11:02:20.26127 RAER= 0.83 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '1949+014', 'J1951+0134' RA= 19:51:36.018450 DEC= +01:34:42.71452 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.170, 5.0, 0.231, 0.206, 8.4, 0.198, 0.160 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 742 observations" / source= '1947-518', 'J1951-5142' RA= 19:51:36.141074 DEC= -51:42:21.35477 RAER= 4.37 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.242, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1949+143', 'J1951+1428' RA= 19:51:39.711847 DEC= +14:28:21.37843 RAER= 10.69 DECER= 8.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1950+478', 'J1951+4801' RA= 19:51:41.605043 DEC= +48:01:41.35311 RAER= 0.79 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '1948-241', 'J1951-2403' RA= 19:51:46.680587 DEC= -24:03:49.15858 RAER= 0.32 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.105, 5.0, 0.054, 0.028, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '1948-236', 'J1951-2329' RA= 19:51:47.449114 DEC= -23:29:19.57661 RAER= 0.92 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.090, 8.4, 0.105, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1949-052', 'J1951-0509' RA= 19:51:47.468455 DEC= -05:09:43.96248 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.115, 8.4, 0.293, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2860 observations" / source= '1948-343', 'J1952-3412' RA= 19:52:00.078783 DEC= -34:12:26.19566 RAER= 11.14 DECER= 29.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1950+450', 'J1952+4508' RA= 19:52:04.878741 DEC= +45:08:18.06068 RAER= 2.99 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1951+648', 'J1952+6501' RA= 19:52:10.020484 DEC= +65:01:46.15316 RAER= 1.56 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.061, 8.4, 0.047, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1949+023', 'J1952+0230' RA= 19:52:15.799015 DEC= +02:30:24.21329 RAER= 9.06 DECER= 13.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1950+377', 'J1952+3754' RA= 19:52:16.133480 DEC= +37:54:09.27103 RAER= 0.96 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.017, 8.4, 0.055, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1950+219', 'J1952+2206' RA= 19:52:18.132727 DEC= +22:06:21.69877 RAER= 7.29 DECER= 8.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1949-132', 'J1952-1305' RA= 19:52:22.721232 DEC= -13:05:58.12056 RAER= 0.53 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1949-329', 'J1952-3251' RA= 19:52:24.481438 DEC= -32:51:13.60348 RAER= 1.51 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '1951+624', 'J1952+6234' RA= 19:52:35.540470 DEC= +62:34:04.39377 RAER= 1.27 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.048, 8.4, 0.046, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1950+049', 'J1952+0504' RA= 19:52:35.640070 DEC= +05:04:22.71002 RAER= 0.48 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.041, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1951+498', 'J1952+4958' RA= 19:52:35.812748 DEC= +49:58:13.97265 RAER= 0.24 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.090, 8.4, 0.119, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '1950+179', 'J1952+1803' RA= 19:52:39.680574 DEC= +18:03:12.17719 RAER= 0.31 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.019, 8.4, 0.086, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '1949-197', 'J1952-1936' RA= 19:52:43.878064 DEC= -19:36:22.97364 RAER= 0.74 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, n/a, 8.4, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1951+580', 'J1952+5813' RA= 19:52:45.287625 DEC= +58:13:07.60738 RAER= 11.62 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1950+253', 'J1952+2526' RA= 19:52:48.293973 DEC= +25:26:53.48426 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.097, 8.4, 0.388, 0.239 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '1950+068', 'J1952+0658' RA= 19:52:52.526204 DEC= +06:58:44.07536 RAER= 0.84 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.018, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '1949-220', 'J1952-2155' RA= 19:52:54.087903 DEC= -21:55:32.44001 RAER= 15.95 DECER= 24.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '1950+114', 'J1952+1132' RA= 19:52:55.076861 DEC= +11:32:02.57294 RAER= 6.77 DECER= 11.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '1949-239', 'J1952-2348' RA= 19:52:56.273175 DEC= -23:48:35.62184 RAER= 1.71 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.044, 8.4, 0.044, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1950-207', 'J1953-2036' RA= 19:53:02.192945 DEC= -20:36:32.53493 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.086, 8.4, 0.077, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 613 observations" / source= '1951+290', 'J1953+2910' RA= 19:53:03.122776 DEC= +29:10:35.88744 RAER= 9.20 DECER= 11.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1952+537', 'J1953+5350' RA= 19:53:26.046609 DEC= +53:50:57.13871 RAER= 0.93 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.056, 8.4, 0.050, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1950-213', 'J1953-2113' RA= 19:53:26.701515 DEC= -21:13:31.83262 RAER= 1.80 DECER= 4.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1951+355', 'J1953+3537' RA= 19:53:30.875713 DEC= +35:37:59.35927 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.051, 5.0, 0.417, 0.029, 8.4, 0.366, 0.094, 15.2, 0.246, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2960 observations" / source= '1950-320', 'J1953-3152' RA= 19:53:32.607025 DEC= -31:52:40.66078 RAER= 1.13 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1951+399', 'J1953+4006' RA= 19:53:43.725190 DEC= +40:06:39.78756 RAER= 0.77 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1950-249', 'J1953-2450' RA= 19:53:45.992205 DEC= -24:50:12.93149 RAER= 4.83 DECER= 11.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1950-270', 'J1953-2654' RA= 19:53:47.904680 DEC= -26:54:02.95579 RAER= 0.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.041, 8.4, 0.033, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '1955+767', 'J1953+7650' RA= 19:53:50.878242 DEC= +76:50:49.86458 RAER= 1.93 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1951+149', 'J1953+1503' RA= 19:53:54.691909 DEC= +15:03:41.91108 RAER= 225.75 DECER= 279.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '1952+430', 'J1954+4311' RA= 19:54:03.714126 DEC= +43:11:01.85151 RAER= 6.76 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1955+749', 'J1954+7504' RA= 19:54:15.279205 DEC= +75:04:03.76458 RAER= 4.29 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.057, 8.4, 0.045, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '1951-171', 'J1954-1703' RA= 19:54:33.576028 DEC= -17:03:18.80630 RAER= 8.19 DECER= 10.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1952+077', 'J1954+0750' RA= 19:54:35.241606 DEC= +07:50:00.58206 RAER= 0.47 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '1952+038', 'J1954+0358' RA= 19:54:36.354252 DEC= +03:58:32.33647 RAER= 0.61 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1951-311', 'J1954-3100' RA= 19:54:38.716037 DEC= -31:00:56.14305 RAER= 1.27 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.038, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '1951-115', 'J1954-1123' RA= 19:54:41.155728 DEC= -11:23:22.64233 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.185, 8.4, 0.297, 0.230, 15.2, 0.760, 0.699 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 571 observations" / source= '1954+617', 'J1954+6153' RA= 19:54:55.989730 DEC= +61:53:58.29688 RAER= 0.89 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.045, 8.4, 0.038, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '1952-161', 'J1955-1603' RA= 19:55:00.664397 DEC= -16:03:38.84022 RAER= 0.97 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '1950-568', 'J1955-5640' RA= 19:55:02.861554 DEC= -56:40:28.81132 RAER= 7.79 DECER= 6.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.014, 0.009, 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1953+371', 'J1955+3719' RA= 19:55:08.527509 DEC= +37:19:52.69830 RAER= 2.41 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '1950-613', 'J1955-6115' RA= 19:55:10.770637 DEC= -61:15:19.13703 RAER= 0.37 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.425, 0.240 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 221 observations" / source= '1952+138', 'J1955+1358' RA= 19:55:11.571398 DEC= +13:58:16.24110 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.115, 8.4, 0.212, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 996 observations" / source= '1952-030', 'J1955-0256' RA= 19:55:15.612696 DEC= -02:56:07.75138 RAER= 0.98 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1954+513', 'J1955+5131' RA= 19:55:42.738266 DEC= +51:31:48.54613 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.939, 0.548, 5.0, 1.199, 0.834, 8.4, 0.909, 0.417, 15.2, 1.181, 0.547 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9903 observations" / source= '1952-210', 'J1955-2053' RA= 19:55:46.104757 DEC= -20:53:52.84444 RAER= 1.03 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '1953+021', 'J1955+0215' RA= 19:55:47.875503 DEC= +02:15:12.78289 RAER= 0.33 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.023, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1956+737', 'J1955+7354' RA= 19:55:49.064116 DEC= +73:54:11.91486 RAER= 10.34 DECER= 6.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1953+061', 'J1955+0618' RA= 19:55:55.272807 DEC= +06:18:12.18903 RAER= 0.45 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.095, 8.4, 0.092, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1953+324', 'J1955+3233' RA= 19:55:56.350122 DEC= +32:33:04.51415 RAER= 0.89 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1953+132', 'J1956+1323' RA= 19:56:07.195290 DEC= +13:23:34.41352 RAER= 0.62 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.044, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1954+267', 'J1956+2655' RA= 19:56:11.092957 DEC= +26:55:14.83435 RAER= 0.74 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.012, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1953-200', 'J1956-1957' RA= 19:56:23.897663 DEC= -19:57:42.10827 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.060, 8.4, 0.055, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 604 observations" / source= '1955+634', 'J1956+6332' RA= 19:56:25.524483 DEC= +63:32:46.28846 RAER= 3.23 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1953+024', 'J1956+0234' RA= 19:56:28.085439 DEC= +02:34:25.46671 RAER= 0.43 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1953-058', 'J1956-0542' RA= 19:56:29.999564 DEC= -05:42:46.92968 RAER= 0.56 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.034, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1954+187', 'J1956+1856' RA= 19:56:30.816318 DEC= +18:56:02.13192 RAER= 0.63 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.035, 8.4, 0.039, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '1953-163', 'J1956-1615' RA= 19:56:32.957954 DEC= -16:15:23.12135 RAER= 0.51 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.049, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1953-127', 'J1956-1235' RA= 19:56:38.223079 DEC= -12:35:17.90397 RAER= 0.73 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.025, 8.4, 0.101, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '1954+282', 'J1956+2820' RA= 19:56:46.040471 DEC= +28:20:57.97711 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.583, 0.172, 5.0, 0.432, 0.094, 8.4, 0.346, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 583 observations" / source= '1954-017', 'J1956-0136' RA= 19:56:55.202696 DEC= -01:36:15.41579 RAER= 0.72 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.086, 8.4, 0.064, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1953-325', 'J1956-3225' RA= 19:56:59.455275 DEC= -32:25:46.00700 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.269, 5.0, 0.409, 0.119, 8.4, 0.357, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1605 observations" / source= '1954-185', 'J1957-1824' RA= 19:57:16.305917 DEC= -18:24:28.25045 RAER= 0.69 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.036, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '1954-187', 'J1957-1835' RA= 19:57:23.712989 DEC= -18:35:21.19543 RAER= 0.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '1955+183', 'J1957+1828' RA= 19:57:24.737722 DEC= +18:28:25.96648 RAER= 3.54 DECER= 3.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.130, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1955+343', 'J1957+3427' RA= 19:57:34.454818 DEC= +34:27:54.63099 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.025, 8.4, 0.059, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 555 observations" / source= '1955+335', 'J1957+3338' RA= 19:57:40.549903 DEC= +33:38:27.94310 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.081, 5.0, 0.184, 0.101, 8.4, 0.173, 0.112, 15.2, 0.136, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1211 observations" / source= '1955+321', 'J1957+3216' RA= 19:57:43.003783 DEC= +32:16:33.58677 RAER= 0.60 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1955-060', 'J1957-0554' RA= 19:57:59.753821 DEC= -05:54:57.23090 RAER= 1.01 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.016, 8.4, 0.043, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1954-388', 'J1957-3845' RA= 19:57:59.819276 DEC= -38:45:06.35593 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.119, 0.859, 5.0, 4.245, 3.944, 8.4, 1.519, 1.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67859 observations" / source= '1955+244', 'J1958+2438' RA= 19:58:00.396299 DEC= +24:38:02.74363 RAER= 0.45 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1956+342', 'J1958+3424' RA= 19:58:00.888179 DEC= +34:24:57.15333 RAER= 0.99 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '1955-073', 'J1958-0713' RA= 19:58:01.999891 DEC= -07:13:45.44552 RAER= 0.90 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '1955+029', 'J1958+0304' RA= 19:58:05.273419 DEC= +03:04:32.14955 RAER= 7.91 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1955-303', 'J1958-3011' RA= 19:58:14.912096 DEC= -30:11:11.64551 RAER= 0.39 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.044, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '1954-552', 'J1958-5509' RA= 19:58:16.501523 DEC= -55:09:38.12233 RAER= 1.79 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '1958+723', 'J1958+7231' RA= 19:58:21.490824 DEC= +72:31:45.00926 RAER= 17.63 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '1957+517', 'J1958+5150' RA= 19:58:29.671115 DEC= +51:50:29.98668 RAER= 3.30 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '1955+011', 'J1958+0114' RA= 19:58:30.894976 DEC= +01:14:32.33125 RAER= 3.06 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '1955-290', 'J1958-2856' RA= 19:58:35.422973 DEC= -28:56:15.25787 RAER= 1.23 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.022, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1956+240', 'J1958+2411' RA= 19:58:41.420151 DEC= +24:11:27.06308 RAER= 1.34 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.049, 8.4, 0.049, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1956-059', 'J1958-0548' RA= 19:58:42.268142 DEC= -05:48:53.91925 RAER= 1.05 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1956+34A', 'J1958+3436' RA= 19:58:43.828961 DEC= +34:36:29.70471 RAER= 4.51 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '1955-200', 'J1958-1954' RA= 19:58:46.900432 DEC= -19:54:24.37045 RAER= 1.56 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1955-210', 'J1958-2052' RA= 19:58:48.773207 DEC= -20:52:47.01126 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.050, 8.4, 0.057, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '1956-037', 'J1958-0334' RA= 19:58:50.695132 DEC= -03:34:43.39447 RAER= 0.29 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.034, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '1955-357', 'J1959-3534' RA= 19:59:03.782689 DEC= -35:34:30.48610 RAER= 0.74 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.048, 8.4, 0.048, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '1956-217', 'J1959-2135' RA= 19:59:05.613671 DEC= -21:35:38.23169 RAER= 1.47 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1957+308', 'J1959+3058' RA= 19:59:12.494869 DEC= +30:58:36.10251 RAER= 2.43 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.132, 0.143 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1955-429', 'J1959-4246' RA= 19:59:13.277809 DEC= -42:46:07.51547 RAER= 1.67 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.193, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1955-397', 'J1959-3938' RA= 19:59:21.577645 DEC= -39:38:05.13471 RAER= 1.67 DECER= 14.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1957+386', 'J1959+3846' RA= 19:59:22.039304 DEC= +38:46:54.16599 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.017, 5.0, 0.342, 0.119, 8.4, 0.304, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 789 observations" / source= '1956-098', 'J1959-0940' RA= 19:59:26.560127 DEC= -09:40:39.95291 RAER= 0.78 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '1957+405', 'J1959+4044' RA= 19:59:28.356508 DEC= +40:44:02.09706 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.023, 5.0, 0.764, 0.057, 8.4, 1.409, 0.082, 15.2, 1.484, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '1958+619', 'J1959+6206' RA= 19:59:30.131311 DEC= +62:06:44.71897 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.076, 8.4, 0.125, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 310 observations" / source= '1956-146', 'J1959-1432' RA= 19:59:32.512587 DEC= -14:32:16.42378 RAER= 0.32 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.118, 8.4, 0.077, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '1957+347', 'J1959+3450' RA= 19:59:33.225564 DEC= +34:50:25.68953 RAER= 15.29 DECER= 14.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '1956-475', 'J1959-4725' RA= 19:59:45.665759 DEC= -47:25:19.34880 RAER= 14.44 DECER= 7.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '1956-444', 'J1959-4416' RA= 19:59:49.317070 DEC= -44:16:11.11517 RAER= 1.95 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '1957+020', 'J1959+0211' RA= 19:59:52.752749 DEC= +02:11:18.04177 RAER= 0.51 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.054, 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1958+420', 'J1959+4213' RA= 19:59:58.768827 DEC= +42:13:46.74137 RAER= 0.25 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.652, 0.375 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '1959+650', 'J1959+6508' RA= 19:59:59.852089 DEC= +65:08:54.65223 RAER= 0.29 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.181, 8.4, 0.237, 0.120, 15.2, 0.174, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1078 observations" / source= '1957-263', 'J2000-2610' RA= 20:00:02.416940 DEC= -26:10:37.05224 RAER= 0.70 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, n/a, 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '1957-194', 'J2000-1921' RA= 20:00:08.560452 DEC= -19:21:37.52403 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.262, 0.045, 5.0, 0.223, n/a, 8.4, 0.179, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 781 observations" / source= '1956-479', 'J2000-4749' RA= 20:00:12.968506 DEC= -47:49:51.73752 RAER= 2.07 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '1956-602', 'J2000-6008' RA= 20:00:15.356911 DEC= -60:08:14.16391 RAER= 4.76 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '1957-296', 'J2000-2930' RA= 20:00:16.967552 DEC= -29:30:26.43831 RAER= 1.37 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '1957-135', 'J2000-1325' RA= 20:00:42.145121 DEC= -13:25:33.53288 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.672, 0.516, 5.0, 0.902, 0.603, 8.4, 0.721, 0.328 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 809 observations" / source= '1958+120', 'J2000+1209' RA= 20:00:51.744582 DEC= +12:09:48.75097 RAER= 14.66 DECER= 12.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1957-423', 'J2000-4214' RA= 20:00:56.791984 DEC= -42:14:46.26973 RAER= 1.66 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.390, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '1958-179', 'J2000-1748' RA= 20:00:57.090440 DEC= -17:48:57.67258 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.112, 0.893, 5.0, 1.165, 1.241, 8.4, 1.557, 1.332, 15.2, 2.024, 1.237 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76814 observations" / source= '1957-275', 'J2001-2723' RA= 20:01:02.110240 DEC= -27:23:06.36935 RAER= 0.76 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, n/a, 8.4, 0.099, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2000+614', 'J2001+6133' RA= 20:01:04.624400 DEC= +61:33:53.05370 RAER= 4.66 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.027, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1957-323', 'J2001-3211' RA= 20:01:06.469416 DEC= -32:11:29.58983 RAER= 8.80 DECER= 20.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '1958-045', 'J2001-0422' RA= 20:01:09.261437 DEC= -04:22:46.57159 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.072, 8.4, 0.103, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 182 observations" / source= '1958+103', 'J2001+1027' RA= 20:01:10.643534 DEC= +10:27:58.11686 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.172, 5.0, 0.292, 0.116, 8.4, 0.182, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 643 observations" / source= '1958-017', 'J2001-0134' RA= 20:01:11.502668 DEC= -01:34:56.43612 RAER= 1.28 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '1959+437', 'J2001+4352' RA= 20:01:12.873792 DEC= +43:52:52.83866 RAER= 0.21 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.044, 8.4, 0.081, 0.043, 15.2, 0.117, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 502 observations" / source= '1958-086', 'J2001-0830' RA= 20:01:15.475616 DEC= -08:30:44.90228 RAER= 0.94 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.105, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1959+321', 'J2001+3216' RA= 20:01:16.773541 DEC= +32:16:46.93839 RAER= 0.75 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2000+661', 'J2001+6616' RA= 20:01:19.976370 DEC= +66:16:58.45284 RAER= 1.82 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.010, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '1958-109', 'J2001-1046' RA= 20:01:21.118105 DEC= -10:46:12.53986 RAER= 3.61 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1958-375', 'J2001-3725' RA= 20:01:22.985052 DEC= -37:25:00.42702 RAER= 1.01 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.056, 8.4, 0.071, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '1958-240', 'J2001-2355' RA= 20:01:33.099034 DEC= -23:55:59.34475 RAER= 0.71 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2001+705', 'J2001+7040' RA= 20:01:33.962885 DEC= +70:40:25.74358 RAER= 0.95 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 379 observations" / source= '1958-294', 'J2001-2916' RA= 20:01:39.866535 DEC= -29:16:23.70990 RAER= 2.21 DECER= 6.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.028, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1958-315', 'J2001-3122' RA= 20:01:40.525167 DEC= -31:22:29.49464 RAER= 1.84 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.071, 8.4, 0.072, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '1959+332', 'J2001+3323' RA= 20:01:42.209098 DEC= +33:23:44.76578 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.494, n/a, 8.4, 0.498, 0.014, 22.2, 0.202, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1287 observations" / source= '1958-204', 'J2001-2018' RA= 20:01:44.563344 DEC= -20:18:52.46649 RAER= 0.52 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.036, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '1959-121', 'J2001-1203' RA= 20:01:51.638391 DEC= -12:03:30.58808 RAER= 19.93 DECER= 15.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '1959+241', 'J2001+2416' RA= 20:01:53.777899 DEC= +24:16:39.98955 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.125, 5.0, 0.320, 0.216, 8.4, 0.273, 0.125, 22.2, 0.221, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1592 observations" / source= '1959+116', 'J2001+1144' RA= 20:01:53.846969 DEC= +11:44:38.80498 RAER= 0.69 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.037, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2000+424', 'J2001+4234' RA= 20:01:57.916454 DEC= +42:34:55.28438 RAER= 1.75 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '1959+166', 'J2002+1648' RA= 20:02:04.951398 DEC= +16:48:24.55289 RAER= 7.20 DECER= 11.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2000+414', 'J2002+4132' RA= 20:02:05.938095 DEC= +41:32:45.29742 RAER= 8.28 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '1959-296', 'J2002-2927' RA= 20:02:08.704654 DEC= -29:27:39.12977 RAER= 16.39 DECER= 21.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1959-150', 'J2002-1455' RA= 20:02:09.359276 DEC= -14:55:31.78530 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.051, 5.0, 0.185, 0.016, 8.4, 0.095, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '1959+067', 'J2002+0651' RA= 20:02:09.574824 DEC= +06:51:15.39025 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.104, 8.4, 0.123, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '2000+472', 'J2002+4725' RA= 20:02:10.418261 DEC= +47:25:28.77374 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.904, 0.505, 5.0, 0.940, 0.811, 8.4, 1.030, 0.617 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113130 observations" / source= '2000+499', 'J2002+5004' RA= 20:02:16.980175 DEC= +50:04:15.77585 RAER= 0.93 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.090, 8.4, 0.059, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1959+012', 'J2002+0122' RA= 20:02:27.232457 DEC= +01:22:39.59587 RAER= 4.12 DECER= 4.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '1957-714', 'J2002-7119' RA= 20:02:27.273572 DEC= -71:19:36.14376 RAER= 8.00 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '2000+098', 'J2002+1001' RA= 20:02:34.604057 DEC= +10:01:19.47238 RAER= 0.80 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2000+148', 'J2002+1501' RA= 20:02:41.999236 DEC= +15:01:14.57404 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.148, 8.4, 0.292, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5236 observations" / source= '1959-346', 'J2002-3433' RA= 20:02:43.000538 DEC= -34:33:18.08830 RAER= 8.37 DECER= 15.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '1959-169', 'J2002-1649' RA= 20:02:43.088352 DEC= -16:49:22.70651 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.101, 8.4, 0.155, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '2001+449', 'J2002+4506' RA= 20:02:52.096145 DEC= +45:06:08.32744 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.095, 8.4, 0.303, 0.217 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '2000+069', 'J2003+0706' RA= 20:03:08.422154 DEC= +07:06:23.27416 RAER= 0.56 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2001+313', 'J2003+3132' RA= 20:03:13.563053 DEC= +31:32:18.19746 RAER= 1.03 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.011, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2000+144', 'J2003+1437' RA= 20:03:18.458356 DEC= +14:37:26.27014 RAER= 0.52 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.024, 8.4, 0.013, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '2001+139', 'J2003+1405' RA= 20:03:19.892973 DEC= +14:05:54.32990 RAER= 0.47 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.067, 8.4, 0.181, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2000-274', 'J2003-2718' RA= 20:03:21.295355 DEC= -27:18:23.70509 RAER= 0.88 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2000-330', 'J2003-3251' RA= 20:03:24.116345 DEC= -32:51:45.13292 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.613, 0.295, 5.0, 1.020, 0.339, 8.4, 0.544, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 857 observations" / source= '2000-045', 'J2003-0421' RA= 20:03:24.975166 DEC= -04:21:38.42702 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.073, 8.4, 0.123, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '2001+304', 'J2003+3034' RA= 20:03:30.244062 DEC= +30:34:30.78861 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.082, 8.4, 0.213, 0.186, 15.2, 0.164, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 500 observations" / source= '2002+638', 'J2003+6358' RA= 20:03:35.398208 DEC= +63:58:28.97294 RAER= 20.89 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2001+133', 'J2003+1332' RA= 20:03:36.928539 DEC= +13:32:23.25473 RAER= 0.25 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.073, 8.4, 0.110, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '2001+045', 'J2003+0440' RA= 20:03:38.443967 DEC= +04:40:00.24552 RAER= 0.51 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.099, 8.4, 0.049, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2000-302', 'J2003-3003' RA= 20:03:39.251400 DEC= -30:03:46.68511 RAER= 2.23 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2000-282', 'J2003-2808' RA= 20:03:46.953253 DEC= -28:08:01.83905 RAER= 0.99 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.042, 8.4, 0.032, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2001+233', 'J2003+2328' RA= 20:03:52.561484 DEC= +23:28:00.32809 RAER= 0.34 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2000-209', 'J2003-2047' RA= 20:03:52.623151 DEC= -20:47:41.77791 RAER= 0.25 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.035, 8.4, 0.047, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations" / source= '2003+662', 'J2003+6625' RA= 20:03:54.509567 DEC= +66:25:56.37509 RAER= 0.42 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.705, 0.118, 5.0, 0.281, 0.069, 8.4, 0.182, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '2001-080', 'J2004-0755' RA= 20:04:01.479949 DEC= -07:55:41.68898 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.069, 8.4, 0.036, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2001-13B', 'J2004-134B' RA= 20:04:07.024099 DEC= -13:49:31.63328 RAER= 0.71 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.018, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2001-13A', 'J2004-134A' RA= 20:04:07.091437 DEC= -13:49:31.08269 RAER= 0.58 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2005+737', 'J2004+7355' RA= 20:04:17.121806 DEC= +73:55:06.00979 RAER= 0.48 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.079, 5.0, 0.135, 0.100, 8.4, 0.195, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '2001-022', 'J2004-0209' RA= 20:04:29.217400 DEC= -02:09:09.85193 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, 0.196, 8.4, 0.248, 0.241 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '2001-103', 'J2004-1014' RA= 20:04:29.431519 DEC= -10:14:32.26456 RAER= 0.56 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.054, 8.4, 0.069, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '1959-639', 'J2004-6347' RA= 20:04:29.478059 DEC= -63:47:23.31072 RAER= 0.33 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.431, 0.285 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 234 observations" / source= '2003+386', 'J2004+3846' RA= 20:04:49.175072 DEC= +38:46:05.02173 RAER= 2.08 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2003+595', 'J2004+5939' RA= 20:04:50.870301 DEC= +59:39:45.38977 RAER= 1.55 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.039, 8.4, 0.042, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2002+10A', 'J2004+1053' RA= 20:04:57.315477 DEC= +10:53:35.06893 RAER= 26.70 DECER= 28.19 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2002+005', 'J2004+0040' RA= 20:04:59.244839 DEC= +00:40:22.11476 RAER= 0.30 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.124, 8.4, 0.123, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2002+107', 'J2005+1053' RA= 20:05:04.742307 DEC= +10:53:36.51283 RAER= 3.28 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2005+699', 'J2005+7004' RA= 20:05:06.013570 DEC= +70:04:39.36084 RAER= 1.77 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2002+182', 'J2005+1825' RA= 20:05:08.402355 DEC= +18:25:34.42138 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.185, 0.087, 8.4, 0.193, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 280 observations" / source= '2002-185', 'J2005-1822' RA= 20:05:17.293143 DEC= -18:22:03.32143 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.228, 8.4, 0.445, 0.285 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '2002+067', 'J2005+0651' RA= 20:05:23.075710 DEC= +06:51:25.97796 RAER= 0.58 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2003+358', 'J2005+3558' RA= 20:05:30.241907 DEC= +35:58:21.13244 RAER= 4.24 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2003+104', 'J2005+1033' RA= 20:05:30.349460 DEC= +10:33:39.81659 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.041, 5.0, 0.062, 0.024, 8.4, 0.052, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '2003+454', 'J2005+4533' RA= 20:05:30.706281 DEC= +45:33:40.18470 RAER= 0.25 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.781, 0.480, 5.0, 0.707, 0.212, 8.4, 0.847, 0.201 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '2007+777', 'J2005+7752' RA= 20:05:30.998536 DEC= +77:52:43.24758 RAER= 0.48 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.259, 0.890, 5.0, 0.786, 0.468, 8.4, 0.901, 0.520, 15.2, 0.944, 0.420 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20703 observations" / source= '2003+443', 'J2005+4429' RA= 20:05:32.348895 DEC= +44:29:07.52279 RAER= 2.28 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.026, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2004+457', 'J2005+4556' RA= 20:05:48.046675 DEC= +45:56:33.16692 RAER= 6.92 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2004+443', 'J2005+4428' RA= 20:05:52.088530 DEC= +44:28:55.12060 RAER= 0.19 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.093, 5.0, 0.130, 0.004, 8.4, 0.135, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 855 observations" / source= '2002-375', 'J2005-3723' RA= 20:05:55.070888 DEC= -37:23:41.47794 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.463, 0.358, 5.0, 0.580, 0.360, 8.4, 0.565, 0.313 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4224 observations" / source= '2002-233', 'J2005-2310' RA= 20:05:56.595540 DEC= -23:10:27.00977 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.111, 8.4, 0.211, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '2003-025', 'J2006-0223' RA= 20:06:08.443070 DEC= -02:23:34.97859 RAER= 0.42 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.176, 0.033, 5.0, 0.581, 0.009, 8.4, 0.260, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 267 observations" / source= '2003+187', 'J2006+1854' RA= 20:06:13.079874 DEC= +18:54:10.02507 RAER= 0.95 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.026, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2003-000', 'J2006+0005' RA= 20:06:14.360575 DEC= +00:05:17.94162 RAER= 0.87 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2005+642', 'J2006+6424' RA= 20:06:17.694545 DEC= +64:24:45.41796 RAER= 0.26 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.575, 0.518, 8.4, 0.621, 0.366, 15.2, 0.227, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 837 observations" / source= '2003-172', 'J2006-1707' RA= 20:06:22.219584 DEC= -17:07:29.26241 RAER= 1.27 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.028, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2004+108', 'J2006+1100' RA= 20:06:32.409216 DEC= +11:00:27.75628 RAER= 1.13 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.011, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2002-503', 'J2006-5011' RA= 20:06:34.801505 DEC= -50:11:39.46267 RAER= 1.31 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.166, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2003-379', 'J2006-3745' RA= 20:06:37.615147 DEC= -37:45:46.73363 RAER= 4.79 DECER= 15.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2007+759', 'J2006+7605' RA= 20:06:40.909694 DEC= +76:05:45.31753 RAER= 5.48 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.079, 8.4, 0.029, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2003-349', 'J2006-3451' RA= 20:06:46.465227 DEC= -34:51:16.70067 RAER= 7.87 DECER= 25.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2005+476', 'J2006+4750' RA= 20:06:46.719107 DEC= +47:50:34.27124 RAER= 9.12 DECER= 15.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2004-125', 'J2006-1222' RA= 20:06:48.343411 DEC= -12:22:55.29089 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.110, 8.4, 0.170, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '2007+718', 'J2006+7157' RA= 20:06:50.950633 DEC= +71:57:09.11073 RAER= 5.58 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2004-085', 'J2006-0826' RA= 20:06:51.536322 DEC= -08:26:26.13465 RAER= 0.52 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.051, 8.4, 0.068, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2004+097', 'J2006+0956' RA= 20:06:55.894366 DEC= +09:56:01.46778 RAER= 0.55 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.039, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2004-093', 'J2006-0911' RA= 20:06:55.919309 DEC= -09:11:45.23373 RAER= 1.56 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2007+747', 'J2007+7452' RA= 20:07:04.389478 DEC= +74:52:25.39882 RAER= 0.45 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.100, 5.0, 0.157, 0.140, 8.4, 0.177, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1271 observations" / source= '2005+438', 'J2007+4359' RA= 20:07:05.311521 DEC= +43:59:21.66180 RAER= 0.70 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '2000-776', 'J2007-7730' RA= 20:07:06.456790 DEC= -77:30:42.24505 RAER= 1.24 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '2004-196', 'J2007-1931' RA= 20:07:06.505481 DEC= -19:31:26.62654 RAER= 8.32 DECER= 9.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2004-060', 'J2007-0555' RA= 20:07:08.087387 DEC= -05:55:17.54787 RAER= 1.21 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2004-146', 'J2007-1432' RA= 20:07:10.815924 DEC= -14:32:04.70193 RAER= 0.54 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.022, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2004+064', 'J2007+0636' RA= 20:07:11.915313 DEC= +06:36:44.59644 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.314, 0.246, 8.4, 0.244, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 563 observations" / source= '2009+795', 'J2007+7942' RA= 20:07:13.167788 DEC= +79:42:11.34770 RAER= 30.99 DECER= 7.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2007+659', 'J2007+6607' RA= 20:07:28.771097 DEC= +66:07:22.53558 RAER= 0.25 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.544, 0.369, 8.4, 0.612, 0.392 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3658 observations" / source= '2004+025', 'J2007+0244' RA= 20:07:29.542191 DEC= +02:44:31.70580 RAER= 2.35 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.036, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2005+011', 'J2007+0116' RA= 20:07:34.048281 DEC= +01:16:22.12481 RAER= 0.29 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.043, 8.4, 0.078, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '2006+624', 'J2007+6235' RA= 20:07:35.273379 DEC= +62:35:23.12699 RAER= 1.95 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.055, 8.4, 0.059, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2005+403', 'J2007+4029' RA= 20:07:44.944803 DEC= +40:29:48.60389 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.119, 0.091, 8.4, 1.908, 0.046, 15.2, 2.479, 0.346 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1043 observations" / source= '2005+372', 'J2007+3722' RA= 20:07:45.397627 DEC= +37:22:02.30971 RAER= 0.25 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.091, 8.4, 0.246, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '2005+027', 'J2007+0253' RA= 20:07:50.931247 DEC= +02:53:29.44047 RAER= 1.19 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.030, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2004-447', 'J2007-4434' RA= 20:07:55.184366 DEC= -44:34:44.27692 RAER= 0.30 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.571, 0.312, 8.4, 0.163, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 178 observations" / source= '2005+037', 'J2007+0354' RA= 20:07:55.431907 DEC= +03:54:02.60204 RAER= 0.77 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.044, 8.4, 0.046, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2005-200', 'J2007-1956' RA= 20:07:55.627317 DEC= -19:56:39.93265 RAER= 1.47 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2005-104', 'J2007-1016' RA= 20:07:56.763897 DEC= -10:16:37.59960 RAER= 40.55 DECER= 71.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2005+160', 'J2007+1609' RA= 20:07:59.228251 DEC= +16:09:57.90777 RAER= 7.22 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2004-360', 'J2007-3556' RA= 20:07:59.457585 DEC= -35:56:15.97489 RAER= 1.65 DECER= 5.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2005-044', 'J2008-0418' RA= 20:08:24.429204 DEC= -04:18:29.29809 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.124, 5.0, 0.138, 0.077, 8.4, 0.119, 0.062, 22.2, 0.318, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2028 observations" / source= '1956-842', 'J2008-8408' RA= 20:08:24.806568 DEC= -84:08:50.48336 RAER= 4.18 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '2005-172', 'J2008-1704' RA= 20:08:27.157676 DEC= -17:04:42.37228 RAER= 7.92 DECER= 9.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2006+285', 'J2008+2840' RA= 20:08:37.921314 DEC= +28:40:35.70185 RAER= 2.62 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.117, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2005-152', 'J2008-1504' RA= 20:08:38.602409 DEC= -15:04:53.21200 RAER= 1.03 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2006-004', 'J2008-0015' RA= 20:08:40.081733 DEC= -00:15:36.56902 RAER= 1.53 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.009, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2006-082', 'J2008-0803' RA= 20:08:42.286381 DEC= -08:03:32.76882 RAER= 0.59 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.031, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2005-291', 'J2008-2858' RA= 20:08:42.698301 DEC= -28:58:55.29653 RAER= 2.78 DECER= 8.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2005-474', 'J2008-4717' RA= 20:08:46.970588 DEC= -47:17:14.33907 RAER= 0.39 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.261, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '2008+636', 'J2008+6345' RA= 20:08:49.529160 DEC= +63:45:41.43726 RAER= 1.96 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.043, 8.4, 0.069, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2005-283', 'J2009-2812' RA= 20:09:00.735354 DEC= -28:12:25.96433 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.092, 8.4, 0.104, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '2006-047', 'J2009-0438' RA= 20:09:07.063361 DEC= -04:38:49.70640 RAER= 2.07 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2006-173', 'J2009-1710' RA= 20:09:08.501723 DEC= -17:10:49.34861 RAER= 0.28 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.160, 8.4, 0.067, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '2007+502', 'J2009+5022' RA= 20:09:15.667297 DEC= +50:22:41.87979 RAER= 4.27 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2005-489', 'J2009-4849' RA= 20:09:25.390757 DEC= -48:49:53.72142 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.828, n/a, 8.4, 0.594, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 784 observations" / source= '2007+131', 'J2009+1318' RA= 20:09:27.220900 DEC= +13:18:14.43087 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, 0.109, 8.4, 0.176, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 266 observations" / source= '2004-717', 'J2009-7134' RA= 20:09:29.100329 DEC= -71:34:40.16251 RAER= 2.06 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2008+461', 'J2009+4617' RA= 20:09:35.120996 DEC= +46:17:17.53264 RAER= 1.78 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.014, 8.4, 0.066, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2006-036', 'J2009-0332' RA= 20:09:35.531197 DEC= -03:32:53.80415 RAER= 1.00 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2007+280', 'J2009+2809' RA= 20:09:35.848278 DEC= +28:09:28.03277 RAER= 1.37 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.113, 8.4, 0.114, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2010+723', 'J2009+7229' RA= 20:09:52.303823 DEC= +72:29:19.35059 RAER= 0.41 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.056, 0.736, 5.0, 1.275, 0.307, 8.4, 0.816, 0.377, 15.2, 0.692, 0.432 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1134 observations" / source= '2007+073', 'J2009+0727' RA= 20:09:55.507428 DEC= +07:27:13.66723 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.077, 8.4, 0.085, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '2006-255', 'J2009-2526' RA= 20:09:55.715616 DEC= -25:26:38.89513 RAER= 1.59 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.032, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2008+355', 'J2009+3543' RA= 20:09:57.637628 DEC= +35:43:18.00167 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, n/a, 8.4, 0.402, 0.014, 22.2, 0.228, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1391 observations" / source= '2009+669', 'J2010+6707' RA= 20:10:01.125698 DEC= +67:07:26.01810 RAER= 43.82 DECER= 26.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2007+150', 'J2010+1513' RA= 20:10:08.199434 DEC= +15:13:58.81435 RAER= 0.19 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.108, 8.4, 0.137, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '2007-255', 'J2010-2523' RA= 20:10:19.765438 DEC= -25:23:59.23603 RAER= 1.18 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.047, 8.4, 0.057, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2007-098', 'J2010-0944' RA= 20:10:27.962244 DEC= -09:44:41.60154 RAER= 0.69 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.201, n/a, 8.4, 0.139, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2007-199', 'J2010-1948' RA= 20:10:30.063292 DEC= -19:48:42.84909 RAER= 2.85 DECER= 8.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2007-245', 'J2010-2425' RA= 20:10:45.119334 DEC= -24:25:44.53453 RAER= 0.83 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.299, 0.025, 8.4, 0.106, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '2009+611', 'J2010+6116' RA= 20:10:49.288626 DEC= +61:16:15.15704 RAER= 0.32 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.066, 8.4, 0.092, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '2008+332', 'J2010+3322' RA= 20:10:49.723153 DEC= +33:22:13.81219 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.717, 0.173, 8.4, 0.678, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 530 observations" / source= '2008+205', 'J2010+2042' RA= 20:10:50.848002 DEC= +20:42:37.58169 RAER= 0.39 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a, 8.4, 0.027, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 127 observations" / source= '2008+234', 'J2010+2333' RA= 20:10:56.877079 DEC= +23:33:43.72312 RAER= 2.48 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, n/a, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2011+719', 'J2011+7205' RA= 20:11:03.823429 DEC= +72:05:12.17067 RAER= 1.09 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.088, 8.4, 0.098, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2010+656', 'J2011+6548' RA= 20:11:07.595975 DEC= +65:48:08.75859 RAER= 2.67 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.046, 8.4, 0.044, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2008-068', 'J2011-0644' RA= 20:11:14.215824 DEC= -06:44:03.55553 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.918, 0.909, 5.0, 1.152, 0.257, 8.4, 0.612, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1505 observations" / source= '2008-159', 'J2011-1546' RA= 20:11:15.710927 DEC= -15:46:40.25375 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.855, 0.781, 5.0, 1.421, 1.298, 8.4, 1.845, 1.440, 15.2, 2.058, 1.396 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66238 observations" / source= '2008-323', 'J2011-3209' RA= 20:11:29.914023 DEC= -32:09:50.53114 RAER= 1.89 DECER= 6.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2008-198', 'J2011-1943' RA= 20:11:44.685223 DEC= -19:43:42.64866 RAER= 0.49 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.043, 8.4, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2010+453', 'J2011+4527' RA= 20:11:45.164832 DEC= +45:27:53.03876 RAER= 2.69 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2009+277', 'J2011+2754' RA= 20:11:45.318052 DEC= +27:54:32.19602 RAER= 0.37 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.018, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2009+256', 'J2011+2547' RA= 20:11:49.152681 DEC= +25:47:43.41137 RAER= 1.31 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, 0.161, 8.4, 0.202, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2009-210', 'J2012-2051' RA= 20:12:02.898478 DEC= -20:51:49.23041 RAER= 21.43 DECER= 27.41 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2008-321', 'J2012-3201' RA= 20:12:03.626777 DEC= -32:01:16.10168 RAER= 10.54 DECER= 22.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2009-083', 'J2012-0814' RA= 20:12:03.811203 DEC= -08:14:52.04114 RAER= 1.31 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2010+463', 'J2012+4628' RA= 20:12:05.637243 DEC= +46:28:55.77865 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.412, 0.074, 8.4, 0.645, 0.104, 15.2, 0.384, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 531 observations" / source= '2008-475', 'J2012-4721' RA= 20:12:09.541143 DEC= -47:21:20.31048 RAER= 2.19 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2009-206', 'J2012-2028' RA= 20:12:12.333366 DEC= -20:28:15.86757 RAER= 1.14 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2011+631', 'J2012+6319' RA= 20:12:22.022148 DEC= +63:19:11.99003 RAER= 0.46 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.024, 8.4, 0.091, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '2009-169', 'J2012-1646' RA= 20:12:30.179442 DEC= -16:46:50.46710 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, n/a, 5.0, 0.142, 0.083, 8.4, 0.130, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 469 observations" / source= '2011+529', 'J2012+5308' RA= 20:12:32.606770 DEC= +53:08:44.08479 RAER= 1.03 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.036, 8.4, 0.069, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '2009-193', 'J2012-1914' RA= 20:12:34.729938 DEC= -19:14:53.25560 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.064, 8.4, 0.111, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 808 observations" / source= '2009-374', 'J2012-3719' RA= 20:12:48.445756 DEC= -37:19:41.51921 RAER= 3.34 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.033, 8.4, 0.044, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2009-386', 'J2012-3827' RA= 20:12:57.969351 DEC= -38:27:04.93856 RAER= 2.03 DECER= 7.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2011+218', 'J2013+2200' RA= 20:13:11.685317 DEC= +22:00:52.45407 RAER= 0.21 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.183, 0.099, 8.4, 0.177, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 200 observations" / source= '2010-249', 'J2013-2448' RA= 20:13:17.394628 DEC= -24:48:23.42461 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.046, 5.0, 0.091, 0.076, 8.4, 0.116, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '2012+495', 'J2013+4944' RA= 20:13:35.372680 DEC= +49:44:47.74956 RAER= 0.42 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.109, 8.4, 0.193, 0.125 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2011+099', 'J2013+1006' RA= 20:13:47.245753 DEC= +10:06:19.07534 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.070, 8.4, 0.144, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '2010-265', 'J2013-2624' RA= 20:13:50.521468 DEC= -26:24:07.13021 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.091, 5.0, 0.137, 0.074, 8.4, 0.134, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 634 observations" / source= '2010-260', 'J2013-2551' RA= 20:13:52.312920 DEC= -25:51:24.45802 RAER= 0.73 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.030, 8.4, 0.039, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2011-054', 'J2014-0516' RA= 20:14:13.619188 DEC= -05:16:47.46719 RAER= 1.15 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2011+064', 'J2014+0634' RA= 20:14:14.943657 DEC= +06:34:37.21502 RAER= 0.34 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.064, 8.4, 0.078, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2011-376', 'J2014-3727' RA= 20:14:27.052564 DEC= -37:27:52.64730 RAER= 4.00 DECER= 8.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2012+23A', 'J2014+233A' RA= 20:14:27.623243 DEC= +23:34:52.69175 RAER= 0.61 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '2012+23B', 'J2014+233B' RA= 20:14:28.036916 DEC= +23:34:43.70648 RAER= 3.99 DECER= 5.19 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '2013+508', 'J2014+5059' RA= 20:14:28.589994 DEC= +50:59:09.52873 RAER= 0.35 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.130, 8.4, 0.097, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 557 observations" / source= '2011-009', 'J2014-0047' RA= 20:14:28.643170 DEC= -00:47:22.89756 RAER= 0.27 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '2013+612', 'J2014+6123' RA= 20:14:29.155618 DEC= +61:23:29.55320 RAER= 0.83 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '2011-070', 'J2014-0651' RA= 20:14:30.907337 DEC= -06:51:25.35816 RAER= 0.49 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 119 observations" / source= '2012+066', 'J2014+0648' RA= 20:14:31.087498 DEC= +06:48:52.31497 RAER= 0.41 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140 observations" / source= '2014+657', 'J2014+6553' RA= 20:14:32.040113 DEC= +65:53:55.40446 RAER= 1.43 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.033, 5.0, 0.090, n/a, 8.4, 0.076, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 398 observations" / source= '2011-069', 'J2014-0650' RA= 20:14:36.819369 DEC= -06:50:13.27023 RAER= 0.40 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.031, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 131 observations" / source= '2012-035', 'J2014-0323' RA= 20:14:43.669141 DEC= -03:23:41.27161 RAER= 0.55 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.023, 8.4, 0.037, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2012+032', 'J2014+0322' RA= 20:14:44.639431 DEC= +03:22:32.35799 RAER= 0.29 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.065, 8.4, 0.079, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2011-246', 'J2014-2430' RA= 20:14:51.740757 DEC= -24:30:22.58439 RAER= 16.09 DECER= 19.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2012+086', 'J2014+0849' RA= 20:14:56.994365 DEC= +08:49:28.32309 RAER= 2.71 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2010-673', 'J2015-6712' RA= 20:15:00.108264 DEC= -67:12:59.01232 RAER= 0.71 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '2012+162', 'J2015+1622' RA= 20:15:03.814813 DEC= +16:22:27.34141 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.063, 8.4, 0.061, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2014+606', 'J2015+6047' RA= 20:15:12.682037 DEC= +60:47:02.35429 RAER= 1.14 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.299, 0.294, 8.4, 0.265, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2012-130', 'J2015-1252' RA= 20:15:13.699835 DEC= -12:52:56.98354 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.111, 8.4, 0.159, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 438 observations" / source= '2012-017', 'J2015-0137' RA= 20:15:15.157958 DEC= -01:37:32.56006 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.459, 0.244, 8.4, 0.335, 0.172, 15.2, 0.323, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 499 observations" / source= '2013+527', 'J2015+5253' RA= 20:15:19.168375 DEC= +52:53:59.71823 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.372, 0.149, 8.4, 0.227, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '2014+65A', 'J2015+655A' RA= 20:15:23.499533 DEC= +65:54:33.24280 RAER= 1.52 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations. No flux information" / source= '2012-146', 'J2015-1432' RA= 20:15:25.031638 DEC= -14:32:04.08333 RAER= 3.68 DECER= 5.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2012-349', 'J2015-3445' RA= 20:15:25.272657 DEC= -34:45:29.73143 RAER= 1.86 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.467, n/a, 8.4, 0.297, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2013+370', 'J2015+3710' RA= 20:15:28.729799 DEC= +37:10:59.51496 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.863, 0.060, 5.0, 2.849, 0.342, 8.4, 2.656, 1.154, 15.2, 2.857, 1.761 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 836 observations" / source= '2013+340', 'J2015+3410' RA= 20:15:28.831894 DEC= +34:10:39.41078 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.488, 0.024, 8.4, 0.380, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 436 observations" / source= '2012-175', 'J2015-1723' RA= 20:15:32.014962 DEC= -17:23:05.91343 RAER= 1.77 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.031, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2014+463', 'J2015+4628' RA= 20:15:39.985971 DEC= +46:28:50.86919 RAER= 0.82 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.097, 8.4, 0.043, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 218 observations" / source= '2013+172', 'J2015+1727' RA= 20:15:44.899497 DEC= +17:27:06.82585 RAER= 0.62 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.207, 0.058, 8.4, 0.125, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2014+432', 'J2015+4324' RA= 20:15:47.247816 DEC= +43:24:14.19496 RAER= 12.11 DECER= 6.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2015+657', 'J2015+6554' RA= 20:15:55.368682 DEC= +65:54:52.65877 RAER= 0.29 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.780, 0.556, 5.0, 0.062, 0.060, 8.4, 0.500, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '2013-172', 'J2015-1703' RA= 20:15:57.718785 DEC= -17:03:40.56631 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.061, 8.4, 0.143, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 651 observations" / source= '2013-176', 'J2015-1731' RA= 20:15:58.472447 DEC= -17:31:38.28352 RAER= 0.44 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.074, 8.4, 0.117, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '2013-147', 'J2016-1434' RA= 20:16:06.778994 DEC= -14:34:00.85095 RAER= 1.70 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2013-140', 'J2016-1356' RA= 20:16:08.448116 DEC= -13:56:39.77480 RAER= 0.45 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '2013+163', 'J2016+1632' RA= 20:16:13.860032 DEC= +16:32:34.11306 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.151, 5.0, 0.414, 0.276, 8.4, 0.368, 0.257, 15.2, 0.422, 0.309 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18008 observations" / source= '2013-308', 'J2016-3041' RA= 20:16:14.595130 DEC= -30:41:31.72697 RAER= 3.55 DECER= 6.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2013-092', 'J2016-0903' RA= 20:16:24.036394 DEC= -09:03:33.46775 RAER= 0.39 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.075, 0.050, 15.2, 0.052, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305 observations" / source= '2015+633', 'J2016+6332' RA= 20:16:26.748312 DEC= +63:32:08.69878 RAER= 3.25 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.014, 8.4, 0.009, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2016+646', 'J2016+6450' RA= 20:16:40.672958 DEC= +64:50:28.55193 RAER= 0.31 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.076, 8.4, 0.155, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '2014+358', 'J2016+3600' RA= 20:16:45.618684 DEC= +36:00:33.37359 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.050, 8.4, 0.155, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 493 observations" / source= '2013-273', 'J2016-2708' RA= 20:16:46.416318 DEC= -27:08:48.16665 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.144, 8.4, 0.102, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '2013-323', 'J2017-3212' RA= 20:17:06.918751 DEC= -32:12:09.58781 RAER= 4.33 DECER= 20.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2015+348', 'J2017+3501' RA= 20:17:08.124891 DEC= +35:01:36.30914 RAER= 7.04 DECER= 5.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2014-297', 'J2017-2933' RA= 20:17:08.954556 DEC= -29:33:55.23683 RAER= 0.89 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.031, 8.4, 0.029, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2014-184', 'J2017-1819' RA= 20:17:10.784401 DEC= -18:19:40.13706 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.052, 8.4, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 685 observations" / source= '2015+428', 'J2017+4258' RA= 20:17:12.896826 DEC= +42:58:45.29510 RAER= 2.58 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2017+743', 'J2017+7440' RA= 20:17:13.079301 DEC= +74:40:47.99999 RAER= 0.38 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.160, 5.0, 0.330, 0.254, 8.4, 0.380, 0.273 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7974 observations" / source= '2014+058', 'J2017+0603' RA= 20:17:13.423401 DEC= +06:03:07.09310 RAER= 0.91 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2014+173', 'J2017+1729' RA= 20:17:16.134679 DEC= +17:29:03.22576 RAER= 0.81 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.231, 0.024, 8.4, 0.091, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2014-380', 'J2017-3753' RA= 20:17:28.565315 DEC= -37:53:46.09458 RAER= 0.27 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '2014-29B', 'J2017-2920' RA= 20:17:28.682234 DEC= -29:20:07.35431 RAER= 5.57 DECER= 17.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2012-685', 'J2017-6824' RA= 20:17:29.346019 DEC= -68:24:55.01302 RAER= 0.82 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2014-414', 'J2017-4115' RA= 20:17:29.957780 DEC= -41:15:15.84860 RAER= 1.38 DECER= 3.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2018+749', 'J2017+7507' RA= 20:17:30.968251 DEC= +75:07:41.20602 RAER= 31.55 DECER= 12.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2014-318', 'J2017-3139' RA= 20:17:37.617611 DEC= -31:39:29.61577 RAER= 0.70 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.044, 8.4, 0.072, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2016+521', 'J2017+5216' RA= 20:17:41.947769 DEC= +52:16:50.96843 RAER= 0.59 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.056, 8.4, 0.075, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2014-164', 'J2017-1618' RA= 20:17:45.200125 DEC= -16:18:20.75061 RAER= 1.22 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2014-254', 'J2017-2514' RA= 20:17:53.001914 DEC= -25:14:50.07872 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.089, 8.4, 0.098, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '2015-188', 'J2017-1842' RA= 20:17:53.019889 DEC= -18:42:24.41672 RAER= 3.24 DECER= 8.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2015+131', 'J2017+1317' RA= 20:17:54.007198 DEC= +13:17:55.39635 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.027, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2015+340', 'J2017+3412' RA= 20:17:54.107333 DEC= +34:12:16.63234 RAER= 3.03 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2016+493', 'J2017+4931' RA= 20:17:56.322671 DEC= +49:31:47.97188 RAER= 1.42 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2016+566', 'J2018+5645' RA= 20:18:00.552877 DEC= +56:45:36.18627 RAER= 0.48 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.155, 8.4, 0.197, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '2015+083', 'J2018+0831' RA= 20:18:11.311969 DEC= +08:31:54.54675 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.649, 0.505, 8.4, 0.357, 0.221 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 527 observations" / source= '2015+021', 'J2018+0216' RA= 20:18:17.606727 DEC= +02:16:54.95225 RAER= 1.13 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2015-211', 'J2018-2101' RA= 20:18:21.941759 DEC= -21:01:46.57043 RAER= 1.96 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2015-020', 'J2018-0153' RA= 20:18:23.911546 DEC= -01:53:10.82136 RAER= 17.28 DECER= 18.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2015-269', 'J2018-2650' RA= 20:18:26.380039 DEC= -26:50:26.84866 RAER= 0.98 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2015-113', 'J2018-1109' RA= 20:18:28.014233 DEC= -11:09:55.49725 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.261, 8.4, 0.198, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '2016+386', 'J2018+3851' RA= 20:18:31.024269 DEC= +38:51:19.38170 RAER= 0.20 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.274, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 426 observations" / source= '2015-290', 'J2018-2856' RA= 20:18:35.785761 DEC= -28:56:04.82885 RAER= 0.86 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.033, 8.4, 0.074, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2016+291', 'J2018+2917' RA= 20:18:36.047974 DEC= +29:17:42.46140 RAER= 1.87 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.022, 8.4, 0.046, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2016+380', 'J2018+3812' RA= 20:18:42.850273 DEC= +38:12:41.33717 RAER= 0.56 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2015-274', 'J2018-2718' RA= 20:18:47.491083 DEC= -27:18:15.00950 RAER= 0.26 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.014, 8.4, 0.050, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 278 observations" / source= '2016-053', 'J2018-0509' RA= 20:18:57.759919 DEC= -05:09:29.37350 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.086, 5.0, 0.116, 0.070, 8.4, 0.168, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '2016-217', 'J2019-2132' RA= 20:19:00.691762 DEC= -21:32:58.10338 RAER= 1.73 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2015-521', 'J2019-5201' RA= 20:19:04.393920 DEC= -52:01:39.46330 RAER= 0.36 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2016+11B', 'J2019+112B' RA= 20:19:17.982284 DEC= +11:27:13.13255 RAER= 0.46 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '2016+11C', 'J2019+112C' RA= 20:19:18.047410 DEC= +11:27:11.40829 RAER= 2.38 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2016+11A', 'J2019+112A' RA= 20:19:18.186630 DEC= +11:27:14.63694 RAER= 0.50 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.007, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '2018+595', 'J2019+5943' RA= 20:19:29.869023 DEC= +59:43:01.57346 RAER= 2.22 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.016, 8.4, 0.045, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2018+602', 'J2019+6024' RA= 20:19:47.377643 DEC= +60:24:51.79814 RAER= 2.99 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2016-376', 'J2019-3728' RA= 20:19:54.569938 DEC= -37:28:42.27122 RAER= 4.70 DECER= 7.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.063, 8.4, 0.060, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2017-226', 'J2019-2231' RA= 20:19:58.653541 DEC= -22:31:25.05374 RAER= 11.00 DECER= 11.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2017-015', 'J2020-0125' RA= 20:20:02.061385 DEC= -01:25:58.02715 RAER= 0.61 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.038, 8.4, 0.049, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2019+652', 'J2020+6524' RA= 20:20:02.344270 DEC= +65:24:45.39484 RAER= 1.05 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.061, 8.4, 0.070, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2018+295', 'J2020+2942' RA= 20:20:06.563624 DEC= +29:42:14.18632 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.682, 0.067, 5.0, 0.591, 0.005, 8.4, 0.186, 0.082, 22.2, 0.231, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1904 observations" / source= '2018+29A', 'J2020+294A' RA= 20:20:06.566651 DEC= +29:42:14.65629 RAER= 0.28 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.891, 0.029, 5.0, 0.615, 0.006, 8.4, 0.198, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 597 observations" / source= '2017-103', 'J2020-1010' RA= 20:20:07.364992 DEC= -10:10:40.17293 RAER= 1.45 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2019+676', 'J2020+6747' RA= 20:20:18.910312 DEC= +67:47:06.37956 RAER= 0.40 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.210, 0.133, 8.4, 0.173, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '2017-009', 'J2020-0044' RA= 20:20:26.338422 DEC= -00:44:28.48604 RAER= 0.98 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.027, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2017-247', 'J2020-2434' RA= 20:20:35.269992 DEC= -24:34:08.27985 RAER= 9.54 DECER= 17.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2018+408', 'J2020+4057' RA= 20:20:36.138213 DEC= +40:57:53.63881 RAER= 3.87 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2017-269', 'J2020-2650' RA= 20:20:42.974212 DEC= -26:50:23.85199 RAER= 1.86 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.115, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2018+282', 'J2020+2826' RA= 20:20:45.870244 DEC= +28:26:59.19671 RAER= 0.45 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.428, 0.030, 5.0, 0.318, 0.006, 8.4, 0.149, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '2016-615', 'J2021-6124' RA= 20:21:01.349045 DEC= -61:24:49.29120 RAER= 2.86 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.305, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2018+231', 'J2021+2318' RA= 20:21:03.488363 DEC= +23:18:35.07803 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.183, 0.063, 8.4, 0.188, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '2020+605', 'J2021+6045' RA= 20:21:11.267596 DEC= +60:45:19.12083 RAER= 2.01 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.034, 8.4, 0.043, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2018+155', 'J2021+1544' RA= 20:21:12.330958 DEC= +15:44:53.67414 RAER= 12.04 DECER= 13.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2019+275', 'J2021+2740' RA= 20:21:17.825460 DEC= +27:40:05.73222 RAER= 2.11 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2018+102', 'J2021+1024' RA= 20:21:20.185010 DEC= +10:24:27.54963 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.030, 8.4, 0.071, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2018-317', 'J2021-3137' RA= 20:21:22.651384 DEC= -31:37:18.02996 RAER= 0.20 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.231, 0.109, 8.4, 0.177, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 246 observations" / source= '2020+515', 'J2021+5143' RA= 20:21:24.941221 DEC= +51:43:28.60233 RAER= 0.29 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.180, 0.078, 8.4, 0.166, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '2020+652', 'J2021+6522' RA= 20:21:27.327072 DEC= +65:22:56.05975 RAER= 6.52 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2019+024', 'J2021+0235' RA= 20:21:34.069303 DEC= +02:35:07.32457 RAER= 0.59 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.037, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2019+050', 'J2021+0515' RA= 20:21:35.281206 DEC= +05:15:04.77849 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.417, 8.4, 0.338, 0.174 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '2020+641', 'J2021+6418' RA= 20:21:35.979391 DEC= +64:18:47.43079 RAER= 2.89 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2018-209', 'J2021-2049' RA= 20:21:36.406468 DEC= -20:49:51.92437 RAER= 0.89 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2018-381', 'J2021-3759' RA= 20:21:36.522204 DEC= -37:59:34.18965 RAER= 42.86 DECER= 48.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2019+063', 'J2021+0629' RA= 20:21:55.463763 DEC= +06:29:13.66522 RAER= 0.66 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2019-221', 'J2022-2201' RA= 20:22:01.502998 DEC= -22:01:42.27074 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.048, 8.4, 0.044, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 525 observations" / source= '2021+614', 'J2022+6136' RA= 20:22:06.681752 DEC= +61:36:58.80475 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.326, 0.411, 5.0, 2.780, 0.845, 8.4, 2.758, 0.703, 15.2, 2.178, 0.379 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5804 observations" / source= '2019+098', 'J2022+1001' RA= 20:22:08.439527 DEC= +10:01:11.31433 RAER= 0.59 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2019-202', 'J2022-2007' RA= 20:22:18.083174 DEC= -20:07:02.28008 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.536, 0.080, 5.0, 0.224, 0.058, 8.4, 0.125, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '2019-101', 'J2022-1000' RA= 20:22:21.819799 DEC= -10:00:06.16816 RAER= 0.53 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.062, 8.4, 0.034, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2018-453', 'J2022-4513' RA= 20:22:26.413035 DEC= -45:13:29.55023 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.112, 8.4, 0.124, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '2023+760', 'J2022+7611' RA= 20:22:35.575937 DEC= +76:11:26.17182 RAER= 0.51 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.618, 0.363, 5.0, 0.607, 0.447, 8.4, 0.528, 0.352, 15.2, 0.670, 0.470 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1265 observations" / source= '2020+351', 'J2022+3519' RA= 20:22:35.685113 DEC= +35:19:34.98640 RAER= 2.20 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2019-408', 'J2022-4038' RA= 20:22:51.320066 DEC= -40:38:44.74248 RAER= 0.25 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.136, 5.0, 0.237, 0.083, 8.4, 0.156, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 301 observations" / source= '2019-211', 'J2022-2058' RA= 20:22:51.502184 DEC= -20:58:55.19508 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.053, 5.0, 0.039, 0.020, 8.4, 0.056, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 848 observations" / source= '2020-122', 'J2022-1204' RA= 20:22:55.154363 DEC= -12:04:04.75284 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.065, 8.4, 0.051, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '2022+637', 'J2022+6355' RA= 20:22:56.789378 DEC= +63:55:43.47226 RAER= 1.81 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.031, 8.4, 0.061, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2017-725', 'J2022-7223' RA= 20:22:59.128408 DEC= -72:23:43.31743 RAER= 8.01 DECER= 6.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.043, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2020-090', 'J2023-0855' RA= 20:23:13.402070 DEC= -08:55:14.11415 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.088, 8.4, 0.199, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '2020-054', 'J2023-0518' RA= 20:23:16.985996 DEC= -05:18:22.63272 RAER= 1.05 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2021+317', 'J2023+3153' RA= 20:23:19.017347 DEC= +31:53:02.30619 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.607, 0.098, 5.0, 1.346, 0.244, 8.4, 1.226, 0.343, 15.2, 1.081, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4061 observations" / source= '2020+014', 'J2023+0136' RA= 20:23:21.875582 DEC= +01:36:27.49740 RAER= 5.28 DECER= 5.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2021+222', 'J2023+2223' RA= 20:23:23.160235 DEC= +22:23:52.52528 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.166, 8.4, 0.169, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1611 observations" / source= '2022+546', 'J2023+5449' RA= 20:23:25.724647 DEC= +54:49:23.55679 RAER= 0.52 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.094, 8.4, 0.085, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2019-583', 'J2023-5812' RA= 20:23:28.101551 DEC= -58:12:25.22075 RAER= 3.00 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.122, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2020-015', 'J2023-0123' RA= 20:23:32.816378 DEC= -01:23:42.15344 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.078, 8.4, 0.149, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '2021+412', 'J2023+4125' RA= 20:23:36.163925 DEC= +41:25:26.74417 RAER= 0.85 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2020-118', 'J2023-1139' RA= 20:23:36.701162 DEC= -11:39:58.29074 RAER= 0.31 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, n/a, 8.4, 0.055, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '2021+168', 'J2023+1702' RA= 20:23:38.070616 DEC= +17:02:36.20459 RAER= 0.33 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.016, 8.4, 0.027, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 173 observations" / source= '2020-486', 'J2023-4826' RA= 20:23:38.630000 DEC= -48:26:52.48461 RAER= 6.29 DECER= 12.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.041, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2021-040', 'J2023-0353' RA= 20:23:40.205091 DEC= -03:53:23.51975 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.046, 8.4, 0.081, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2021+282', 'J2023+2826' RA= 20:23:43.056180 DEC= +28:26:27.69576 RAER= 0.78 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.023, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2021+091', 'J2023+0918' RA= 20:23:45.922562 DEC= +09:18:10.47554 RAER= 0.58 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.085, 8.4, 0.045, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2020-370', 'J2023-3655' RA= 20:23:46.204051 DEC= -36:55:20.81356 RAER= 0.22 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.129, 8.4, 0.246, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '2022+542', 'J2023+5427' RA= 20:23:55.844006 DEC= +54:27:35.82919 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.721, 0.172, 5.0, 1.060, 0.872, 8.4, 0.896, 0.677 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1204 observations" / source= '2022+393', 'J2023+3929' RA= 20:23:59.570756 DEC= +39:29:40.34620 RAER= 28.51 DECER= 15.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, n/a, 8.4, 0.232, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2022+307', 'J2024+3054' RA= 20:24:04.477654 DEC= +30:54:32.24466 RAER= 6.35 DECER= 12.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2021-261', 'J2024-2559' RA= 20:24:08.308697 DEC= -25:59:05.94817 RAER= 2.31 DECER= 6.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2021-208', 'J2024-2041' RA= 20:24:09.883562 DEC= -20:41:07.71915 RAER= 8.62 DECER= 12.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2020-575', 'J2024-5723' RA= 20:24:20.542585 DEC= -57:23:43.55003 RAER= 0.66 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.113, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2021+097', 'J2024+0952' RA= 20:24:22.010728 DEC= +09:52:12.24485 RAER= 0.46 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.055, 8.4, 0.030, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2021+003', 'J2024+0027' RA= 20:24:22.715069 DEC= +00:27:53.10178 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.129, 8.4, 0.114, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 729 observations" / source= '2021-267', 'J2024-2633' RA= 20:24:24.834734 DEC= -26:33:01.56704 RAER= 0.93 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2022+204', 'J2024+2036' RA= 20:24:28.827658 DEC= +20:36:44.42421 RAER= 0.94 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2021-089', 'J2024-0848' RA= 20:24:29.368522 DEC= -08:48:04.41814 RAER= 0.37 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2022+248', 'J2024+2501' RA= 20:24:31.683388 DEC= +25:01:49.25887 RAER= 1.60 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.024, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2021-330', 'J2024-3253' RA= 20:24:35.576466 DEC= -32:53:35.91233 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.520, 0.246, 8.4, 0.512, 0.273 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 488 observations" / source= '2023+555', 'J2024+5540' RA= 20:24:38.223601 DEC= +55:40:30.60466 RAER= 21.76 DECER= 14.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2023+487', 'J2024+4852' RA= 20:24:40.542965 DEC= +48:52:31.54426 RAER= 2.25 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.015, 8.4, 0.039, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2021-236', 'J2024-2328' RA= 20:24:42.357232 DEC= -23:28:28.64167 RAER= 17.25 DECER= 20.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2020-651', 'J2024-6458' RA= 20:24:46.330167 DEC= -64:58:35.23337 RAER= 1.48 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations. No flux information" / source= '2022+274', 'J2024+2736' RA= 20:24:51.231199 DEC= +27:36:01.69832 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.114, 8.4, 0.161, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '2021-382', 'J2024-3805' RA= 20:24:53.095545 DEC= -38:05:03.82026 RAER= 7.42 DECER= 40.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2023+425', 'J2024+4241' RA= 20:24:54.796306 DEC= +42:41:03.29207 RAER= 17.80 DECER= 8.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2021-298', 'J2024-2942' RA= 20:24:55.330220 DEC= -29:42:31.45737 RAER= 2.26 DECER= 4.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.078, 8.4, 0.079, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2022+171', 'J2024+1718' RA= 20:24:56.563450 DEC= +17:18:13.19747 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.231, 8.4, 0.637, 0.407, 15.2, 0.810, 0.387 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 782 observations" / source= '2022+304', 'J2024+3036' RA= 20:24:57.052694 DEC= +30:36:06.47942 RAER= 1.22 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.009, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2021-322', 'J2025-3206' RA= 20:25:04.280020 DEC= -32:06:57.74517 RAER= 1.71 DECER= 5.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2024+630', 'J2025+6312' RA= 20:25:07.810207 DEC= +63:12:42.74660 RAER= 1.52 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.043, 8.4, 0.082, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2022+031', 'J2025+0316' RA= 20:25:09.632168 DEC= +03:16:44.50461 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.356, 0.131, 8.4, 0.369, 0.233 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 581 observations" / source= '2023+336', 'J2025+3343' RA= 20:25:10.842126 DEC= +33:43:00.21440 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.884, 0.105, 5.0, 1.946, 0.043, 8.4, 1.888, 0.171, 15.2, 2.968, 0.639, 22.2, 2.300, 0.865 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3034 observations" / source= '2025+704', 'J2025+7034' RA= 20:25:10.913478 DEC= +70:34:41.19733 RAER= 1.61 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.041, 8.4, 0.059, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2022-226', 'J2025-2230' RA= 20:25:15.174561 DEC= -22:30:18.44210 RAER= 2.01 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2024+661', 'J2025+6616' RA= 20:25:15.829109 DEC= +66:16:12.74176 RAER= 7.71 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.009, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2023+434', 'J2025+4335' RA= 20:25:19.096245 DEC= +43:35:24.47742 RAER= 4.21 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2023+457', 'J2025+4555' RA= 20:25:24.582862 DEC= +45:55:58.25953 RAER= 6.95 DECER= 6.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2023+503', 'J2025+5028' RA= 20:25:24.972540 DEC= +50:28:39.53694 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.121, 8.4, 0.151, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '2022-096', 'J2025-0930' RA= 20:25:25.919034 DEC= -09:30:57.87330 RAER= 0.99 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2022-196', 'J2025-1930' RA= 20:25:29.492918 DEC= -19:30:18.63000 RAER= 6.10 DECER= 9.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2023-046', 'J2025-0430' RA= 20:25:40.227404 DEC= -04:30:57.33360 RAER= 0.77 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.020, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2022-077', 'J2025-0735' RA= 20:25:40.660401 DEC= -07:35:52.68885 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.912, 0.706, 5.0, 0.778, 0.669, 8.4, 0.685, 0.577, 15.2, 0.882, 0.708 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4034 observations" / source= '2022-396', 'J2025-3931' RA= 20:25:42.414860 DEC= -39:31:40.86050 RAER= 6.75 DECER= 8.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.043, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2022-289', 'J2025-2845' RA= 20:25:53.612845 DEC= -28:45:48.69816 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.207, 5.0, 0.282, 0.278, 8.4, 0.300, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '2023-165', 'J2026-1624' RA= 20:26:00.178832 DEC= -16:24:32.78174 RAER= 0.67 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.033, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2022-582', 'J2026-5806' RA= 20:26:05.355737 DEC= -58:06:02.20996 RAER= 6.78 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.549, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2022-484', 'J2026-4820' RA= 20:26:07.373374 DEC= -48:20:03.56211 RAER= 10.05 DECER= 14.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.439, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2024+467', 'J2026+4655' RA= 20:26:15.642544 DEC= +46:55:30.93739 RAER= 9.89 DECER= 5.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2023-325', 'J2026-3221' RA= 20:26:35.095529 DEC= -32:21:32.96280 RAER= 1.64 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2024+346', 'J2026+3450' RA= 20:26:38.113119 DEC= +34:50:24.50363 RAER= 9.08 DECER= 5.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2024+096', 'J2026+0949' RA= 20:26:52.098434 DEC= +09:49:49.19398 RAER= 0.53 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.024, 8.4, 0.032, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2023-338', 'J2026-3340' RA= 20:26:52.549131 DEC= -33:40:39.58442 RAER= 6.54 DECER= 14.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2024+171', 'J2026+1720' RA= 20:26:58.075480 DEC= +17:20:11.96399 RAER= 10.47 DECER= 10.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2024+296', 'J2026+2950' RA= 20:26:59.461738 DEC= +29:50:53.99615 RAER= 6.37 DECER= 10.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2024-240', 'J2026-2355' RA= 20:26:59.805006 DEC= -23:55:08.78236 RAER= 0.65 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, n/a, 8.4, 0.110, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2024-149', 'J2027-1444' RA= 20:27:00.576485 DEC= -14:44:19.50936 RAER= 0.70 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.024, 8.4, 0.037, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2024-217', 'J2027-2136' RA= 20:27:04.387167 DEC= -21:36:19.03522 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.055, 5.0, 0.065, 0.050, 8.4, 0.077, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 745 observations" / source= '2024-223', 'J2027-2208' RA= 20:27:06.880444 DEC= -22:08:11.44796 RAER= 0.16 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.062, 8.4, 0.130, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 411 observations" / source= '2024+113', 'J2027+1129' RA= 20:27:09.130480 DEC= +11:29:56.40582 RAER= 0.90 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2024-189', 'J2027-1846' RA= 20:27:09.466707 DEC= -18:46:33.63688 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.034, 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2024-030', 'J2027-0250' RA= 20:27:15.214812 DEC= -02:50:26.32729 RAER= 0.91 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.019, 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2025+360', 'J2027+3612' RA= 20:27:22.155822 DEC= +36:12:14.08314 RAER= 0.88 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2024-357', 'J2027-3537' RA= 20:27:22.609304 DEC= -35:37:00.08405 RAER= 1.40 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.017, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2025+155', 'J2027+1543' RA= 20:27:22.753306 DEC= +15:43:55.24996 RAER= 0.74 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.020, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2024-172', 'J2027-1702' RA= 20:27:23.066299 DEC= -17:02:44.49717 RAER= 11.40 DECER= 15.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2022-702', 'J2027-7007' RA= 20:27:24.534882 DEC= -70:07:17.41099 RAER= 0.91 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2024+076', 'J2027+0749' RA= 20:27:26.246422 DEC= +07:49:17.17124 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.050, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2024-077', 'J2027-0732' RA= 20:27:29.061888 DEC= -07:32:11.65640 RAER= 0.62 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.043, 8.4, 0.066, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2024-198', 'J2027-1939' RA= 20:27:33.030221 DEC= -19:39:46.45174 RAER= 0.79 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2023-568', 'J2027-5641' RA= 20:27:37.499619 DEC= -56:41:47.01031 RAER= 4.47 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2025+120', 'J2027+1213' RA= 20:27:39.109151 DEC= +12:13:55.22688 RAER= 0.22 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.154, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 175 observations" / source= '2024-476', 'J2027-4726' RA= 20:27:50.722903 DEC= -47:26:19.73163 RAER= 1.82 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.088, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2025-086', 'J2027-0831' RA= 20:27:52.601040 DEC= -08:31:55.87757 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.397, 0.176, 8.4, 0.326, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 592 observations" / source= '2024-526', 'J2028-5226' RA= 20:28:00.727092 DEC= -52:26:11.99434 RAER= 3.16 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.197, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2025-287', 'J2028-2834' RA= 20:28:04.323752 DEC= -28:34:45.71139 RAER= 3.16 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.031, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2025-155', 'J2028-1521' RA= 20:28:07.671103 DEC= -15:21:21.17728 RAER= 0.70 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2025+176', 'J2028+1750' RA= 20:28:12.727458 DEC= +17:50:10.11611 RAER= 0.60 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.077, 8.4, 0.061, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2026-110', 'J2028-1051' RA= 20:28:47.457650 DEC= -10:51:31.02626 RAER= 0.66 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.053, 8.4, 0.034, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2027+383', 'J2028+3832' RA= 20:28:54.028414 DEC= +38:32:48.15865 RAER= 1.62 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2026-187', 'J2029-1837' RA= 20:29:00.287934 DEC= -18:37:09.80012 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.032, 8.4, 0.050, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 270 observations" / source= '2026+095', 'J2029+0944' RA= 20:29:04.259127 DEC= +09:44:03.97557 RAER= 2.14 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2025-358', 'J2029-3543' RA= 20:29:04.987619 DEC= -35:43:49.90075 RAER= 10.89 DECER= 32.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2026-316', 'J2029-3127' RA= 20:29:07.295826 DEC= -31:27:39.86574 RAER= 5.23 DECER= 14.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2027+464', 'J2029+4636' RA= 20:29:18.936041 DEC= +46:36:02.25233 RAER= 0.29 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.109, 5.0, 0.081, 0.006, 8.4, 0.074, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 511 observations" / source= '2026+026', 'J2029+0246' RA= 20:29:20.064011 DEC= +02:46:16.89995 RAER= 0.54 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.026, 8.4, 0.033, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2026-072', 'J2029-0706' RA= 20:29:21.519320 DEC= -07:06:22.13914 RAER= 1.23 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2026-258', 'J2029-2538' RA= 20:29:22.898263 DEC= -25:38:25.36306 RAER= 1.05 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2025-538', 'J2029-5339' RA= 20:29:35.055343 DEC= -53:39:07.29526 RAER= 0.88 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2028+492', 'J2029+4926' RA= 20:29:39.874624 DEC= +49:26:22.14793 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, n/a, 5.0, 0.137, n/a, 8.4, 0.114, 0.014, 15.2, 0.110, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 591 observations" / source= '2029+708', 'J2029+7101' RA= 20:29:47.015062 DEC= +71:01:01.06126 RAER= 4.24 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2027+086', 'J2029+0847' RA= 20:29:51.297658 DEC= +08:47:55.59053 RAER= 0.59 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.011, 8.4, 0.059, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2028+582', 'J2029+5825' RA= 20:29:51.596801 DEC= +58:25:17.18389 RAER= 1.00 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.045, 8.4, 0.048, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2027-252', 'J2030-2506' RA= 20:30:01.651356 DEC= -25:06:36.62652 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.044, 5.0, 0.063, 0.044, 8.4, 0.068, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '2027-019', 'J2030-0146' RA= 20:30:03.489227 DEC= -01:46:27.24173 RAER= 0.39 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.017, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2027-035', 'J2030-0325' RA= 20:30:07.475721 DEC= -03:25:12.54236 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.057, 5.0, 0.061, 0.028, 8.4, 0.084, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '2029+597', 'J2030+5957' RA= 20:30:11.296880 DEC= +59:57:26.78569 RAER= 0.39 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.058, 8.4, 0.115, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '2027-065', 'J2030-0622' RA= 20:30:15.139003 DEC= -06:22:14.93327 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.191, 0.128, 8.4, 0.173, 0.111, 15.2, 0.094, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 429 observations" / source= '2027-052', 'J2030-0503' RA= 20:30:22.428395 DEC= -05:03:12.77646 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.087, 8.4, 0.204, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '2027-082', 'J2030-0806' RA= 20:30:22.599274 DEC= -08:06:32.06500 RAER= 0.91 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.009, 8.4, 0.051, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2028+297', 'J2030+2954' RA= 20:30:24.247053 DEC= +29:54:39.55494 RAER= 5.90 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.067, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2027-148', 'J2030-1439' RA= 20:30:27.924309 DEC= -14:39:17.11173 RAER= 2.46 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2027-188', 'J2030-1840' RA= 20:30:30.672146 DEC= -18:40:33.16329 RAER= 1.63 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2028+368', 'J2030+3700' RA= 20:30:31.267024 DEC= +37:00:36.02766 RAER= 0.35 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.041, 5.0, 0.086, n/a, 8.4, 0.087, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '2028+018', 'J2030+0202' RA= 20:30:38.842477 DEC= +02:02:44.77849 RAER= 0.48 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.044, 8.4, 0.045, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2028+087', 'J2030+0854' RA= 20:30:39.547034 DEC= +08:54:14.18027 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.043, 8.4, 0.048, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2027-147', 'J2030-1434' RA= 20:30:43.994286 DEC= -14:34:13.91254 RAER= 2.35 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2027-190', 'J2030-1850' RA= 20:30:44.659487 DEC= -18:50:32.74184 RAER= 3.43 DECER= 8.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2027-165', 'J2030-1622' RA= 20:30:48.139751 DEC= -16:22:23.70503 RAER= 2.73 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2028+157', 'J2030+1552' RA= 20:30:48.282413 DEC= +15:52:47.61085 RAER= 26.91 DECER= 21.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2028+194', 'J2030+1936' RA= 20:30:57.133875 DEC= +19:36:12.93220 RAER= 0.71 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2027-308', 'J2030-3039' RA= 20:30:57.933977 DEC= -30:39:24.34903 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.067, 5.0, 0.166, 0.061, 8.4, 0.107, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '2029+500', 'J2030+5015' RA= 20:30:59.862701 DEC= +50:15:54.69224 RAER= 1.49 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.025, 8.4, 0.077, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2028-264', 'J2031-2615' RA= 20:31:04.286393 DEC= -26:15:31.66590 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.055, 8.4, 0.064, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 399 observations" / source= '2029+556', 'J2031+5550' RA= 20:31:07.408567 DEC= +55:50:26.87362 RAER= 1.03 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.020, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2028+107', 'J2031+1056' RA= 20:31:12.521799 DEC= +10:56:53.80217 RAER= 0.68 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.053, 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2028-204', 'J2031-2016' RA= 20:31:12.745774 DEC= -20:16:27.35170 RAER= 0.82 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.042, 5.0, 0.015, 0.014, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 323 observations" / source= '2028-042', 'J2031-0405' RA= 20:31:15.258077 DEC= -04:05:36.75265 RAER= 0.49 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.023, 8.4, 0.090, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2028-018', 'J2031-0140' RA= 20:31:20.454943 DEC= -01:40:33.41296 RAER= 0.68 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.043, 8.4, 0.038, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2029+101', 'J2031+1020' RA= 20:31:25.505101 DEC= +10:20:07.04095 RAER= 0.38 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.072, 8.4, 0.065, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2028-452', 'J2031-4507' RA= 20:31:32.333964 DEC= -45:07:24.16120 RAER= 1.21 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.319, 0.136, 8.4, 0.172, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '2029+110', 'J2031+1115' RA= 20:31:35.130835 DEC= +11:15:20.17098 RAER= 0.71 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.023, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2029+193', 'J2031+1929' RA= 20:31:38.622687 DEC= +19:29:54.96473 RAER= 0.57 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.039, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2029+161', 'J2031+1622' RA= 20:31:42.097125 DEC= +16:22:07.32768 RAER= 0.49 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.079, 8.4, 0.092, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2029+024', 'J2031+0239' RA= 20:31:47.251113 DEC= +02:39:37.28364 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.109, 8.4, 0.199, 0.131, 22.2, 0.393, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3204 observations" / source= '2030+547', 'J2031+5455' RA= 20:31:47.958539 DEC= +54:55:03.13943 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.769, 0.335, 8.4, 0.533, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2188 observations" / source= '2028-369', 'J2031-3647' RA= 20:31:49.149729 DEC= -36:47:42.39146 RAER= 3.92 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.057, 8.4, 0.080, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2029+295', 'J2031+2942' RA= 20:31:49.914169 DEC= +29:42:17.65103 RAER= 0.92 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.056, 8.4, 0.077, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2029-187', 'J2031-1835' RA= 20:31:51.610423 DEC= -18:35:11.85052 RAER= 1.24 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2030+495', 'J2031+4942' RA= 20:31:53.220502 DEC= +49:42:23.29268 RAER= 2.91 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.005, 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2029+239', 'J2031+2405' RA= 20:31:53.965049 DEC= +24:05:33.42393 RAER= 0.37 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2029+133', 'J2031+1330' RA= 20:31:54.104260 DEC= +13:30:09.02859 RAER= 0.68 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.036, 8.4, 0.063, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2029+121', 'J2031+1219' RA= 20:31:54.994267 DEC= +12:19:41.34014 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.982, 0.861, 5.0, 1.171, 0.894, 8.4, 0.922, 0.438, 15.2, 1.109, 0.783 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12860 observations" / source= '2030+407', 'J2032+4057' RA= 20:32:25.769418 DEC= +40:57:27.89350 RAER= 3.32 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2032+714', 'J2032+7138' RA= 20:32:38.645949 DEC= +71:38:45.61935 RAER= 5.55 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2031+532', 'J2032+5327' RA= 20:32:40.131136 DEC= +53:27:00.45065 RAER= 0.56 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.040, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '2030-029', 'J2032-0246' RA= 20:32:40.942180 DEC= -02:46:55.49102 RAER= 0.92 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.025, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2029-215', 'J2032-2125' RA= 20:32:54.315577 DEC= -21:25:15.75747 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.092, 8.4, 0.054, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 931 observations" / source= '2030+268', 'J2032+2702' RA= 20:32:58.080400 DEC= +27:02:52.85480 RAER= 0.34 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.030, 5.0, 0.021, 0.014, 8.4, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 253 observations" / source= '2030-068', 'J2033-0638' RA= 20:33:00.547345 DEC= -06:38:06.82125 RAER= 0.60 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.037, 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2031+398', 'J2033+4000' RA= 20:33:03.670460 DEC= +40:00:24.41385 RAER= 4.53 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2030-112', 'J2033-1102' RA= 20:33:11.392164 DEC= -11:02:08.24493 RAER= 0.74 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.024, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2030-060', 'J2033-0551' RA= 20:33:11.460839 DEC= -05:51:19.44946 RAER= 0.45 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.045, 8.4, 0.059, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2030-230', 'J2033-2253' RA= 20:33:16.629552 DEC= -22:53:17.01075 RAER= 5.55 DECER= 14.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2031+094', 'J2033+0939' RA= 20:33:27.091282 DEC= +09:39:01.38325 RAER= 0.74 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.030, 8.4, 0.040, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2030-075', 'J2033-0723' RA= 20:33:28.771431 DEC= -07:23:22.46246 RAER= 0.64 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.049, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2030-250', 'J2033-2455' RA= 20:33:31.880117 DEC= -24:55:13.17793 RAER= 3.12 DECER= 5.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2031+216', 'J2033+2146' RA= 20:33:32.031310 DEC= +21:46:22.41013 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.323, 0.110, 5.0, 0.283, 0.061, 8.4, 0.294, 0.099, 15.2, 0.315, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '2031+218', 'J2033+2159' RA= 20:33:34.422739 DEC= +21:59:34.08493 RAER= 1.46 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.040, 8.4, 0.058, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2032+629', 'J2033+6308' RA= 20:33:39.750537 DEC= +63:08:40.03066 RAER= 1.95 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.030, 8.4, 0.038, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2030-395', 'J2033-3924' RA= 20:33:57.333590 DEC= -39:24:12.00760 RAER= 2.28 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2030-421', 'J2034-4157' RA= 20:34:06.226580 DEC= -41:57:47.72906 RAER= 3.40 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2031-191', 'J2034-1858' RA= 20:34:20.998012 DEC= -18:58:26.30808 RAER= 0.45 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.051, 8.4, 0.054, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2031-055', 'J2034-0523' RA= 20:34:25.617615 DEC= -05:23:31.90244 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.449, 0.303, 5.0, 0.270, 0.157, 8.4, 0.198, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 291 observations" / source= '2032+281', 'J2034+2820' RA= 20:34:28.283723 DEC= +28:20:39.98931 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.113, 8.4, 0.117, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 497 observations" / source= '2032+043', 'J2034+0433' RA= 20:34:33.061248 DEC= +04:33:21.21792 RAER= 0.43 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.080, 8.4, 0.093, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2032+117', 'J2034+1154' RA= 20:34:37.109629 DEC= +11:54:31.38361 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.082, 8.4, 0.144, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '2031-327', 'J2034-3231' RA= 20:34:39.724643 DEC= -32:31:46.35653 RAER= 1.25 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.024, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2032+234', 'J2034+2335' RA= 20:34:42.681739 DEC= +23:35:38.74484 RAER= 22.83 DECER= 13.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2031-359', 'J2034-3549' RA= 20:34:44.731590 DEC= -35:49:01.85377 RAER= 5.87 DECER= 12.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2032+208', 'J2034+2059' RA= 20:34:45.760700 DEC= +20:59:42.27807 RAER= 0.54 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.119, 8.4, 0.090, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2031-253', 'J2034-2513' RA= 20:34:48.181664 DEC= -25:13:16.52113 RAER= 0.49 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.062, 8.4, 0.057, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2031-421', 'J2034-4200' RA= 20:34:51.089462 DEC= -42:00:38.44466 RAER= 31.76 DECER= 12.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2032-168', 'J2034-1640' RA= 20:34:54.464419 DEC= -16:40:26.60939 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.084, 5.0, 0.171, 0.094, 8.4, 0.162, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '2032+119', 'J2034+1206' RA= 20:34:58.308581 DEC= +12:06:12.98353 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.068, 8.4, 0.053, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2032-267', 'J2035-2632' RA= 20:35:04.135860 DEC= -26:32:16.99032 RAER= 1.49 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.030, 8.4, 0.023, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2032+102', 'J2035+1024' RA= 20:35:07.548536 DEC= +10:24:54.50348 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.076, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2032-050', 'J2035-0450' RA= 20:35:08.307932 DEC= -04:50:31.08299 RAER= 1.12 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.007, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2032+107', 'J2035+1056' RA= 20:35:22.333306 DEC= +10:56:06.78818 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.769, 0.576, 5.0, 0.421, 0.288, 8.4, 0.559, 0.411, 15.2, 0.332, 0.282 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2397 observations" / source= '2034+581', 'J2035+5821' RA= 20:35:23.752338 DEC= +58:21:18.74528 RAER= 0.30 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.138, 8.4, 0.145, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '2033+187', 'J2035+1857' RA= 20:35:33.983355 DEC= +18:57:05.45626 RAER= 0.32 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.683, 0.110, 8.4, 0.077, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 419 observations" / source= '2033+315', 'J2035+3143' RA= 20:35:39.956699 DEC= +31:43:25.34475 RAER= 0.47 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.163, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2030-699', 'J2035-6944' RA= 20:35:40.872283 DEC= -69:44:07.34709 RAER= 1.04 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.113, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '2032-388', 'J2035-3840' RA= 20:35:41.558474 DEC= -38:40:58.81990 RAER= 27.69 DECER= 63.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2033+196', 'J2035+1950' RA= 20:35:41.617202 DEC= +19:50:05.27294 RAER= 2.82 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2033+250', 'J2035+2511' RA= 20:35:42.839121 DEC= +25:11:38.51506 RAER= 0.73 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.039, 8.4, 0.047, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2034+494', 'J2035+4935' RA= 20:35:44.283148 DEC= +49:35:19.20491 RAER= 6.30 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.065, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2034+497', 'J2035+4954' RA= 20:35:45.587492 DEC= +49:54:40.55524 RAER= 1.08 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.136, 0.157 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2030-689', 'J2035-6846' RA= 20:35:48.876496 DEC= -68:46:33.84089 RAER= 0.31 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.605, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 769 observations" / source= '2031-662', 'J2035-6602' RA= 20:35:51.521979 DEC= -66:02:07.53371 RAER= 0.64 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.254, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2034+488', 'J2035+4901' RA= 20:35:51.648113 DEC= +49:01:44.30567 RAER= 1.70 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2033+288', 'J2035+2859' RA= 20:35:53.056828 DEC= +28:59:15.40152 RAER= 9.77 DECER= 10.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2033-180', 'J2035-1754' RA= 20:35:53.581862 DEC= -17:54:39.76669 RAER= 0.54 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.040, 8.4, 0.056, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2033-019', 'J2036-0145' RA= 20:36:13.121379 DEC= -01:45:31.31447 RAER= 1.77 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2035+657', 'J2036+6553' RA= 20:36:20.135207 DEC= +65:53:14.56298 RAER= 1.47 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2034+522', 'J2036+5223' RA= 20:36:23.411239 DEC= +52:23:25.04077 RAER= 0.70 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.024, 8.4, 0.057, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2033-286', 'J2036-2830' RA= 20:36:37.774858 DEC= -28:30:26.53047 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.163, 8.4, 0.188, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '2034-066', 'J2036-0629' RA= 20:36:40.708925 DEC= -06:29:03.84761 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.027, 0.654, 5.0, 0.596, 0.386, 8.4, 0.710, 0.287 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2559 observations" / source= '2035+467', 'J2036+4654' RA= 20:36:49.058559 DEC= +46:54:12.64528 RAER= 5.03 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.033, 0.037, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2033-219', 'J2036-2146' RA= 20:36:51.172702 DEC= -21:46:36.75011 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.170, 5.0, 0.281, 0.248, 8.4, 0.214, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2073 observations" / source= '2034+222', 'J2036+2227' RA= 20:36:56.912681 DEC= +22:27:59.29007 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.133, 8.4, 0.114, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 961 observations" / source= '2035+480', 'J2037+4812' RA= 20:37:03.827544 DEC= +48:12:21.85687 RAER= 0.72 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.014, 8.4, 0.073, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2037+722', 'J2037+7226' RA= 20:37:07.709164 DEC= +72:26:35.99790 RAER= 3.34 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2034+067', 'J2037+0657' RA= 20:37:09.944140 DEC= +06:57:51.98885 RAER= 0.76 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.053, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2034-198', 'J2037-1942' RA= 20:37:11.062660 DEC= -19:42:04.01932 RAER= 0.72 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.017, 8.4, 0.024, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2034-076', 'J2037-0729' RA= 20:37:12.103142 DEC= -07:29:41.33156 RAER= 0.68 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.208, 0.040, 8.4, 0.064, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2034-003', 'J2037-0010' RA= 20:37:13.470483 DEC= -00:10:58.48620 RAER= 4.88 DECER= 8.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2035+213', 'J2037+2131' RA= 20:37:18.081329 DEC= +21:31:08.56113 RAER= 0.68 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.055, 8.4, 0.041, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2034-155', 'J2037-1522' RA= 20:37:27.937349 DEC= -15:22:00.50276 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.131, 5.0, 0.145, 0.141, 8.4, 0.143, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 896 observations" / source= '2036+585', 'J2037+5844' RA= 20:37:29.681012 DEC= +58:44:46.84807 RAER= 1.01 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '2035-053', 'J2037-0508' RA= 20:37:39.127726 DEC= -05:08:22.00998 RAER= 0.50 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.022, 8.4, 0.028, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2035+159', 'J2037+1604' RA= 20:37:41.876349 DEC= +16:04:58.93495 RAER= 0.27 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '2035-178', 'J2037-1741' RA= 20:37:52.804947 DEC= -17:41:03.74916 RAER= 1.55 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2035-094', 'J2037-0915' RA= 20:37:54.150095 DEC= -09:15:23.08613 RAER= 0.56 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.063, 8.4, 0.036, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2034-309', 'J2037-3043' RA= 20:37:55.363953 DEC= -30:43:33.43047 RAER= 9.99 DECER= 21.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2034-248', 'J2037-2438' RA= 20:37:56.674949 DEC= -24:38:32.56188 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.347, 0.194, 8.4, 0.152, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '2035-203', 'J2038-2011' RA= 20:38:27.796868 DEC= -20:11:07.68629 RAER= 0.37 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.019, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '2035-213', 'J2038-2112' RA= 20:38:28.772540 DEC= -21:12:22.88009 RAER= 0.75 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.027, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2036+197', 'J2038+1957' RA= 20:38:33.307099 DEC= +19:57:22.87783 RAER= 0.53 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.082, 8.4, 0.075, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2037+511', 'J2038+5119' RA= 20:38:37.034729 DEC= +51:19:12.66255 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.335, 0.703, 5.0, 2.916, 1.466, 8.4, 2.845, 1.197, 15.2, 2.647, 1.612 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420779 observations" / source= '2036+045', 'J2038+0445' RA= 20:38:38.568531 DEC= +04:45:02.30152 RAER= 0.51 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.050, 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2036+210', 'J2038+2116' RA= 20:38:38.984559 DEC= +21:16:24.18208 RAER= 1.29 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2036-033', 'J2038-0309' RA= 20:38:43.381357 DEC= -03:09:32.16726 RAER= 0.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '2036+258', 'J2038+2601' RA= 20:38:49.519161 DEC= +26:01:36.17090 RAER= 0.81 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.024, 8.4, 0.030, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2035-302', 'J2038-3003' RA= 20:38:49.793386 DEC= -30:03:13.58856 RAER= 2.22 DECER= 7.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2035-220', 'J2038-2152' RA= 20:38:53.270999 DEC= -21:52:19.81334 RAER= 0.19 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.054, 8.4, 0.075, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '2035-284', 'J2038-2819' RA= 20:38:55.967817 DEC= -28:19:24.21755 RAER= 1.23 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.039, 8.4, 0.053, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2036-109', 'J2039-1046' RA= 20:39:00.710422 DEC= -10:46:41.86282 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.265, 0.200, 8.4, 0.300, 0.243 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2333 observations" / source= '2036-321', 'J2039-3157' RA= 20:39:08.656446 DEC= -31:57:03.89253 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.141, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 160 observations" / source= '2036-034', 'J2039-0317' RA= 20:39:09.984896 DEC= -03:17:14.41727 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.070, 8.4, 0.089, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1929 observations" / source= '2030-816', 'J2039-8128' RA= 20:39:17.708199 DEC= -81:28:03.17528 RAER= 2.03 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2037+521', 'J2039+5219' RA= 20:39:23.518218 DEC= +52:19:50.03185 RAER= 0.90 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2037+216', 'J2039+2152' RA= 20:39:34.808312 DEC= +21:52:09.68277 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.250, 8.4, 0.334, 0.243 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2455 observations" / source= '2039+652', 'J2039+6525' RA= 20:39:42.421866 DEC= +65:25:24.36762 RAER= 4.19 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.033, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2037+320', 'J2039+3211' RA= 20:39:42.850237 DEC= +32:11:36.43860 RAER= 0.43 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2036-501', 'J2039-5001' RA= 20:39:48.675067 DEC= -50:01:11.95119 RAER= 1.88 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2039+664', 'J2039+6637' RA= 20:39:52.894998 DEC= +66:37:57.91784 RAER= 2.57 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.026, 8.4, 0.049, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2034-722', 'J2039-7206' RA= 20:39:58.074203 DEC= -72:06:56.28742 RAER= 1.05 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '2036-577', 'J2040-5735' RA= 20:40:01.101859 DEC= -57:35:09.65251 RAER= 2.34 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.203, 0.164 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2037-085', 'J2040-0824' RA= 20:40:02.064207 DEC= -08:24:38.46719 RAER= 1.43 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2037+124', 'J2040+1235' RA= 20:40:02.503499 DEC= +12:35:49.76918 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2035-714', 'J2040-7114' RA= 20:40:08.271988 DEC= -71:14:59.94940 RAER= 30.63 DECER= 9.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2037-253', 'J2040-2507' RA= 20:40:08.772919 DEC= -25:07:46.66350 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.553, 0.440, 5.0, 0.528, 0.418, 8.4, 0.390, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2849 observations" / source= '2037-029', 'J2040-0247' RA= 20:40:09.182653 DEC= -02:47:38.80803 RAER= 0.28 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '2037+170', 'J2040+1713' RA= 20:40:09.787862 DEC= +17:13:03.99725 RAER= 0.62 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.022, 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2036-387', 'J2040-3836' RA= 20:40:14.233374 DEC= -38:36:48.94154 RAER= 0.30 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, 0.050, 8.4, 0.090, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '2037-366', 'J2040-3625' RA= 20:40:17.701708 DEC= -36:25:44.66373 RAER= 4.23 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.052, 8.4, 0.070, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2037-234', 'J2040-2316' RA= 20:40:23.563635 DEC= -23:16:43.59981 RAER= 1.53 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2037-172', 'J2040-1707' RA= 20:40:27.733600 DEC= -17:07:03.10737 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.094, 8.4, 0.154, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 524 observations" / source= '2038+221', 'J2040+2217' RA= 20:40:39.130387 DEC= +22:17:19.20013 RAER= 0.82 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.015, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2039+452', 'J2040+4527' RA= 20:40:48.333104 DEC= +45:27:17.14597 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, n/a, 8.4, 0.107, 0.010, 22.2, 0.180, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1837 observations" / source= '2038+132', 'J2040+1327' RA= 20:40:56.671465 DEC= +13:27:17.29211 RAER= 0.56 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.022, 8.4, 0.057, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2038-087', 'J2040-0837' RA= 20:40:59.093967 DEC= -08:37:03.71367 RAER= 0.38 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.037, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '2038+129', 'J2041+1309' RA= 20:41:02.105128 DEC= +13:09:53.96304 RAER= 0.33 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.059, 8.4, 0.078, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2037-528', 'J2041-5242' RA= 20:41:07.954552 DEC= -52:42:40.74143 RAER= 3.46 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2038-088', 'J2041-0838' RA= 20:41:08.843712 DEC= -08:38:11.75903 RAER= 0.70 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.024, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2037-618', 'J2041-6139' RA= 20:41:12.073761 DEC= -61:39:49.36034 RAER= 2.04 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations. No flux information" / source= '2039+193', 'J2041+1931' RA= 20:41:20.495705 DEC= +19:31:53.03699 RAER= 0.86 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.036, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2035-754', 'J2041-7515' RA= 20:41:21.441149 DEC= -75:15:36.65048 RAER= 1.80 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2039+311', 'J2041+3117' RA= 20:41:34.753714 DEC= +31:17:32.82723 RAER= 0.92 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.022, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2038-238', 'J2041-2337' RA= 20:41:40.461746 DEC= -23:37:37.70884 RAER= 1.66 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2038-274', 'J2041-2718' RA= 20:41:47.453285 DEC= -27:18:16.74225 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.092, 8.4, 0.104, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 333 observations" / source= '2038-377', 'J2041-3733' RA= 20:41:50.243824 DEC= -37:33:39.98984 RAER= 0.97 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.020, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2039+013', 'J2041+0133' RA= 20:41:58.532342 DEC= +01:33:04.46654 RAER= 0.99 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2036-734', 'J2042-7319' RA= 20:42:01.960087 DEC= -73:19:13.62158 RAER= 30.21 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2039-078', 'J2042-0742' RA= 20:42:04.918193 DEC= -07:42:37.84369 RAER= 0.82 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2038-327', 'J2042-3235' RA= 20:42:04.930784 DEC= -32:35:48.31820 RAER= 3.44 DECER= 12.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2039+242', 'J2042+2426' RA= 20:42:06.049187 DEC= +24:26:52.34050 RAER= 0.35 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2040+498', 'J2042+5003' RA= 20:42:07.342943 DEC= +50:03:55.60584 RAER= 1.68 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2039+037', 'J2042+0356' RA= 20:42:14.501804 DEC= +03:56:13.93864 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.082, 8.4, 0.099, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '2040+420', 'J2042+4213' RA= 20:42:19.216960 DEC= +42:13:27.68279 RAER= 5.29 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2039+072', 'J2042+0726' RA= 20:42:21.915407 DEC= +07:26:40.78853 RAER= 0.32 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.064, 8.4, 0.095, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2039-319', 'J2042-3145' RA= 20:42:27.033958 DEC= -31:45:17.38441 RAER= 14.68 DECER= 25.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2039-157', 'J2042-1531' RA= 20:42:27.941416 DEC= -15:31:52.86485 RAER= 0.79 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.025, 8.4, 0.033, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2043+749', 'J2042+7508' RA= 20:42:37.307986 DEC= +75:08:02.44524 RAER= 0.49 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.090, 5.0, 0.113, n/a, 8.4, 0.208, 0.101, 15.2, 0.260, 0.114 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 835 observations" / source= '2040+272', 'J2042+2723' RA= 20:42:37.868447 DEC= +27:23:48.07753 RAER= 0.71 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.036, 8.4, 0.055, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2039-291', 'J2042-2855' RA= 20:42:39.654581 DEC= -28:55:37.65363 RAER= 357.00 DECER= 1028.8 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2040+441', 'J2042+4418' RA= 20:42:41.810126 DEC= +44:18:13.45711 RAER= 2.79 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations. No flux information" / source= '2040+163', 'J2042+1629' RA= 20:42:42.528436 DEC= +16:29:18.36494 RAER= 0.41 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2038-543', 'J2042-5409' RA= 20:42:42.840715 DEC= -54:09:21.26364 RAER= 12.02 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2039-144', 'J2042-1414' RA= 20:42:45.663125 DEC= -14:14:59.79020 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.016, 8.4, 0.083, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '2039-320', 'J2042-3152' RA= 20:42:46.406469 DEC= -31:52:28.59279 RAER= 0.51 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.082, 8.4, 0.069, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2040-019', 'J2042-0149' RA= 20:42:48.695220 DEC= -01:49:09.79484 RAER= 0.58 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.078, 8.4, 0.108, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2039-231', 'J2042-2255' RA= 20:42:54.254070 DEC= -22:55:59.90137 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.227, 5.0, 0.371, 0.120, 8.4, 0.358, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 627 observations" / source= '2040-033', 'J2042-0310' RA= 20:42:56.480348 DEC= -03:10:21.90548 RAER= 0.83 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.022, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2040+094', 'J2042+0940' RA= 20:42:56.515131 DEC= +09:40:47.29936 RAER= 1.53 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.020, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2040-225', 'J2042-2223' RA= 20:42:57.276602 DEC= -22:23:26.91485 RAER= 0.25 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.124, 8.4, 0.080, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '2040+148', 'J2043+1502' RA= 20:43:05.720683 DEC= +15:02:06.45479 RAER= 0.67 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.035, 8.4, 0.054, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2040-236', 'J2043-2326' RA= 20:43:09.880054 DEC= -23:26:47.28173 RAER= 0.64 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.020, 8.4, 0.032, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2040+127', 'J2043+1255' RA= 20:43:10.209183 DEC= +12:55:13.56886 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.075, 8.4, 0.142, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 564 observations" / source= '2040-251', 'J2043-2458' RA= 20:43:13.357707 DEC= -24:58:16.00360 RAER= 14.93 DECER= 9.24 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2040-008', 'J2043-0040' RA= 20:43:15.021926 DEC= -00:40:37.80553 RAER= 0.46 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.039, 8.4, 0.053, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2039-631', 'J2043-6256' RA= 20:43:15.925390 DEC= -62:56:02.28195 RAER= 0.56 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.315, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2041+137', 'J2043+1353' RA= 20:43:33.197235 DEC= +13:53:49.45939 RAER= 0.74 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.040, 8.4, 0.038, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2041+342', 'J2043+3423' RA= 20:43:34.453264 DEC= +34:23:16.99417 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.027, 8.4, 0.157, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '2041+486', 'J2043+4848' RA= 20:43:34.662215 DEC= +48:48:51.13286 RAER= 4.86 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.080, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2041-001', 'J2043+0001' RA= 20:43:42.168515 DEC= +00:01:18.93193 RAER= 0.64 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2040-267', 'J2043-2633' RA= 20:43:45.716539 DEC= -26:33:00.84766 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '2041+103', 'J2043+1034' RA= 20:43:51.637692 DEC= +10:34:06.74197 RAER= 0.29 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2042+552', 'J2043+5526' RA= 20:43:55.161001 DEC= +55:26:11.12056 RAER= 2.15 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2041-104', 'J2043-1018' RA= 20:43:57.545250 DEC= -10:18:29.12724 RAER= 16.81 DECER= 29.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2041+070', 'J2044+0713' RA= 20:44:08.423157 DEC= +07:13:20.65053 RAER= 0.37 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.099, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2043+695', 'J2044+6944' RA= 20:44:11.188551 DEC= +69:44:00.60818 RAER= 2.31 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2041+128', 'J2044+1259' RA= 20:44:14.460564 DEC= +12:59:58.23954 RAER= 0.52 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.075, 8.4, 0.048, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2042+431', 'J2044+4317' RA= 20:44:35.269473 DEC= +43:17:31.40703 RAER= 1.63 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2041-186', 'J2044-1828' RA= 20:44:39.447655 DEC= -18:28:52.23277 RAER= 4.73 DECER= 9.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2042-098', 'J2044-0940' RA= 20:44:42.675203 DEC= -09:40:38.72590 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.157, 5.0, 0.201, 0.161, 8.4, 0.172, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '2042-067', 'J2044-0632' RA= 20:44:46.123145 DEC= -06:32:27.62276 RAER= 0.24 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.139, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 144 observations" / source= '2044+666', 'J2044+6649' RA= 20:44:48.971044 DEC= +66:49:02.23604 RAER= 2.78 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.044, 8.4, 0.062, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2042+088', 'J2044+0903' RA= 20:44:56.517418 DEC= +09:03:12.53693 RAER= 0.97 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2042-239', 'J2044-2346' RA= 20:44:57.728341 DEC= -23:46:44.41295 RAER= 1.50 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.033, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2043+451', 'J2045+4521' RA= 20:45:03.520926 DEC= +45:21:11.98146 RAER= 14.32 DECER= 21.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2041-366', 'J2045-3629' RA= 20:45:05.970374 DEC= -36:29:21.18391 RAER= 2.71 DECER= 9.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.036, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2043+435', 'J2045+4341' RA= 20:45:07.054319 DEC= +43:41:44.51107 RAER= 4.15 DECER= 4.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2042-148', 'J2045-1440' RA= 20:45:14.451446 DEC= -14:40:31.75246 RAER= 1.26 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.068, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2042-191', 'J2045-1858' RA= 20:45:23.734637 DEC= -18:58:53.52762 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.091, 8.4, 0.115, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '2042-297', 'J2045-2933' RA= 20:45:26.081405 DEC= -29:33:54.21779 RAER= 2.87 DECER= 11.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2042-047', 'J2045-0435' RA= 20:45:36.238381 DEC= -04:35:34.93820 RAER= 1.72 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2043-016', 'J2045-0126' RA= 20:45:39.285704 DEC= -01:26:42.22436 RAER= 0.88 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.015, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2046+762', 'J2045+7625' RA= 20:45:40.932968 DEC= +76:25:10.98403 RAER= 0.96 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.067, 8.4, 0.063, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '2043-035', 'J2045-0323' RA= 20:45:42.301883 DEC= -03:23:03.28771 RAER= 4.65 DECER= 18.35 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2046+739', 'J2045+7409' RA= 20:45:42.881487 DEC= +74:09:54.80543 RAER= 3.57 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.055, 8.4, 0.086, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2044+596', 'J2045+5951' RA= 20:45:44.146118 DEC= +59:51:21.50091 RAER= 1.50 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2043+356', 'J2045+3547' RA= 20:45:44.163237 DEC= +35:47:19.39343 RAER= 0.75 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.014, 8.4, 0.066, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2043+156', 'J2045+1547' RA= 20:45:45.494058 DEC= +15:47:27.34060 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.135, 5.0, 0.229, 0.163, 8.4, 0.151, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '2043+323', 'J2045+3233' RA= 20:45:49.341232 DEC= +32:33:50.39524 RAER= 0.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.012, 0.085, 5.0, 0.010, 0.008, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2042-512', 'J2045-5106' RA= 20:45:52.241683 DEC= -51:06:27.18284 RAER= 2.34 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2043+109', 'J2045+1106' RA= 20:45:54.920109 DEC= +11:06:57.98988 RAER= 0.45 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.066, 8.4, 0.049, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2043-099', 'J2045-0944' RA= 20:45:59.825483 DEC= -09:44:42.15683 RAER= 1.14 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.173, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2045+607', 'J2046+6054' RA= 20:46:20.600918 DEC= +60:54:25.56966 RAER= 1.34 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.024, 8.4, 0.052, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2043-103', 'J2046-1011' RA= 20:46:23.162976 DEC= -10:11:08.08047 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.075, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2043-050', 'J2046-0450' RA= 20:46:29.031160 DEC= -04:50:50.75354 RAER= 9.55 DECER= 11.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2045+514', 'J2046+5136' RA= 20:46:36.393325 DEC= +51:36:43.55465 RAER= 1.35 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.056, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2044+065', 'J2046+0645' RA= 20:46:42.243097 DEC= +06:45:21.26550 RAER= 0.86 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2043-431', 'J2046-4257' RA= 20:46:44.156227 DEC= -42:57:12.52023 RAER= 3.45 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2044+250', 'J2046+2516' RA= 20:46:46.757228 DEC= +25:16:16.19737 RAER= 0.82 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.018, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2045+576', 'J2046+5752' RA= 20:46:51.410396 DEC= +57:52:22.74643 RAER= 0.43 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.064, 8.4, 0.076, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '2044-103', 'J2046-1010' RA= 20:46:54.329312 DEC= -10:10:40.17204 RAER= 0.27 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.043, 8.4, 0.046, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2044-120', 'J2046-1152' RA= 20:46:54.841726 DEC= -11:52:47.76871 RAER= 0.28 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.044, 8.4, 0.046, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '2044+049', 'J2046+0506' RA= 20:46:55.779849 DEC= +05:06:39.02766 RAER= 1.46 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2041-741', 'J2046-7400' RA= 20:46:57.161535 DEC= -74:00:04.12990 RAER= 0.95 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.143, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 97 observations" / source= '2045+483', 'J2046+4834' RA= 20:46:59.891868 DEC= +48:34:41.08907 RAER= 6.42 DECER= 8.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2044-247', 'J2047-2432' RA= 20:47:00.236188 DEC= -24:32:28.92402 RAER= 1.63 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2043-37A', 'J2047-3715' RA= 20:47:00.979983 DEC= -37:15:37.59007 RAER= 12.72 DECER= 53.24 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2043-374', 'J2047-3716' RA= 20:47:02.442583 DEC= -37:16:10.50176 RAER= 6.18 DECER= 23.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2045+574', 'J2047+5735' RA= 20:47:07.804273 DEC= +57:35:36.95528 RAER= 1.55 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2044-027', 'J2047-0236' RA= 20:47:10.366451 DEC= -02:36:22.13905 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.112, 5.0, 0.283, 0.029, 8.4, 0.106, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 790 observations" / source= '2044-185', 'J2047-1821' RA= 20:47:16.852658 DEC= -18:21:19.36777 RAER= 27.80 DECER= 27.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2044-168', 'J2047-1639' RA= 20:47:19.667015 DEC= -16:39:05.84283 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.478, 0.184, 8.4, 0.199, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '2045+26C', 'J2047+264C' RA= 20:47:20.264675 DEC= +26:44:01.90120 RAER= 0.70 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations. No flux information" / source= '2045+26A', 'J2047+264A' RA= 20:47:20.286198 DEC= +26:44:02.69044 RAER= 0.73 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.006, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '2044-290', 'J2047-2849' RA= 20:47:37.639681 DEC= -28:49:59.66364 RAER= 0.20 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.106, 8.4, 0.102, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 350 observations" / source= '2044-188', 'J2047-1841' RA= 20:47:37.655267 DEC= -18:41:41.35098 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.136, 8.4, 0.100, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '2045-029', 'J2047-0246' RA= 20:47:45.803324 DEC= -02:46:04.17022 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '2045+232', 'J2047+2324' RA= 20:47:48.785025 DEC= +23:24:49.67077 RAER= 1.08 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2046+535', 'J2047+5343' RA= 20:47:53.796054 DEC= +53:43:32.39947 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.071, 8.4, 0.226, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '2045+047', 'J2048+0453' RA= 20:48:01.695650 DEC= +04:53:26.54335 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.084, 8.4, 0.098, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2045-315', 'J2048-3120' RA= 20:48:06.192593 DEC= -31:20:16.10555 RAER= 0.56 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.030, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 117 observations" / source= '2043-670', 'J2048-6649' RA= 20:48:12.218241 DEC= -66:49:20.52332 RAER= 3.91 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '2046+429', 'J2048+4310' RA= 20:48:19.526274 DEC= +43:10:42.04077 RAER= 1.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.034, n/a, 5.0, 0.205, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '2046+261', 'J2048+2621' RA= 20:48:20.735866 DEC= +26:21:12.20949 RAER= 30.61 DECER= 26.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2043-682', 'J2048-6804' RA= 20:48:23.989689 DEC= -68:04:51.89007 RAER= 1.77 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '2046+254', 'J2048+2537' RA= 20:48:27.581425 DEC= +25:37:50.84708 RAER= 5.84 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2044-588', 'J2048-5842' RA= 20:48:30.099082 DEC= -58:42:19.53073 RAER= 1.02 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.170, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2045-060', 'J2048-0554' RA= 20:48:32.297079 DEC= -05:54:15.80965 RAER= 0.29 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 118 observations" / source= '2045-256', 'J2048-2526' RA= 20:48:41.287651 DEC= -25:26:56.52941 RAER= 14.59 DECER= 29.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2045-259', 'J2048-2546' RA= 20:48:49.247922 DEC= -25:46:15.43298 RAER= 1.77 DECER= 6.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2046-161', 'J2048-1600' RA= 20:48:49.570996 DEC= -16:00:14.01859 RAER= 0.19 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.051, 8.4, 0.050, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 306 observations" / source= '2045-313', 'J2048-3112' RA= 20:48:51.968823 DEC= -31:12:49.34900 RAER= 3.28 DECER= 13.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2049+731', 'J2048+7320' RA= 20:48:55.720495 DEC= +73:20:04.67120 RAER= 6.81 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2046+124', 'J2048+1239' RA= 20:48:58.322144 DEC= +12:39:11.21729 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.055, 5.0, 0.122, 0.099, 8.4, 0.139, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 292 observations" / source= '2046-155', 'J2048-1519' RA= 20:48:58.447483 DEC= -15:19:19.83480 RAER= 2.90 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2045-395', 'J2049-3923' RA= 20:49:06.625362 DEC= -39:23:19.34393 RAER= 1.89 DECER= 5.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2046+200', 'J2049+2013' RA= 20:49:07.823443 DEC= +20:13:32.93369 RAER= 2.21 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2045-405', 'J2049-4020' RA= 20:49:10.015006 DEC= -40:20:31.13778 RAER= 0.24 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.191, 8.4, 0.224, 0.181 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '2046-361', 'J2049-3558' RA= 20:49:13.939902 DEC= -35:58:01.14337 RAER= 4.71 DECER= 17.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2046+125', 'J2049+1246' RA= 20:49:14.448388 DEC= +12:46:42.10309 RAER= 0.58 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2047+333', 'J2049+3329' RA= 20:49:16.160490 DEC= +33:29:53.21463 RAER= 0.53 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.023, 8.4, 0.065, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2047+181', 'J2049+1822' RA= 20:49:18.647695 DEC= +18:22:06.92627 RAER= 0.32 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.079, 8.4, 0.086, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2047+196', 'J2049+1953' RA= 20:49:20.737608 DEC= +19:53:01.98824 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.097, 8.4, 0.072, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2046+097', 'J2049+0954' RA= 20:49:22.965278 DEC= +09:54:37.51517 RAER= 0.77 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2046-169', 'J2049-1645' RA= 20:49:38.380966 DEC= -16:45:30.69554 RAER= 0.87 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.024, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2046-194', 'J2049-1915' RA= 20:49:42.293607 DEC= -19:15:04.75136 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.088, 5.0, 0.103, 0.090, 8.4, 0.080, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '2047+098', 'J2049+1003' RA= 20:49:45.864975 DEC= +10:03:14.39761 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.554, 0.301, 8.4, 0.628, 0.403, 15.2, 0.561, 0.311 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1024 observations" / source= '2047-112', 'J2049-1106' RA= 20:49:54.283574 DEC= -11:06:20.05246 RAER= 0.70 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.015, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2046-393', 'J2050-3912' RA= 20:50:01.913822 DEC= -39:12:10.64030 RAER= 0.40 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '2048+361', 'J2050+3619' RA= 20:50:02.284557 DEC= +36:19:52.50227 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.034, 8.4, 0.463, 0.049, 22.2, 0.438, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1997 observations" / source= '2047+260', 'J2050+2613' RA= 20:50:04.065555 DEC= +26:13:49.96072 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.070, 8.4, 0.091, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2047+039', 'J2050+0407' RA= 20:50:06.240603 DEC= +04:07:48.88955 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.619, 0.403, 8.4, 0.656, 0.342, 15.2, 0.548, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '2047-249', 'J2050-2448' RA= 20:50:11.524667 DEC= -24:48:11.72923 RAER= 0.58 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2048+548', 'J2050+5502' RA= 20:50:21.434273 DEC= +55:02:25.17134 RAER= 2.00 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.050, 8.4, 0.047, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2047-083', 'J2050-0810' RA= 20:50:22.178991 DEC= -08:10:51.70846 RAER= 5.49 DECER= 11.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2047-266', 'J2050-2628' RA= 20:50:24.693825 DEC= -26:28:18.05745 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.272, 5.0, 0.268, 0.225, 8.4, 0.261, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1822 observations" / source= '2048-032', 'J2050-0306' RA= 20:50:38.881885 DEC= -03:06:01.78807 RAER= 12.19 DECER= 9.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2047-102', 'J2050-1004' RA= 20:50:39.588796 DEC= -10:04:27.10268 RAER= 1.20 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2049+447', 'J2050+4454' RA= 20:50:45.476274 DEC= +44:54:54.35465 RAER= 3.29 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2048+370', 'J2050+3714' RA= 20:50:50.739094 DEC= +37:14:33.07575 RAER= 0.22 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.043, 8.4, 0.072, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 499 observations" / source= '2048+312', 'J2050+3127' RA= 20:50:51.131470 DEC= +31:27:27.37394 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.576, 0.059, 5.0, 0.463, 0.023, 8.4, 0.504, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2828 observations" / source= '2048+214', 'J2050+2139' RA= 20:50:53.172877 DEC= +21:39:07.19140 RAER= 0.94 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2044-765', 'J2050-7622' RA= 20:50:58.109198 DEC= -76:22:51.28489 RAER= 2.82 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.098, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2048-196', 'J2051-1927' RA= 20:51:00.513398 DEC= -19:27:57.73129 RAER= 5.03 DECER= 8.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2048-341', 'J2051-3358' RA= 20:51:09.437960 DEC= -33:58:57.38022 RAER= 2.96 DECER= 12.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2048-316', 'J2051-3125' RA= 20:51:11.925708 DEC= -31:25:21.18428 RAER= 1.94 DECER= 6.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2048-060', 'J2051-0553' RA= 20:51:12.420805 DEC= -05:53:04.77011 RAER= 0.37 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '2048+196', 'J2051+1950' RA= 20:51:12.665938 DEC= +19:50:06.30433 RAER= 0.21 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.065, 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 730 observations" / source= '2048-351', 'J2051-3500' RA= 20:51:19.564452 DEC= -35:00:01.21324 RAER= 0.95 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.132, 8.4, 0.138, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2049+290', 'J2051+2911' RA= 20:51:23.077642 DEC= +29:11:39.43387 RAER= 0.52 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.103, 8.4, 0.124, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2048-188', 'J2051-1836' RA= 20:51:23.346285 DEC= -18:36:57.97179 RAER= 7.95 DECER= 20.67 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2049+166', 'J2051+1652' RA= 20:51:25.699873 DEC= +16:52:53.12308 RAER= 1.23 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2049+492', 'J2051+4926' RA= 20:51:31.704074 DEC= +49:26:55.25663 RAER= 7.90 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2051+745', 'J2051+7441' RA= 20:51:33.734518 DEC= +74:41:40.49816 RAER= 0.46 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.096, 8.4, 0.153, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1098 observations" / source= '2049+175', 'J2051+1743' RA= 20:51:35.582941 DEC= +17:43:36.90024 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.130, 8.4, 0.460, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '2048-348', 'J2051-3438' RA= 20:51:43.025475 DEC= -34:38:24.41529 RAER= 1.50 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.039, 8.4, 0.044, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2050+441', 'J2051+4417' RA= 20:51:55.468723 DEC= +44:17:23.47540 RAER= 33.37 DECER= 13.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.053, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2048-572', 'J2052-5703' RA= 20:52:00.216298 DEC= -57:03:56.78388 RAER= 1941.61 DECER= 657.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2051+687', 'J2052+6858' RA= 20:52:00.246758 DEC= +68:58:15.71703 RAER= 0.46 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.062, 5.0, 0.082, 0.065, 8.4, 0.073, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 465 observations" / source= '2049-186', 'J2052-1827' RA= 20:52:00.546300 DEC= -18:27:08.32465 RAER= 0.72 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2048-323', 'J2052-3210' RA= 20:52:02.472704 DEC= -32:10:38.13020 RAER= 11.60 DECER= 16.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2049+000', 'J2052+0013' RA= 20:52:04.204112 DEC= +00:13:19.51918 RAER= 1.24 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.027, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2047-655', 'J2052-6523' RA= 20:52:06.713641 DEC= -65:23:11.47617 RAER= 0.55 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.193, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2048-557', 'J2052-5533' RA= 20:52:13.685296 DEC= -55:33:10.04428 RAER= 2.53 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2049-345', 'J2052-3421' RA= 20:52:17.124057 DEC= -34:21:13.02015 RAER= 2.51 DECER= 9.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2049-368', 'J2052-3640' RA= 20:52:17.474554 DEC= -36:40:31.14535 RAER= 12.92 DECER= 31.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2050+161', 'J2052+1619' RA= 20:52:43.619847 DEC= +16:19:48.82796 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.155, 8.4, 0.193, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '2049-227', 'J2052-2234' RA= 20:52:44.974012 DEC= -22:34:10.35676 RAER= 0.90 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.035, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2050+364', 'J2052+3635' RA= 20:52:52.055035 DEC= +36:35:35.30032 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 5.043, 0.609, 5.0, 3.235, 0.389, 8.4, 1.337, 0.211, 15.2, 0.828, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '2050-081', 'J2052-0756' RA= 20:52:52.609696 DEC= -07:56:36.02584 RAER= 0.55 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2050-187', 'J2053-1836' RA= 20:53:00.590166 DEC= -18:36:30.08005 RAER= 0.94 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2049-411', 'J2053-4055' RA= 20:53:01.336864 DEC= -40:55:44.78294 RAER= 7.92 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2051+350', 'J2053+3515' RA= 20:53:02.547951 DEC= +35:15:21.92026 RAER= 0.19 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.299, 0.096, 8.4, 0.099, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '2048-631', 'J2053-6255' RA= 20:53:05.668405 DEC= -62:55:50.91919 RAER= 2.93 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.174, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2050-165', 'J2053-1620' RA= 20:53:06.130252 DEC= -16:20:07.65956 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.034, 8.4, 0.052, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '2049-344', 'J2053-3417' RA= 20:53:06.859659 DEC= -34:17:49.57875 RAER= 4.26 DECER= 17.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2050+167', 'J2053+1657' RA= 20:53:09.038422 DEC= +16:57:27.74592 RAER= 2.38 DECER= 2.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2049-412', 'J2053-4101' RA= 20:53:09.199607 DEC= -41:01:21.33855 RAER= 5.01 DECER= 8.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2050+226', 'J2053+2248' RA= 20:53:09.364061 DEC= +22:48:01.48706 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.093, 8.4, 0.175, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '2051+528', 'J2053+5301' RA= 20:53:14.692838 DEC= +53:01:36.43345 RAER= 0.70 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.147, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '2051+260', 'J2053+2613' RA= 20:53:17.206420 DEC= +26:13:23.54688 RAER= 1.38 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.018, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2050+044', 'J2053+0435' RA= 20:53:27.733871 DEC= +04:35:59.56475 RAER= 0.75 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.044, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2050-011', 'J2053-0100' RA= 20:53:29.823764 DEC= -01:00:14.99868 RAER= 1.10 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2050-348', 'J2053-3440' RA= 20:53:41.601459 DEC= -34:40:11.99659 RAER= 47.19 DECER= 45.77 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2051-054', 'J2053-0514' RA= 20:53:42.118873 DEC= -05:14:41.44980 RAER= 0.97 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.028, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2050-192', 'J2053-1903' RA= 20:53:46.462103 DEC= -19:03:06.59621 RAER= 1.24 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2051+291', 'J2053+2923' RA= 20:53:50.697641 DEC= +29:23:14.85762 RAER= 0.50 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.025, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2053+702', 'J2053+7024' RA= 20:53:51.240129 DEC= +70:24:05.80845 RAER= 3.65 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2052+441', 'J2053+4423' RA= 20:53:53.690957 DEC= +44:23:11.06715 RAER= 6.01 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2051-172', 'J2053-1702' RA= 20:53:58.690304 DEC= -17:02:26.33421 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.069, 8.4, 0.072, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 277 observations" / source= '2051-017', 'J2054-0135' RA= 20:54:01.684850 DEC= -01:35:17.02730 RAER= 1.11 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2051-024', 'J2054-0215' RA= 20:54:05.397194 DEC= -02:15:34.13416 RAER= 1.01 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2051+120', 'J2054+1214' RA= 20:54:14.158829 DEC= +12:14:20.65323 RAER= 0.98 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.028, 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2051-204', 'J2054-2016' RA= 20:54:22.072448 DEC= -20:16:16.81921 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.102, 8.4, 0.168, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1780 observations" / source= '2051-214', 'J2054-2112' RA= 20:54:27.351430 DEC= -21:12:44.04602 RAER= 1.38 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.014, 8.4, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2051-341', 'J2054-3355' RA= 20:54:27.490909 DEC= -33:55:24.37980 RAER= 5.82 DECER= 10.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.013, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2052+239', 'J2054+2407' RA= 20:54:29.533073 DEC= +24:07:33.76522 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.045, 8.4, 0.089, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1620 observations" / source= '2052+033', 'J2054+0333' RA= 20:54:30.772375 DEC= +03:33:25.05149 RAER= 1.58 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.013, 8.4, 0.030, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2052+473', 'J2054+4733' RA= 20:54:32.950413 DEC= +47:33:38.32727 RAER= 1.30 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.020, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2052+072', 'J2054+0727' RA= 20:54:37.483323 DEC= +07:27:31.01896 RAER= 0.58 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.023, 8.4, 0.057, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2051-125', 'J2054-1223' RA= 20:54:40.173930 DEC= -12:23:48.01634 RAER= 1.35 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2052+057', 'J2054+0553' RA= 20:54:41.380800 DEC= +05:53:37.15226 RAER= 0.70 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.044, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2052-106', 'J2054-1027' RA= 20:54:48.592841 DEC= -10:27:17.59962 RAER= 21.15 DECER= 22.77 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2052+005', 'J2054+0041' RA= 20:54:49.611142 DEC= +00:41:53.03224 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.360, 0.097, 5.0, 0.272, 0.060, 8.4, 0.167, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '2052+000', 'J2054+0015' RA= 20:54:56.852867 DEC= +00:15:37.76599 RAER= 0.54 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2052+312', 'J2054+3126' RA= 20:54:58.595620 DEC= +31:26:14.54571 RAER= 1.47 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.020, 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2050-640', 'J2055-6352' RA= 20:55:03.793068 DEC= -63:52:06.59693 RAER= 3.41 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2052-324', 'J2055-3217' RA= 20:55:05.039247 DEC= -32:17:11.89726 RAER= 3.01 DECER= 4.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.051, 8.4, 0.071, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2053+359', 'J2055+3606' RA= 20:55:06.758263 DEC= +36:06:31.91170 RAER= 2.92 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2052-105', 'J2055-1023' RA= 20:55:08.067772 DEC= -10:23:20.36495 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.045, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2052+163', 'J2055+1631' RA= 20:55:09.033300 DEC= +16:31:07.40435 RAER= 0.74 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2053+279', 'J2055+2811' RA= 20:55:12.138561 DEC= +28:11:10.16989 RAER= 0.51 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.025, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '2052+053', 'J2055+0535' RA= 20:55:13.109570 DEC= +05:35:05.25846 RAER= 0.58 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.028, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2053+156', 'J2055+1548' RA= 20:55:21.354319 DEC= +15:48:03.19398 RAER= 0.51 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.152, 8.4, 0.111, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2052-052', 'J2055-0506' RA= 20:55:23.372086 DEC= -05:06:19.21502 RAER= 0.96 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2052-005', 'J2055-0021' RA= 20:55:28.230673 DEC= -00:21:17.16261 RAER= 0.32 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2054+611', 'J2055+6122' RA= 20:55:38.838339 DEC= +61:22:00.63828 RAER= 0.28 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.370, 0.111, 5.0, 0.362, 0.223, 8.4, 0.299, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '2053+198', 'J2055+2003' RA= 20:55:45.676536 DEC= +20:03:33.41946 RAER= 0.83 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2053+212', 'J2055+2123' RA= 20:55:49.404235 DEC= +21:23:47.25293 RAER= 0.80 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.028, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2053-044', 'J2055-0416' RA= 20:55:50.257978 DEC= -04:16:47.08102 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.377, 0.103, 8.4, 0.257, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 640 observations" / source= '2053-127', 'J2055-1234' RA= 20:55:51.199340 DEC= -12:34:44.23934 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.059, 8.4, 0.146, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 498 observations" / source= '2054+512', 'J2055+5125' RA= 20:55:52.000491 DEC= +51:25:15.68825 RAER= 1.24 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.018, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2054+570', 'J2056+5714' RA= 20:56:01.445336 DEC= +57:14:38.74870 RAER= 14.02 DECER= 6.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2053-201', 'J2056-1956' RA= 20:56:04.279479 DEC= -19:56:35.39960 RAER= 0.96 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.020, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2052-492', 'J2056-4904' RA= 20:56:13.587793 DEC= -49:04:14.28080 RAER= 0.87 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '2052-474', 'J2056-4714' RA= 20:56:16.359807 DEC= -47:14:47.62771 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.983, 0.702, 8.4, 0.862, 0.408 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46337 observations" / source= '2053-323', 'J2056-3208' RA= 20:56:25.070236 DEC= -32:08:47.80064 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.186, 5.0, 0.197, 0.013, 8.4, 0.553, 0.553 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 454 observations" / source= '2053-241', 'J2056-2359' RA= 20:56:29.771463 DEC= -23:59:28.30090 RAER= 0.82 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.030, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2052-585', 'J2056-5820' RA= 20:56:30.565148 DEC= -58:20:07.53880 RAER= 0.46 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.188, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '2054-022', 'J2056-0205' RA= 20:56:38.154378 DEC= -02:05:08.96264 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 171 observations" / source= '2054-049', 'J2056-0445' RA= 20:56:38.718355 DEC= -04:45:11.18553 RAER= 0.55 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2055+494', 'J2056+4940' RA= 20:56:42.740200 DEC= +49:40:06.60079 RAER= 0.65 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '2054+186', 'J2056+1850' RA= 20:56:43.302284 DEC= +18:50:29.84262 RAER= 0.96 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.009, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2054+368', 'J2056+3700' RA= 20:56:45.448386 DEC= +37:00:33.63678 RAER= 3.24 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2053-391', 'J2056-3857' RA= 20:56:54.902616 DEC= -38:57:16.40060 RAER= 0.21 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.083, 5.0, 0.201, 0.099, 8.4, 0.241, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 307 observations" / source= '2054+214', 'J2056+2140' RA= 20:56:57.154739 DEC= +21:40:02.76989 RAER= 3.19 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2054-128', 'J2056-1237' RA= 20:56:58.225724 DEC= -12:37:30.15006 RAER= 0.48 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.027, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '2054-083', 'J2057-0812' RA= 20:57:00.037684 DEC= -08:12:16.35906 RAER= 9.09 DECER= 15.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2054+074', 'J2057+0738' RA= 20:57:02.106951 DEC= +07:38:51.90185 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.057, 8.4, 0.075, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2054-123', 'J2057-1209' RA= 20:57:15.989237 DEC= -12:09:52.28890 RAER= 1.42 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2054-296', 'J2057-2929' RA= 20:57:16.219529 DEC= -29:29:50.35833 RAER= 1.79 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2055+507', 'J2057+5058' RA= 20:57:20.005894 DEC= +50:58:15.89211 RAER= 17.14 DECER= 12.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2054+000', 'J2057+0012' RA= 20:57:20.382989 DEC= +00:12:07.34920 RAER= 0.81 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2054-075', 'J2057-0719' RA= 20:57:21.045910 DEC= -07:19:39.63457 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.234, 8.4, 0.237, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '2057+716', 'J2057+7150' RA= 20:57:22.683756 DEC= +71:50:34.34334 RAER= 2.45 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.037, 8.4, 0.049, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2054-224', 'J2057-2213' RA= 20:57:26.358949 DEC= -22:13:18.48513 RAER= 3.31 DECER= 9.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2054-342', 'J2057-3405' RA= 20:57:27.827154 DEC= -34:05:06.72556 RAER= 2.21 DECER= 8.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2054-377', 'J2057-3734' RA= 20:57:41.603479 DEC= -37:34:02.99025 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.183, 8.4, 0.320, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1338 observations" / source= '2055+042', 'J2057+0428' RA= 20:57:42.859423 DEC= +04:28:02.33810 RAER= 1.52 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2055+315', 'J2058+3142' RA= 20:58:00.646469 DEC= +31:42:30.62438 RAER= 0.42 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.013, 8.4, 0.059, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '2055+062', 'J2058+0624' RA= 20:58:09.369140 DEC= +06:24:21.72755 RAER= 2.30 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2055+082', 'J2058+0827' RA= 20:58:14.881794 DEC= +08:27:26.58047 RAER= 0.94 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.018, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2055-205', 'J2058-2022' RA= 20:58:27.335243 DEC= -20:22:17.72614 RAER= 1.09 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2055+055', 'J2058+0542' RA= 20:58:28.874203 DEC= +05:42:51.03414 RAER= 0.83 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.358, 0.018, 8.4, 0.171, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2056+044', 'J2058+0436' RA= 20:58:30.788998 DEC= +04:36:58.41461 RAER= 0.69 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.090, 8.4, 0.064, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2056+150', 'J2058+1512' RA= 20:58:45.819307 DEC= +15:12:13.18977 RAER= 1.93 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2056-149', 'J2058-1443' RA= 20:58:46.747206 DEC= -14:43:04.98839 RAER= 0.20 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations" / source= '2055-412', 'J2059-4103' RA= 20:59:03.592282 DEC= -41:03:10.33372 RAER= 1.09 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.035, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2056+225', 'J2059+2246' RA= 20:59:03.676804 DEC= +22:46:14.39417 RAER= 3.92 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2056-135', 'J2059-1320' RA= 20:59:04.832442 DEC= -13:20:34.49499 RAER= 1.36 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2057+517', 'J2059+5157' RA= 20:59:11.860031 DEC= +51:57:31.86578 RAER= 1.35 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2058+662', 'J2059+6626' RA= 20:59:36.716192 DEC= +66:26:15.15638 RAER= 1.70 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.064, 8.4, 0.051, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2056-369', 'J2059-3645' RA= 20:59:41.596919 DEC= -36:45:54.61283 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.403, 0.158, 8.4, 0.153, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '2057-028', 'J2059-0238' RA= 20:59:41.807272 DEC= -02:38:50.67445 RAER= 0.48 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '2059+732', 'J2059+7328' RA= 20:59:42.978934 DEC= +73:28:25.34902 RAER= 3.88 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.011, 8.4, 0.063, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2057+116', 'J2059+1151' RA= 20:59:44.539426 DEC= +11:51:01.06048 RAER= 3.04 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2057+383', 'J2059+3833' RA= 20:59:45.957238 DEC= +38:33:16.66555 RAER= 3.95 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2057-154', 'J2059-1518' RA= 20:59:50.476099 DEC= -15:18:05.59590 RAER= 3.85 DECER= 10.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2058+486', 'J2059+4851' RA= 20:59:57.872600 DEC= +48:51:12.69857 RAER= 0.64 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2057+235', 'J2100+2347' RA= 21:00:04.834743 DEC= +23:47:03.40555 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.146, 8.4, 0.139, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '2057+207', 'J2100+2059' RA= 21:00:05.066176 DEC= +20:59:20.25945 RAER= 0.84 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.035, 8.4, 0.043, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2057-332', 'J2100-3301' RA= 21:00:05.862750 DEC= -33:01:25.60922 RAER= 36.36 DECER= 48.26 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2057+101', 'J2100+1023' RA= 21:00:06.705481 DEC= +10:23:11.24597 RAER= 5.10 DECER= 7.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2057+121', 'J2100+1223' RA= 21:00:07.092755 DEC= +12:23:18.60021 RAER= 0.59 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.036, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '2058+517', 'J2100+5158' RA= 21:00:09.678194 DEC= +51:58:25.52993 RAER= 2.05 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.013, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2057+037', 'J2100+0358' RA= 21:00:09.803784 DEC= +03:58:21.03241 RAER= 0.69 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.028, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2057-173', 'J2100-1709' RA= 21:00:27.780514 DEC= -17:09:08.41854 RAER= 0.74 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.036, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2058+260', 'J2100+2615' RA= 21:00:39.100118 DEC= +26:15:37.02479 RAER= 0.22 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.079, 8.4, 0.084, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 431 observations" / source= '2059+633', 'J2100+6331' RA= 21:00:46.459814 DEC= +63:31:49.17763 RAER= 3.56 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2059+532', 'J2100+5325' RA= 21:00:50.158332 DEC= +53:25:10.83431 RAER= 1.36 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.014, 8.4, 0.012, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '2059+560', 'J2100+5612' RA= 21:00:54.974315 DEC= +56:12:36.65694 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.052, 8.4, 0.116, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 594 observations" / source= '2059+533', 'J2100+5331' RA= 21:00:56.335474 DEC= +53:31:33.13826 RAER= 1.23 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2058-297', 'J2101-2933' RA= 21:01:01.659978 DEC= -29:33:27.83633 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.637, 0.280, 5.0, 0.585, 0.364, 8.4, 0.527, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1738 observations" / source= '2058+133', 'J2101+1334' RA= 21:01:18.217245 DEC= +13:34:53.84170 RAER= 0.90 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2058-088', 'J2101-0841' RA= 21:01:22.043365 DEC= -08:41:22.46046 RAER= 1.87 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2058+090', 'J2101+0913' RA= 21:01:23.872143 DEC= +09:13:24.87085 RAER= 0.59 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2059+355', 'J2101+3546' RA= 21:01:27.208794 DEC= +35:46:00.10925 RAER= 3.02 DECER= 5.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2059+405', 'J2101+4047' RA= 21:01:34.132255 DEC= +40:47:28.25962 RAER= 3.40 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2058-282', 'J2101-2801' RA= 21:01:37.696965 DEC= -28:01:54.33861 RAER= 0.54 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.054, 8.4, 0.068, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '2059+034', 'J2101+0341' RA= 21:01:38.834153 DEC= +03:41:31.32088 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.507, 0.362, 5.0, 0.633, 0.455, 8.4, 0.778, 0.635, 15.2, 1.712, 1.379, 22.2, 0.847, 0.569 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58606 observations" / source= '2058-373', 'J2101-3708' RA= 21:01:39.531552 DEC= -37:08:57.88797 RAER= 12.24 DECER= 33.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2058-135', 'J2101-1318' RA= 21:01:44.393343 DEC= -13:18:47.76391 RAER= 0.58 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.026, 8.4, 0.025, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2059+198', 'J2101+2003' RA= 21:01:56.670006 DEC= +20:03:16.85191 RAER= 0.46 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.059, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2058-425', 'J2101-4219' RA= 21:01:59.113806 DEC= -42:19:16.16458 RAER= 0.42 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.894, 0.208, 5.0, 0.549, 0.105, 8.4, 0.208, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 210 observations" / source= '2058-384', 'J2101-3812' RA= 21:01:59.690586 DEC= -38:12:48.30289 RAER= 2.37 DECER= 10.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2059-090', 'J2101-0852' RA= 21:01:59.691354 DEC= -08:52:11.59876 RAER= 0.64 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2059-214', 'J2102-2113' RA= 21:02:01.154015 DEC= -21:13:58.79801 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.041, 5.0, 0.025, 0.017, 8.4, 0.038, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '2059+009', 'J2102+0109' RA= 21:02:02.858388 DEC= +01:09:18.31684 RAER= 1.59 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2059-247', 'J2102-2432' RA= 21:02:09.851688 DEC= -24:32:00.71182 RAER= 1.41 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2059+146', 'J2102+1452' RA= 21:02:10.515906 DEC= +14:52:15.48107 RAER= 0.48 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.053, 8.4, 0.038, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2059-24A', 'J2102-2435' RA= 21:02:12.724418 DEC= -24:35:55.44281 RAER= 4.35 DECER= 11.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2100+468', 'J2102+4702' RA= 21:02:17.056006 DEC= +47:02:16.25327 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.041, 5.0, 0.116, 0.082, 8.4, 0.120, 0.105, 15.2, 0.119, 0.104, 22.2, 0.164, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2393 observations" / source= '2059-259', 'J2102-2548' RA= 21:02:19.558394 DEC= -25:48:03.22187 RAER= 0.44 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.032, 8.4, 0.070, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2059-115', 'J2102-1121' RA= 21:02:21.179743 DEC= -11:21:09.12141 RAER= 0.48 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.063, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2100+348', 'J2102+3503' RA= 21:02:23.504646 DEC= +35:03:01.62833 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.194, 0.053, 8.4, 0.174, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '2101+580', 'J2102+5816' RA= 21:02:34.660548 DEC= +58:16:43.96677 RAER= 7.52 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2101+664', 'J2102+6636' RA= 21:02:36.628769 DEC= +66:36:34.22313 RAER= 2.49 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.056, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2101+600', 'J2102+6015' RA= 21:02:40.219040 DEC= +60:15:09.83674 RAER= 0.27 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.036, 8.4, 0.148, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '2100+316', 'J2102+3152' RA= 21:02:41.071251 DEC= +31:52:16.78733 RAER= 1.12 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2100+198', 'J2102+2002' RA= 21:02:43.084125 DEC= +20:02:11.56638 RAER= 1.19 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2102+677', 'J2102+6758' RA= 21:02:43.807457 DEC= +67:58:19.83499 RAER= 0.33 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.098, 8.4, 0.117, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '2059-334', 'J2102-3313' RA= 21:02:45.886011 DEC= -33:13:16.20196 RAER= 0.24 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.443, 0.203, 8.4, 0.217, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 315 observations" / source= '2101+467', 'J2102+4659' RA= 21:02:46.887860 DEC= +46:59:40.43874 RAER= 2.11 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2059-395', 'J2102-3921' RA= 21:02:46.948495 DEC= -39:21:40.05709 RAER= 29.15 DECER= 57.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2100+227', 'J2102+2258' RA= 21:02:47.326623 DEC= +22:58:02.50427 RAER= 1.38 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.024, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2102+679', 'J2102+6809' RA= 21:02:51.227909 DEC= +68:09:20.00547 RAER= 42.18 DECER= 37.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2100+299', 'J2102+3006' RA= 21:02:56.908990 DEC= +30:06:47.01610 RAER= 1.33 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.025, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2100+03D', 'J2102+0342' RA= 21:02:57.445180 DEC= +03:42:07.04435 RAER= 0.86 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2100-061', 'J2102-0556' RA= 21:02:57.776890 DEC= -05:56:23.68659 RAER= 2.37 DECER= 6.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2059-311', 'J2103-3058' RA= 21:03:00.280094 DEC= -30:58:43.00877 RAER= 6.06 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2100+035', 'J2103+0344' RA= 21:03:01.190814 DEC= +03:44:10.22959 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.037, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '2100+03B', 'J2103+0346' RA= 21:03:05.080377 DEC= +03:46:57.57522 RAER= 0.50 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.017, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2059-375', 'J2103-3722' RA= 21:03:05.417818 DEC= -37:22:43.80244 RAER= 10.75 DECER= 36.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2101+478', 'J2103+4805' RA= 21:03:09.331885 DEC= +48:05:25.65078 RAER= 7.36 DECER= 6.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2100-039', 'J2103-0343' RA= 21:03:10.385288 DEC= -03:43:48.63981 RAER= 4.74 DECER= 6.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2100-214', 'J2103-2112' RA= 21:03:12.454157 DEC= -21:12:14.62157 RAER= 3.44 DECER= 5.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2103+747', 'J2103+7456' RA= 21:03:16.643504 DEC= +74:56:56.88860 RAER= 5.02 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.073, 8.4, 0.044, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2100+107', 'J2103+1056' RA= 21:03:19.509767 DEC= +10:56:38.97054 RAER= 0.35 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.036, 8.4, 0.039, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2100-114', 'J2103-1112' RA= 21:03:24.808213 DEC= -11:12:17.20467 RAER= 1.32 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2101+405', 'J2103+4046' RA= 21:03:31.366480 DEC= +40:46:30.24454 RAER= 13.09 DECER= 11.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2101+139', 'J2103+1408' RA= 21:03:35.934857 DEC= +14:08:12.72683 RAER= 1.30 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2059-627', 'J2103-6232' RA= 21:03:38.394081 DEC= -62:32:25.91901 RAER= 5.17 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2101+273', 'J2103+2731' RA= 21:03:46.687396 DEC= +27:31:16.58347 RAER= 0.50 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.056, 8.4, 0.096, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2101-150', 'J2103-1453' RA= 21:03:50.804832 DEC= -14:53:08.46499 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.035, 8.4, 0.067, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 232 observations" / source= '2101+337', 'J2103+3357' RA= 21:03:52.146947 DEC= +33:57:17.37531 RAER= 1.41 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.007, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2100-359', 'J2103-3546' RA= 21:03:52.953366 DEC= -35:46:20.27499 RAER= 0.56 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.062, 8.4, 0.097, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2101-097', 'J2103-0933' RA= 21:03:53.241964 DEC= -09:33:41.65285 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.056, 8.4, 0.084, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 620 observations" / source= '2100-396', 'J2103-3924' RA= 21:03:53.329976 DEC= -39:24:16.61414 RAER= 49.13 DECER= 86.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2101-088', 'J2103-0836' RA= 21:03:56.220271 DEC= -08:36:17.80117 RAER= 1.32 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2101-126', 'J2103-1228' RA= 21:03:58.405864 DEC= -12:28:07.64455 RAER= 0.77 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2101+199', 'J2103+2009' RA= 21:03:58.419702 DEC= +20:09:19.08870 RAER= 2.27 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2057-793', 'J2104-7908' RA= 21:04:03.161976 DEC= -79:08:54.07758 RAER= 8.47 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2100-521', 'J2104-5156' RA= 21:04:06.748711 DEC= -51:56:59.77355 RAER= 1.94 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.094, 8.4, 0.107, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2101-115', 'J2104-1123' RA= 21:04:14.673611 DEC= -11:23:30.39557 RAER= 1.39 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2103+667', 'J2104+6657' RA= 21:04:16.506375 DEC= +66:57:26.36056 RAER= 6.07 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2101-214', 'J2104-2113' RA= 21:04:17.681979 DEC= -21:13:02.54457 RAER= 1.21 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2101-040', 'J2104-0353' RA= 21:04:20.522115 DEC= -03:53:21.48322 RAER= 0.94 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2101-024', 'J2104-0212' RA= 21:04:21.929726 DEC= -02:12:39.01865 RAER= 0.47 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2102+510', 'J2104+5114' RA= 21:04:25.520950 DEC= +51:14:28.97444 RAER= 2.02 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2102+479', 'J2104+4811' RA= 21:04:27.447782 DEC= +48:11:14.11058 RAER= 1.26 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.007, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2102+296', 'J2104+2950' RA= 21:04:42.379813 DEC= +29:50:02.47708 RAER= 1.02 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.024, 8.4, 0.044, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2102+009', 'J2104+0108' RA= 21:04:42.909418 DEC= +01:08:10.66242 RAER= 0.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.045, 8.4, 0.085, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2102-016', 'J2104-0127' RA= 21:04:44.687379 DEC= -01:27:36.01249 RAER= 1.42 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2102+048', 'J2104+0503' RA= 21:04:51.054816 DEC= +05:03:20.23920 RAER= 0.55 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.021, 8.4, 0.048, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2103+589', 'J2104+5909' RA= 21:04:52.912810 DEC= +59:09:45.60940 RAER= 1.39 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.082, 8.4, 0.080, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2101-315', 'J2104-3123' RA= 21:04:56.276866 DEC= -31:23:23.59822 RAER= 1.69 DECER= 5.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2102-203', 'J2104-2011' RA= 21:04:57.069543 DEC= -20:11:02.08217 RAER= 0.18 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.046, 5.0, 0.071, 0.058, 8.4, 0.086, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 219 observations" / source= '2102-213', 'J2104-2110' RA= 21:04:57.813175 DEC= -21:10:35.84112 RAER= 0.88 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2101-490', 'J2105-4848' RA= 21:05:01.158076 DEC= -48:48:46.52298 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.598, 0.196, 8.4, 0.627, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 305 observations" / source= '2102-288', 'J2105-2838' RA= 21:05:07.132310 DEC= -28:38:47.45543 RAER= 3.00 DECER= 8.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2102+003', 'J2105+0033' RA= 21:05:07.715391 DEC= +00:33:25.00914 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.100, 8.4, 0.115, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 409 observations" / source= '2102-21A', 'J2105-2111' RA= 21:05:08.575527 DEC= -21:11:08.18002 RAER= 0.85 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.019, 8.4, 0.035, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2103+537', 'J2105+5356' RA= 21:05:12.766394 DEC= +53:56:09.55416 RAER= 1.09 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2101-519', 'J2105-5145' RA= 21:05:24.852744 DEC= -51:45:49.83370 RAER= 16.51 DECER= 38.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.050, 8.4, 0.035, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2102-303', 'J2105-3008' RA= 21:05:25.348896 DEC= -30:08:36.46681 RAER= 0.88 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.012, 8.4, 0.049, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '2102-318', 'J2105-3137' RA= 21:05:30.154438 DEC= -31:37:30.99835 RAER= 1.58 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2103+521', 'J2105+5218' RA= 21:05:31.580442 DEC= +52:18:13.18827 RAER= 8.59 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2103+197', 'J2105+1959' RA= 21:05:31.942948 DEC= +19:59:44.36898 RAER= 1.04 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2104+568', 'J2105+5702' RA= 21:05:33.389440 DEC= +57:02:11.75113 RAER= 0.93 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2105+724', 'J2105+7241' RA= 21:05:35.374097 DEC= +72:41:20.35130 RAER= 4.24 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.027, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2103+480', 'J2105+4816' RA= 21:05:37.618092 DEC= +48:16:42.62216 RAER= 2.61 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.041, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2103+291', 'J2105+2920' RA= 21:05:43.589631 DEC= +29:20:52.78680 RAER= 0.27 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.097, 8.4, 0.121, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '2059-786', 'J2105-7825' RA= 21:05:44.961428 DEC= -78:25:34.54702 RAER= 0.58 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.750, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '2103+057', 'J2105+0555' RA= 21:05:45.296358 DEC= +05:55:26.93542 RAER= 0.40 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.052, 8.4, 0.070, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2103+331', 'J2105+3320' RA= 21:05:54.805728 DEC= +33:20:03.61794 RAER= 0.73 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2103-094', 'J2105-0912' RA= 21:05:55.986325 DEC= -09:12:02.52802 RAER= 0.25 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.023, 5.0, 0.027, 0.017, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 197 observations" / source= '2102-314', 'J2105-3116' RA= 21:05:59.553818 DEC= -31:16:03.01692 RAER= 1.73 DECER= 5.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2103-299', 'J2106-2944' RA= 21:06:01.885542 DEC= -29:44:44.40678 RAER= 1.91 DECER= 5.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2101-715', 'J2106-7122' RA= 21:06:02.898414 DEC= -71:22:17.91842 RAER= 68.06 DECER= 15.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.390, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2103-195', 'J2106-1923' RA= 21:06:07.124504 DEC= -19:23:31.19285 RAER= 0.69 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.015, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2103+213', 'J2106+2135' RA= 21:06:10.818179 DEC= +21:35:35.99646 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.085, 8.4, 0.145, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1551 observations" / source= '2103+124', 'J2106+1239' RA= 21:06:11.179513 DEC= +12:39:56.05106 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.086, 5.0, 0.188, 0.048, 8.4, 0.174, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 298 observations" / source= '2105+604', 'J2106+6040' RA= 21:06:16.512537 DEC= +60:40:59.81694 RAER= 9.58 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2104+404', 'J2106+4038' RA= 21:06:21.173136 DEC= +40:38:09.08233 RAER= 0.99 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.050, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2104+243', 'J2106+2433' RA= 21:06:21.646372 DEC= +24:33:21.52756 RAER= 2.68 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.009, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2103+023', 'J2106+0231' RA= 21:06:28.148777 DEC= +02:31:37.80164 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.145, 5.0, 0.166, 0.155, 8.4, 0.119, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 439 observations" / source= '2104+484', 'J2106+4842' RA= 21:06:29.537175 DEC= +48:42:05.45061 RAER= 1.69 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.020, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2105+551', 'J2106+5520' RA= 21:06:37.538886 DEC= +55:20:41.71605 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.024, 8.4, 0.135, 0.067, 22.2, 0.183, 0.185 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1958 observations" / source= '2104+248', 'J2106+2500' RA= 21:06:39.757728 DEC= +25:00:57.48948 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.122, 8.4, 0.142, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '2104+356', 'J2106+3548' RA= 21:06:47.745670 DEC= +35:48:09.44180 RAER= 1.01 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.037, 8.4, 0.049, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2105+598', 'J2106+6004' RA= 21:06:48.085628 DEC= +60:04:13.09227 RAER= 0.28 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.029, 5.0, 0.063, 0.033, 8.4, 0.065, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 649 observations" / source= '2104-146', 'J2106-1427' RA= 21:06:52.276695 DEC= -14:27:34.10112 RAER= 1.25 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2102-659', 'J2106-6547' RA= 21:06:59.722002 DEC= -65:47:43.58641 RAER= 0.42 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, n/a, 0.040, 8.4, 0.422, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 149 observations" / source= '2104-256', 'J2107-2528' RA= 21:07:16.275091 DEC= -25:28:08.55202 RAER= 0.43 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.039, 8.4, 0.056, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 134 observations" / source= '2104+120', 'J2107+1212' RA= 21:07:16.380103 DEC= +12:12:43.25321 RAER= 6.12 DECER= 7.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2105+331', 'J2107+3320' RA= 21:07:19.586911 DEC= +33:20:27.87574 RAER= 1.40 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.012, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2104-25B', 'J2107-2525' RA= 21:07:25.639890 DEC= -25:25:43.26048 RAER= 0.47 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.018, 8.4, 0.034, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '2104-173', 'J2107-1708' RA= 21:07:27.021761 DEC= -17:08:10.35878 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.120, 5.0, 0.199, 0.192, 8.4, 0.177, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 543 observations" / source= '2105+135', 'J2107+1347' RA= 21:07:30.776433 DEC= +13:47:38.73287 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.112, 5.0, 0.187, 0.138, 8.4, 0.171, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '2104-090', 'J2107-0853' RA= 21:07:37.092815 DEC= -08:53:09.72168 RAER= 1.07 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2104-077', 'J2107-0730' RA= 21:07:37.159726 DEC= -07:30:04.49710 RAER= 0.66 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.052, 8.4, 0.062, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2105+169', 'J2107+1711' RA= 21:07:37.793485 DEC= +17:11:23.63091 RAER= 1.19 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.020, 8.4, 0.013, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2104-159', 'J2107-1545' RA= 21:07:44.082820 DEC= -15:45:50.40450 RAER= 6.13 DECER= 14.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2104-486', 'J2107-4828' RA= 21:07:44.488601 DEC= -48:28:02.83126 RAER= 5.34 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2107+734', 'J2107+7339' RA= 21:07:50.630473 DEC= +73:39:24.64970 RAER= 4.02 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.019, 8.4, 0.046, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2105+050', 'J2107+0514' RA= 21:07:54.225492 DEC= +05:14:18.89906 RAER= 0.92 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2052-864', 'J2107-8617' RA= 21:07:58.864731 DEC= -86:17:57.53828 RAER= 121.93 DECER= 4.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '2105+317', 'J2108+3157' RA= 21:08:04.229388 DEC= +31:57:33.74376 RAER= 0.88 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.039, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2106+367', 'J2108+3655' RA= 21:08:05.459506 DEC= +36:55:26.55926 RAER= 1.22 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2105-293', 'J2108-2911' RA= 21:08:07.400661 DEC= -29:11:17.16708 RAER= 0.19 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.105, 8.4, 0.087, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '2105-012', 'J2108-0100' RA= 21:08:08.132990 DEC= -01:00:10.31450 RAER= 2.75 DECER= 6.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2106+524', 'J2108+5238' RA= 21:08:10.979695 DEC= +52:38:09.22315 RAER= 2.40 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.015, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2105-250', 'J2108-2452' RA= 21:08:12.319786 DEC= -24:52:33.32346 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.109, 8.4, 0.161, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 412 observations" / source= '2105-362', 'J2108-3601' RA= 21:08:12.512467 DEC= -36:01:05.78180 RAER= 1.65 DECER= 4.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2106+469', 'J2108+4711' RA= 21:08:16.057540 DEC= +47:11:44.88922 RAER= 1.07 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.030, 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2105-313', 'J2108-3106' RA= 21:08:19.324754 DEC= -31:06:17.34820 RAER= 4.75 DECER= 22.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2105+148', 'J2108+1506' RA= 21:08:20.075260 DEC= +15:06:02.52579 RAER= 1.23 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2106+494', 'J2108+4936' RA= 21:08:22.083503 DEC= +49:36:41.53175 RAER= 4.41 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2105-151', 'J2108-1459' RA= 21:08:24.644496 DEC= -14:59:44.72968 RAER= 12.63 DECER= 10.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2105-212', 'J2108-2101' RA= 21:08:29.340805 DEC= -21:01:38.19626 RAER= 0.30 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.036, 5.0, 0.132, 0.007, 8.4, 0.061, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '2105-21A', 'J2108-210A' RA= 21:08:29.348979 DEC= -21:01:38.17685 RAER= 0.52 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.035, 8.4, 0.074, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 371 observations" / source= '2106+143', 'J2108+1430' RA= 21:08:41.032146 DEC= +14:30:27.01267 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.411, 0.334, 5.0, 0.271, 0.041, 8.4, 0.354, 0.254 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5608 observations" / source= '2106-030', 'J2108-0250' RA= 21:08:44.736342 DEC= -02:50:34.24749 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 200 observations" / source= '2105-489', 'J2108-4846' RA= 21:08:50.797063 DEC= -48:46:21.62207 RAER= 0.27 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.269, n/a, 8.4, 0.247, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 164 observations" / source= '2104-668', 'J2108-6637' RA= 21:08:51.820803 DEC= -66:37:22.74430 RAER= 3.42 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2106+217', 'J2109+2155' RA= 21:09:08.648914 DEC= +21:55:03.06832 RAER= 0.29 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.035, 8.4, 0.108, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '2106-029', 'J2109-0243' RA= 21:09:12.990668 DEC= -02:43:23.31989 RAER= 0.84 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.030, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2106-069', 'J2109-0644' RA= 21:09:16.854402 DEC= -06:44:36.59168 RAER= 0.28 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '2111+801', 'J2109+8021' RA= 21:09:19.164724 DEC= +80:21:11.22707 RAER= 0.83 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.046, 8.4, 0.061, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1140 observations" / source= '2106+032', 'J2109+0326' RA= 21:09:21.754098 DEC= +03:26:52.44176 RAER= 8.12 DECER= 17.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2106-264', 'J2109-2614' RA= 21:09:23.876971 DEC= -26:14:09.63377 RAER= 0.78 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.037, 8.4, 0.057, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2106-364', 'J2109-3615' RA= 21:09:25.247460 DEC= -36:15:57.79544 RAER= 3.88 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.033, 8.4, 0.088, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2107+160', 'J2109+1614' RA= 21:09:28.991193 DEC= +16:14:19.49145 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.280, 0.128, 5.0, 0.271, 0.074, 8.4, 0.152, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '2107+353', 'J2109+3532' RA= 21:09:31.878710 DEC= +35:32:57.59751 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.976, 0.416, 5.0, 0.772, 0.260, 8.4, 0.886, 0.426 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '2106-413', 'J2109-4110' RA= 21:09:33.188588 DEC= -41:10:20.60543 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.903, 0.419, 5.0, 2.046, 1.085, 8.4, 0.587, 0.159 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3271 observations" / source= '2106-020', 'J2109-0150' RA= 21:09:34.759487 DEC= -01:50:02.61544 RAER= 1.15 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2107+044', 'J2109+0440' RA= 21:09:40.121462 DEC= +04:40:00.36494 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88 observations" / source= '2107-101', 'J2109-0958' RA= 21:09:46.428114 DEC= -09:58:31.84976 RAER= 0.77 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2107-137', 'J2109-1332' RA= 21:09:49.775507 DEC= -13:32:45.60685 RAER= 1.17 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2107+220', 'J2109+2212' RA= 21:09:55.454420 DEC= +22:12:15.65128 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.093, 8.4, 0.109, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '2107-215', 'J2109-2122' RA= 21:09:58.673564 DEC= -21:22:54.24749 RAER= 0.75 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2107-105', 'J2110-1020' RA= 21:10:00.978972 DEC= -10:20:57.31943 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.468, 0.767, 5.0, 1.038, 0.244, 8.4, 0.707, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '2107+079', 'J2110+0809' RA= 21:10:09.676689 DEC= +08:09:55.38438 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 200 observations" / source= '2107-367', 'J2110-3635' RA= 21:10:13.868887 DEC= -36:35:26.33717 RAER= 0.28 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.099, 8.4, 0.111, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '2107+038', 'J2110+0404' RA= 21:10:19.701879 DEC= +04:04:17.80207 RAER= 0.86 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.011, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2107-016', 'J2110-0126' RA= 21:10:22.619062 DEC= -01:26:58.24240 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.050, 5.0, 0.102, 0.056, 8.4, 0.101, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '2109+638', 'J2110+6405' RA= 21:10:30.519816 DEC= +64:05:35.46264 RAER= 0.68 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2108+217', 'J2110+2158' RA= 21:10:32.048077 DEC= +21:58:29.97955 RAER= 2.43 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.007, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2107-107', 'J2110-1033' RA= 21:10:38.308141 DEC= -10:33:37.17369 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.018, 8.4, 0.040, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2108+016', 'J2110+0153' RA= 21:10:45.626697 DEC= +01:53:32.10893 RAER= 3.34 DECER= 4.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2107-340', 'J2110-3351' RA= 21:10:50.770196 DEC= -33:51:11.71286 RAER= 3.88 DECER= 9.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2110+664', 'J2110+6636' RA= 21:10:52.675590 DEC= +66:36:41.62069 RAER= 10.16 DECER= 7.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2108-156', 'J2110-1524' RA= 21:10:52.967908 DEC= -15:24:22.17534 RAER= 0.90 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, n/a, 8.4, 0.120, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2108+213', 'J2110+2131' RA= 21:10:54.022567 DEC= +21:31:00.63731 RAER= 1.56 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.008, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2108+17A', 'J2111+1742' RA= 21:11:00.303383 DEC= +17:42:11.81623 RAER= 1.68 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2108+174', 'J2111+1739' RA= 21:11:07.257458 DEC= +17:39:30.47494 RAER= 0.53 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.027, 8.4, 0.034, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '2107-553', 'J2111-5508' RA= 21:11:12.152848 DEC= -55:08:06.17177 RAER= 2.58 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2109+374', 'J2111+3740' RA= 21:11:20.045976 DEC= +37:40:37.43140 RAER= 0.33 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.009, 8.4, 0.123, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2109+384', 'J2111+3839' RA= 21:11:24.482338 DEC= +38:39:10.89524 RAER= 10.88 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2108-119', 'J2111-1146' RA= 21:11:36.033337 DEC= -11:46:47.14645 RAER= 0.14 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.069, 8.4, 0.073, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '2110+644', 'J2111+6439' RA= 21:11:39.608579 DEC= +64:39:47.26558 RAER= 0.60 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.044, 8.4, 0.067, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '2109+339', 'J2111+3411' RA= 21:11:44.032731 DEC= +34:11:45.90371 RAER= 0.61 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.026, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2108-326', 'J2111-3224' RA= 21:11:47.120590 DEC= -32:24:39.34096 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.122, 8.4, 0.224, 0.134 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '2112+754', 'J2111+7536' RA= 21:11:48.906523 DEC= +75:36:27.19098 RAER= 3.08 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.060, 8.4, 0.071, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2109-136', 'J2111-1324' RA= 21:11:51.918496 DEC= -13:24:54.78344 RAER= 0.87 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2109-160', 'J2111-1551' RA= 21:11:55.333235 DEC= -15:51:46.23587 RAER= 0.45 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2110+584', 'J2112+5838' RA= 21:12:02.287679 DEC= +58:38:14.30333 RAER= 5.11 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2109+290', 'J2112+2916' RA= 21:12:05.841974 DEC= +29:16:05.36676 RAER= 1.36 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.109, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2109+272', 'J2112+2730' RA= 21:12:07.883207 DEC= +27:30:05.74768 RAER= 0.45 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.089, 8.4, 0.111, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2109-215', 'J2112-2121' RA= 21:12:12.938796 DEC= -21:21:52.54754 RAER= 1.10 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.030, 8.4, 0.042, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2109-232', 'J2112-2302' RA= 21:12:16.269804 DEC= -23:02:14.78831 RAER= 1.60 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.013, 8.4, 0.055, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2110+497', 'J2112+4958' RA= 21:12:23.471909 DEC= +49:58:15.98473 RAER= 3.14 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2109-244', 'J2112-2412' RA= 21:12:30.486227 DEC= -24:12:13.74090 RAER= 2.41 DECER= 4.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2110+495', 'J2112+4943' RA= 21:12:33.238382 DEC= +49:43:54.61122 RAER= 1.25 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.023, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2112+695', 'J2112+6946' RA= 21:12:38.044333 DEC= +69:46:20.26840 RAER= 3.87 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.014, 8.4, 0.035, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2110+081', 'J2112+0818' RA= 21:12:43.006744 DEC= +08:18:35.24893 RAER= 0.57 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2110-13B', 'J2112-131B' RA= 21:12:45.972236 DEC= -13:12:45.63091 RAER= 17.94 DECER= 18.04 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2110-134', 'J2112-1312' RA= 21:12:46.074956 DEC= -13:12:45.85577 RAER= 9.29 DECER= 16.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2109-485', 'J2112-4817' RA= 21:12:57.480123 DEC= -48:17:42.32314 RAER= 4.46 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2110-280', 'J2112-2752' RA= 21:12:57.522889 DEC= -27:52:18.97539 RAER= 0.81 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.041, 8.4, 0.045, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2110+150', 'J2113+1515' RA= 21:13:05.661690 DEC= +15:15:26.05784 RAER= 1.07 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.010, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2110-045', 'J2113-0417' RA= 21:13:06.067654 DEC= -04:17:54.72668 RAER= 1.17 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.006, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2111+234', 'J2113+2341' RA= 21:13:20.511041 DEC= +23:41:35.31172 RAER= 0.36 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.063, 8.4, 0.045, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2111+400', 'J2113+4012' RA= 21:13:29.486243 DEC= +40:12:51.38761 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.700, 0.158, 8.4, 0.220, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1237 observations" / source= '2111+147', 'J2113+1455' RA= 21:13:30.312938 DEC= +14:55:16.45345 RAER= 0.89 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.007, 8.4, 0.019, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2111+301', 'J2113+3023' RA= 21:13:46.840921 DEC= +30:23:38.29741 RAER= 11.04 DECER= 12.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2111+082', 'J2113+0825' RA= 21:13:49.610103 DEC= +08:25:01.90398 RAER= 0.50 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.052, 8.4, 0.039, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2111+143', 'J2113+1431' RA= 21:13:52.098230 DEC= +14:31:41.66834 RAER= 0.45 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.034, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2110-388', 'J2113-3838' RA= 21:13:53.921662 DEC= -38:38:27.39367 RAER= 31.18 DECER= 74.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2111+111', 'J2113+1121' RA= 21:13:54.714540 DEC= +11:21:25.39669 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.059, 8.4, 0.059, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 430 observations" / source= '2111+276', 'J2113+2750' RA= 21:13:58.857810 DEC= +27:50:59.50253 RAER= 3.62 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2116+818', 'J2114+8204' RA= 21:14:01.171069 DEC= +82:04:48.34044 RAER= 0.75 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.081, 8.4, 0.161, 0.058, 22.2, 0.178, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5571 observations" / source= '2111-099', 'J2114-0941' RA= 21:14:04.295001 DEC= -09:41:46.60738 RAER= 2.81 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2112+404', 'J2114+4036' RA= 21:14:09.891744 DEC= +40:36:42.51509 RAER= 1.06 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.031, 8.4, 0.061, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2111-111', 'J2114-1055' RA= 21:14:10.446389 DEC= -10:55:57.92477 RAER= 0.44 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.117, 8.4, 0.100, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2109-690', 'J2114-6851' RA= 21:14:13.405959 DEC= -68:51:02.26443 RAER= 0.67 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.154, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '2112+496', 'J2114+4953' RA= 21:14:15.037600 DEC= +49:53:40.95459 RAER= 0.64 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.111, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '2111-336', 'J2114-3326' RA= 21:14:19.731417 DEC= -33:26:14.22158 RAER= 2.23 DECER= 10.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2112+487', 'J2114+4900' RA= 21:14:26.354991 DEC= +49:00:02.43637 RAER= 1.34 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.018, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2111+034', 'J2114+0337' RA= 21:14:27.327364 DEC= +03:37:32.93845 RAER= 0.47 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.058, 8.4, 0.072, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2112+480', 'J2114+4817' RA= 21:14:28.132969 DEC= +48:17:14.36256 RAER= 2.79 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '2112+463', 'J2114+4634' RA= 21:14:32.875665 DEC= +46:34:39.30170 RAER= 0.16 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.028, 5.0, 0.160, 0.059, 8.4, 0.144, 0.088, 22.2, 0.088, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2135 observations" / source= '2112+076', 'J2114+0753' RA= 21:14:34.568334 DEC= +07:53:01.83292 RAER= 0.75 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.030, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2111-259', 'J2114-2541' RA= 21:14:40.098774 DEC= -25:41:50.86679 RAER= 5.97 DECER= 13.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2112+170', 'J2114+1714' RA= 21:14:40.640647 DEC= +17:14:22.34801 RAER= 0.17 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.037, 5.0, 0.174, 0.123, 8.4, 0.136, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '2112+100', 'J2114+1018' RA= 21:14:41.346494 DEC= +10:18:10.61784 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.260, 0.137, 5.0, 0.178, 0.037, 8.4, 0.143, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '2112+374', 'J2114+3742' RA= 21:14:44.123913 DEC= +37:42:25.71872 RAER= 0.20 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.024, 5.0, 0.141, 0.038, 8.4, 0.099, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '2112+312', 'J2114+3130' RA= 21:14:50.459237 DEC= +31:30:21.20197 RAER= 0.76 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.018, 8.4, 0.145, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2112+202', 'J2114+2026' RA= 21:14:52.884450 DEC= +20:26:26.96622 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.131, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '2112+283', 'J2114+2832' RA= 21:14:58.333612 DEC= +28:32:57.19664 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.522, 0.311, 8.4, 0.465, 0.273 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 739 observations" / source= '2112-104', 'J2115-1014' RA= 21:15:09.113259 DEC= -10:14:30.47816 RAER= 0.62 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2112+230', 'J2115+2318' RA= 21:15:14.240854 DEC= +23:18:21.63451 RAER= 0.34 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.062, 8.4, 0.039, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2112-144', 'J2115-1416' RA= 21:15:18.435555 DEC= -14:16:43.37214 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.178, 5.0, 0.268, 0.070, 8.4, 0.246, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5090 observations" / source= '2112+120', 'J2115+1218' RA= 21:15:21.999149 DEC= +12:18:02.80755 RAER= 1.36 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2113+293', 'J2115+2933' RA= 21:15:29.413448 DEC= +29:33:38.36696 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.707, 0.472, 5.0, 0.922, 0.711, 8.4, 0.640, 0.389, 15.2, 0.728, 0.460 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 129399 observations" / source= '2112-079', 'J2115-0743' RA= 21:15:31.098561 DEC= -07:43:49.36802 RAER= 0.80 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.013, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2112-127', 'J2115-1235' RA= 21:15:39.177390 DEC= -12:35:26.81370 RAER= 0.97 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2113+365', 'J2115+3645' RA= 21:15:40.404888 DEC= +36:45:50.62443 RAER= 0.41 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.097, 8.4, 0.091, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2113+035', 'J2115+0342' RA= 21:15:41.034561 DEC= +03:42:53.15945 RAER= 0.65 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.056, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2112-498', 'J2115-4939' RA= 21:15:44.673215 DEC= -49:39:07.50307 RAER= 1.11 DECER= 3.65 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '2113+060', 'J2116+0615' RA= 21:16:00.796614 DEC= +06:15:52.91222 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.073, 8.4, 0.056, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2113-282', 'J2116-2804' RA= 21:16:02.034036 DEC= -28:04:41.10981 RAER= 5.16 DECER= 12.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2113-013', 'J2116-0108' RA= 21:16:03.231217 DEC= -01:08:28.42902 RAER= 0.24 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.052, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2113+300', 'J2116+3016' RA= 21:16:07.552326 DEC= +30:16:39.07521 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, n/a, 8.4, 0.133, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '2113-093', 'J2116-0907' RA= 21:16:12.389567 DEC= -09:07:44.26136 RAER= 0.42 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.131, 0.052, 5.0, 0.055, 0.016, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 168 observations" / source= '2115+617', 'J2116+6159' RA= 21:16:13.494521 DEC= +61:59:23.72392 RAER= 3.06 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.009, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2114+334', 'J2116+3339' RA= 21:16:14.518128 DEC= +33:39:20.42450 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '2114+495', 'J2116+4948' RA= 21:16:19.345525 DEC= +49:48:03.66664 RAER= 2.25 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2113+049', 'J2116+0507' RA= 21:16:19.353118 DEC= +05:07:26.48044 RAER= 1.29 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2114+563', 'J2116+5635' RA= 21:16:23.548007 DEC= +56:35:26.55970 RAER= 11.78 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2112-556', 'J2116-5527' RA= 21:16:29.816184 DEC= -55:27:20.44472 RAER= 0.23 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.318, 0.294 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 190 observations" / source= '2109-811', 'J2116-8053' RA= 21:16:30.845692 DEC= -80:53:55.22300 RAER= 0.72 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.390, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '2114+053', 'J2116+0536' RA= 21:16:36.634878 DEC= +05:36:17.04578 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.120, 8.4, 0.144, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 585 observations" / source= '2114+034', 'J2116+0337' RA= 21:16:40.903456 DEC= +03:37:47.05846 RAER= 0.39 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.049, 8.4, 0.057, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2113-211', 'J2116-2056' RA= 21:16:44.331340 DEC= -20:56:12.71823 RAER= 2.94 DECER= 8.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2117+762', 'J2116+7628' RA= 21:16:49.292039 DEC= +76:28:20.68905 RAER= 5.06 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.039, 8.4, 0.024, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2114+022', 'J2116+0225' RA= 21:16:50.744844 DEC= +02:25:46.26070 RAER= 0.31 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.031, 8.4, 0.037, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 328 observations" / source= '2114+02B', 'J2116+022B' RA= 21:16:50.754814 DEC= +02:25:46.62946 RAER= 5.75 DECER= 8.40 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '2114+02D', 'J2116+022D' RA= 21:16:50.896132 DEC= +02:25:47.46776 RAER= 5.83 DECER= 12.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '2114-196', 'J2116-1926' RA= 21:16:53.734704 DEC= -19:26:05.79399 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.049, 8.4, 0.071, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 139 observations" / source= '2114+065', 'J2116+0644' RA= 21:16:58.294299 DEC= +06:44:33.49289 RAER= 0.33 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.156, 0.082, 8.4, 0.096, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2114-072', 'J2117-0700' RA= 21:17:01.904783 DEC= -07:00:07.13902 RAER= 2.23 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2113-533', 'J2117-5306' RA= 21:17:01.983703 DEC= -53:06:56.36728 RAER= 1.19 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '2114+048', 'J2117+0503' RA= 21:17:20.757090 DEC= +05:03:04.11273 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.284, 5.0, 0.303, 0.241, 8.4, 0.307, 0.269 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 773 observations" / source= '2114-344', 'J2117-3413' RA= 21:17:26.077903 DEC= -34:13:05.94414 RAER= 14.76 DECER= 31.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2114-395', 'J2117-3917' RA= 21:17:28.180034 DEC= -39:17:57.36247 RAER= 29.94 DECER= 55.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2114-292', 'J2117-2900' RA= 21:17:28.283284 DEC= -29:00:32.41428 RAER= 1.09 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2115+496', 'J2117+4949' RA= 21:17:33.537651 DEC= +49:49:33.46037 RAER= 0.56 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 99 observations" / source= '2116+577', 'J2117+5757' RA= 21:17:41.398256 DEC= +57:57:25.90903 RAER= 0.40 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.050, 8.4, 0.088, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '2115-155', 'J2117-1522' RA= 21:17:51.543644 DEC= -15:22:41.72383 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.022, 8.4, 0.058, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 240 observations" / source= '2115+312', 'J2117+3125' RA= 21:17:52.044859 DEC= +31:25:53.07832 RAER= 0.86 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.047, 8.4, 0.051, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2114-329', 'J2117-3243' RA= 21:17:54.911185 DEC= -32:43:28.19710 RAER= 0.96 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2116+575', 'J2117+5746' RA= 21:17:56.446202 DEC= +57:46:39.22524 RAER= 14.18 DECER= 6.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2116+543', 'J2117+5431' RA= 21:17:56.484529 DEC= +54:31:32.50204 RAER= 0.21 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.097, 8.4, 0.133, 0.112, 22.2, 0.124, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 865 observations" / source= '2115-064', 'J2118-0616' RA= 21:18:06.678379 DEC= -06:16:58.22509 RAER= 3.54 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2115-031', 'J2118-0258' RA= 21:18:07.839788 DEC= -02:58:47.60525 RAER= 2.43 DECER= 6.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2116+576', 'J2118+5752' RA= 21:18:10.583899 DEC= +57:52:33.53447 RAER= 0.54 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2115-305', 'J2118-3019' RA= 21:18:10.598044 DEC= -30:19:11.60899 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.085, 8.4, 0.120, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 373 observations" / source= '2115+000', 'J2118+0013' RA= 21:18:17.398534 DEC= +00:13:16.80933 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.152, 0.147, 15.2, 0.160, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 336 observations" / source= '2117+605', 'J2118+6048' RA= 21:18:19.102490 DEC= +60:48:07.44347 RAER= 5.02 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2116+534', 'J2118+5339' RA= 21:18:25.374114 DEC= +53:39:04.51507 RAER= 1.91 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2116+199', 'J2118+2007' RA= 21:18:26.290060 DEC= +20:07:34.18653 RAER= 0.40 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.087, 8.4, 0.073, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2116+383', 'J2118+3834' RA= 21:18:27.543925 DEC= +38:34:39.44132 RAER= 0.97 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2116+180', 'J2118+1816' RA= 21:18:31.042697 DEC= +18:16:34.26033 RAER= 1.63 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2116+262', 'J2118+2626' RA= 21:18:33.044240 DEC= +26:26:49.23747 RAER= 0.32 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.044, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 179 observations" / source= '2116+509', 'J2118+5107' RA= 21:18:33.991660 DEC= +51:07:22.07439 RAER= 1.55 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2116+203', 'J2118+2034' RA= 21:18:34.729427 DEC= +20:34:02.07902 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.056, 8.4, 0.165, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '2116-033', 'J2118-0310' RA= 21:18:42.044504 DEC= -03:10:11.03596 RAER= 0.66 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2116-068', 'J2118-0636' RA= 21:18:43.242164 DEC= -06:36:17.99913 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.061, 5.0, 0.112, 0.109, 8.4, 0.092, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2463 observations" / source= '2115-336', 'J2118-3327' RA= 21:18:43.948463 DEC= -33:27:47.15626 RAER= 1.33 DECER= 5.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2116-077', 'J2118-0732' RA= 21:18:52.963078 DEC= -07:32:27.58082 RAER= 0.20 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.043, 8.4, 0.062, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2115-334', 'J2118-3316' RA= 21:18:53.247392 DEC= -33:16:50.82545 RAER= 0.62 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.082, 8.4, 0.064, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2115-380', 'J2118-3752' RA= 21:18:55.376912 DEC= -37:52:49.96377 RAER= 12.23 DECER= 24.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2116+085', 'J2118+0847' RA= 21:18:57.251242 DEC= +08:47:38.16006 RAER= 0.59 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.024, 8.4, 0.034, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2117+372', 'J2119+3725' RA= 21:19:05.899296 DEC= +37:25:42.58270 RAER= 1.21 DECER= 2.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2118+680', 'J2119+6815' RA= 21:19:23.061490 DEC= +68:15:02.20010 RAER= 9.18 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2116-141', 'J2119-1357' RA= 21:19:28.410620 DEC= -13:57:36.95420 RAER= 0.91 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.020, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2116-238', 'J2119-2340' RA= 21:19:28.890547 DEC= -23:40:29.72525 RAER= 0.27 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.176, 0.110, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '2116-459', 'J2119-4545' RA= 21:19:37.396220 DEC= -45:45:11.90707 RAER= 2.50 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.159, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2116-113', 'J2119-1106' RA= 21:19:39.880859 DEC= -11:06:14.69602 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.160, 0.066, 8.4, 0.141, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 259 observations" / source= '2116-348', 'J2119-3439' RA= 21:19:49.387226 DEC= -34:39:39.05366 RAER= 26.40 DECER= 40.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2117+238', 'J2119+2402' RA= 21:19:52.148335 DEC= +24:02:07.24180 RAER= 0.84 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2119+709', 'J2119+7110' RA= 21:19:54.164639 DEC= +71:10:36.10184 RAER= 0.46 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.111, 8.4, 0.089, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 536 observations" / source= '2117+382', 'J2119+3826' RA= 21:19:54.212973 DEC= +38:26:33.07335 RAER= 0.79 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.080, 8.4, 0.066, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125+844', 'J2120+8441' RA= 21:20:12.377894 DEC= +84:41:00.47160 RAER= 25.33 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2117-250', 'J2120-2450' RA= 21:20:15.397633 DEC= -24:50:51.11328 RAER= 0.18 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.045, 8.4, 0.064, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 402 observations" / source= '2118+332', 'J2120+3325' RA= 21:20:19.623629 DEC= +33:25:42.75622 RAER= 1.09 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.084, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2116-512', 'J2120-5102' RA= 21:20:26.111855 DEC= -51:02:55.15482 RAER= 6.88 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2117+045', 'J2120+0448' RA= 21:20:26.735896 DEC= +04:48:07.66858 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.050, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2118+221', 'J2120+2224' RA= 21:20:26.996818 DEC= +22:24:04.37047 RAER= 9.10 DECER= 8.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2117+025', 'J2120+0246' RA= 21:20:28.529971 DEC= +02:46:34.30715 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.040, 8.4, 0.038, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 474 observations" / source= '2117-137', 'J2120-1333' RA= 21:20:30.394657 DEC= -13:33:44.70113 RAER= 0.74 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.221, n/a, 8.4, 0.210, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2118+443', 'J2120+4434' RA= 21:20:31.774272 DEC= +44:34:34.26284 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.068, 8.4, 0.267, 0.019, 22.2, 0.457, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1786 observations" / source= '2117-375', 'J2120-3721' RA= 21:20:34.933228 DEC= -37:21:03.68238 RAER= 17.20 DECER= 44.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2119+558', 'J2120+5603' RA= 21:20:35.471887 DEC= +56:03:54.58423 RAER= 1.42 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.007, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2117-131', 'J2120-1254' RA= 21:20:35.667761 DEC= -12:54:41.15073 RAER= 0.81 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2118+053', 'J2120+0533' RA= 21:20:41.182295 DEC= +05:33:45.00893 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.124, 8.4, 0.238, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '2118+132', 'J2120+1327' RA= 21:20:42.445184 DEC= +13:27:24.40828 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2118+202', 'J2120+2026' RA= 21:20:42.821655 DEC= +20:26:26.51122 RAER= 0.52 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.051, 8.4, 0.066, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2119+664', 'J2120+6642' RA= 21:20:46.201878 DEC= +66:42:20.23335 RAER= 0.38 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.317, 0.155, 8.4, 0.142, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 679 observations" / source= '2118-037', 'J2120-0330' RA= 21:20:48.473527 DEC= -03:30:28.93001 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.089, 8.4, 0.114, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '2118+103', 'J2120+1033' RA= 21:20:51.014070 DEC= +10:33:28.69780 RAER= 0.46 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.071, 8.4, 0.069, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2118+367', 'J2120+3658' RA= 21:20:54.219890 DEC= +36:58:19.31809 RAER= 0.37 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.034, 8.4, 0.062, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2118+188', 'J2121+1901' RA= 21:21:00.606650 DEC= +19:01:28.27914 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.520, 0.240, 5.0, 0.213, 0.124, 8.4, 0.205, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 995 observations" / source= '2123+825', 'J2121+8245' RA= 21:21:01.671456 DEC= +82:45:51.72781 RAER= 3.54 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.042, 8.4, 0.090, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2117-614', 'J2121-6111' RA= 21:21:04.074190 DEC= -61:11:24.62443 RAER= 0.35 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.408, 0.186 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '2118-372', 'J2121-3703' RA= 21:21:13.193757 DEC= -37:03:08.90196 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.310, 0.235, 5.0, 0.241, 0.139, 8.4, 0.246, 0.179 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 402 observations" / source= '2118+10A', 'J2121+1032' RA= 21:21:17.543954 DEC= +10:32:55.13750 RAER= 0.57 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.053, 8.4, 0.030, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2118-266', 'J2121-2628' RA= 21:21:18.500285 DEC= -26:28:53.92552 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.042, 8.4, 0.052, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 388 observations" / source= '2119+300', 'J2121+3015' RA= 21:21:29.218186 DEC= +30:15:58.67373 RAER= 1.32 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2117-642', 'J2121-6404' RA= 21:21:55.019352 DEC= -64:04:30.03815 RAER= 2.73 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.232, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2120+551', 'J2121+5520' RA= 21:21:57.946282 DEC= +55:20:44.31910 RAER= 1.21 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2119-006', 'J2121-0026' RA= 21:21:59.441256 DEC= -00:26:12.38555 RAER= 1.18 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029, 8.4, 0.026, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2120+581', 'J2122+5823' RA= 21:22:03.182895 DEC= +58:23:28.74896 RAER= 2.46 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2119-169', 'J2122-1641' RA= 21:22:07.751138 DEC= -16:41:47.20633 RAER= 3.62 DECER= 7.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2119-217', 'J2122-2134' RA= 21:22:13.252733 DEC= -21:34:51.32643 RAER= 1.24 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.034, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2119-394', 'J2122-3912' RA= 21:22:21.939954 DEC= -39:12:36.33231 RAER= 3.75 DECER= 18.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2119-231', 'J2122-2253' RA= 21:22:31.307847 DEC= -22:53:41.25818 RAER= 12.21 DECER= 16.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2120+299', 'J2122+3007' RA= 21:22:32.369497 DEC= +30:07:44.19191 RAER= 5.94 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2120+340', 'J2122+3413' RA= 21:22:34.212809 DEC= +34:13:50.32451 RAER= 1.13 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2120+130', 'J2122+1316' RA= 21:22:37.474415 DEC= +13:16:17.68051 RAER= 0.45 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.040, 8.4, 0.071, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2121+648', 'J2122+6506' RA= 21:22:48.500183 DEC= +65:06:45.96664 RAER= 0.47 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.079, 8.4, 0.118, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 154 observations" / source= '2120-102', 'J2122-1003' RA= 21:22:52.900149 DEC= -10:03:16.91047 RAER= 2.55 DECER= 5.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2120-166', 'J2123-1627' RA= 21:23:01.669869 DEC= -16:27:54.99606 RAER= 16.24 DECER= 15.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2120-294', 'J2123-2915' RA= 21:23:02.815883 DEC= -29:15:04.11759 RAER= 0.94 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2121+547', 'J2123+5500' RA= 21:23:05.313443 DEC= +55:00:27.32532 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.107, 8.4, 0.287, 0.189, 22.2, 0.251, 0.177 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3791 observations" / source= '2120+099', 'J2123+1007' RA= 21:23:13.358474 DEC= +10:07:54.94537 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.586, 0.135, 8.4, 0.285, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '2121+313', 'J2123+3134' RA= 21:23:17.401404 DEC= +31:34:26.24710 RAER= 0.91 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.280, 0.004, 8.4, 0.159, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2120-149', 'J2123-1442' RA= 21:23:27.027535 DEC= -14:42:54.90162 RAER= 0.88 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2120+061', 'J2123+0622' RA= 21:23:27.857269 DEC= +06:22:34.96886 RAER= 285.76 DECER= 218.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2120+016', 'J2123+0154' RA= 21:23:29.095460 DEC= +01:54:46.55730 RAER= 0.36 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.054, 8.4, 0.054, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2121+460', 'J2123+4614' RA= 21:23:31.828440 DEC= +46:14:22.96053 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.066, 8.4, 0.136, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 679 observations" / source= '2120-055', 'J2123-0519' RA= 21:23:35.304165 DEC= -05:19:45.23981 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.048, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '2121-014', 'J2123-0112' RA= 21:23:39.146920 DEC= -01:12:34.70347 RAER= 2.40 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.187, 0.006, 8.4, 0.088, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2120-343', 'J2123-3408' RA= 21:23:41.134564 DEC= -34:08:26.72221 RAER= 10.66 DECER= 25.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2121+267', 'J2123+2658' RA= 21:23:43.389291 DEC= +26:58:07.29105 RAER= 0.63 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.033, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2121+299', 'J2123+3012' RA= 21:23:44.449058 DEC= +30:12:35.80994 RAER= 6.55 DECER= 7.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2121+053', 'J2123+0535' RA= 21:23:44.517401 DEC= +05:35:22.09306 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.092, 1.525, 5.0, 1.384, 0.862, 8.4, 1.576, 0.744, 15.2, 1.935, 0.991 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60977 observations" / source= '2120-321', 'J2123-3156' RA= 21:23:44.831376 DEC= -31:56:01.89230 RAER= 1.15 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '2122+546', 'J2123+5452' RA= 21:23:46.834726 DEC= +54:52:43.47667 RAER= 0.86 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2120-309', 'J2123-3046' RA= 21:23:48.599527 DEC= -30:46:05.43820 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.222, 5.0, 0.314, 0.244, 8.4, 0.294, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1231 observations" / source= '2121-037', 'J2123-0329' RA= 21:23:51.932356 DEC= -03:29:15.60659 RAER= 1.67 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.016, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2121+26A', 'J2123+2659' RA= 21:23:51.969262 DEC= +26:59:33.95041 RAER= 0.42 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.060, 8.4, 0.051, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2119-727', 'J2124-7233' RA= 21:24:02.584276 DEC= -72:33:54.79879 RAER= 6.61 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2120-374', 'J2124-3715' RA= 21:24:04.277227 DEC= -37:15:24.54217 RAER= 2.62 DECER= 10.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2122+488', 'J2124+4905' RA= 21:24:08.510255 DEC= +49:05:00.90733 RAER= 4.82 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2121+101', 'J2124+1022' RA= 21:24:11.676155 DEC= +10:22:06.70987 RAER= 0.87 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2123+678', 'J2124+6805' RA= 21:24:14.232953 DEC= +68:05:17.05398 RAER= 6.88 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2121+040', 'J2124+0414' RA= 21:24:18.869153 DEC= +04:14:16.26260 RAER= 0.45 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.065, 8.4, 0.039, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2122+421', 'J2124+4223' RA= 21:24:26.267364 DEC= +42:23:52.27383 RAER= 1.94 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2121-500', 'J2124-4948' RA= 21:24:29.111408 DEC= -49:48:06.87201 RAER= 1.53 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.127, 0.169 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2122+519', 'J2124+5207' RA= 21:24:34.685539 DEC= +52:07:14.78517 RAER= 10.09 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2121-163', 'J2124-1608' RA= 21:24:38.559547 DEC= -16:08:37.67256 RAER= 0.69 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.028, 8.4, 0.037, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2122+507', 'J2124+5058' RA= 21:24:39.370725 DEC= +50:58:25.79270 RAER= 0.24 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.249, 0.006, 8.4, 0.161, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '2121-199', 'J2124-1941' RA= 21:24:44.640197 DEC= -19:41:43.37425 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.109, 5.0, 0.122, 0.111, 8.4, 0.151, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '2122-051', 'J2124-0454' RA= 21:24:48.576052 DEC= -04:54:44.35090 RAER= 22.66 DECER= 17.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2117-820', 'J2124-8147' RA= 21:24:55.238417 DEC= -81:47:11.91913 RAER= 1.99 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2122-148', 'J2124-1438' RA= 21:24:55.349726 DEC= -14:38:13.32002 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.051, 8.4, 0.110, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '2122+101', 'J2124+1024' RA= 21:24:57.101618 DEC= +10:24:51.03535 RAER= 0.91 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.019, 8.4, 0.019, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2123+586', 'J2125+5850' RA= 21:25:05.604366 DEC= +58:50:58.91802 RAER= 2.40 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.008, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2122+050', 'J2125+0514' RA= 21:25:06.639890 DEC= +05:14:48.13347 RAER= 7.45 DECER= 8.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2123+400', 'J2125+4018' RA= 21:25:07.943102 DEC= +40:18:02.57426 RAER= 23.07 DECER= 7.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2122-251', 'J2125-2458' RA= 21:25:13.615085 DEC= -24:58:40.08407 RAER= 1.04 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2122-357', 'J2125-3534' RA= 21:25:15.377206 DEC= -35:34:46.63008 RAER= 10.85 DECER= 25.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2123+326', 'J2125+3252' RA= 21:25:18.838308 DEC= +32:52:03.91851 RAER= 1.28 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2123+244', 'J2125+2442' RA= 21:25:26.170690 DEC= +24:42:03.58517 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.059, 5.0, 0.083, 0.066, 8.4, 0.090, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 709 observations" / source= '2122-033', 'J2125-0308' RA= 21:25:26.385097 DEC= -03:08:43.04631 RAER= 0.46 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.029, 8.4, 0.037, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2125+740', 'J2125+7418' RA= 21:25:26.781173 DEC= +74:18:33.78715 RAER= 1.01 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.078, 8.4, 0.123, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2124+641', 'J2125+6423' RA= 21:25:27.447020 DEC= +64:23:39.35656 RAER= 0.29 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.272, 0.083, 5.0, 0.680, n/a, 8.4, 0.393, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 671 observations" / source= '2123+375', 'J2125+3747' RA= 21:25:29.050697 DEC= +37:47:41.32295 RAER= 0.65 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.058, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2122+044', 'J2125+0441' RA= 21:25:29.255441 DEC= +04:41:35.52172 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.268, 0.238, 8.4, 0.266, 0.213 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 733 observations" / source= '2123+302', 'J2125+3029' RA= 21:25:36.247173 DEC= +30:29:49.51623 RAER= 0.58 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.051, 8.4, 0.067, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2122-380', 'J2125-3748' RA= 21:25:38.068907 DEC= -37:48:38.99075 RAER= 20.34 DECER= 42.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2123-103', 'J2125-1006' RA= 21:25:43.921330 DEC= -10:06:37.70846 RAER= 3.80 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2122-238', 'J2125-2338' RA= 21:25:52.122235 DEC= -23:38:11.73870 RAER= 0.21 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.075, 8.4, 0.062, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '2123-298', 'J2125-2935' RA= 21:25:57.970522 DEC= -29:35:39.02791 RAER= 10.69 DECER= 24.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2123-243', 'J2125-2405' RA= 21:25:59.453686 DEC= -24:05:31.51014 RAER= 0.97 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, n/a, 8.4, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2123-165', 'J2126-1619' RA= 21:26:15.607138 DEC= -16:19:09.57859 RAER= 4.92 DECER= 7.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2123+201', 'J2126+2020' RA= 21:26:17.472567 DEC= +20:20:24.02012 RAER= 1.60 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2123-071', 'J2126-0654' RA= 21:26:19.660227 DEC= -06:54:08.93655 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.050, 8.4, 0.042, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '2125+641', 'J2126+6423' RA= 21:26:20.869122 DEC= +64:23:52.33799 RAER= 11.71 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2124+288', 'J2126+2904' RA= 21:26:24.727701 DEC= +29:04:02.32194 RAER= 0.26 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.093, 8.4, 0.104, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2123-395', 'J2126-3921' RA= 21:26:25.195858 DEC= -39:21:22.27052 RAER= 1.16 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2124+184', 'J2126+1841' RA= 21:26:28.472107 DEC= +18:41:01.30287 RAER= 0.29 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.063, 8.4, 0.067, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125+608', 'J2126+6101' RA= 21:26:29.020904 DEC= +61:01:38.28659 RAER= 10.48 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2123-172', 'J2126-1659' RA= 21:26:30.537866 DEC= -16:59:17.61829 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.050, 8.4, 0.083, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '2123-463', 'J2126-4605' RA= 21:26:30.704259 DEC= -46:05:47.89214 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.432, 0.228, 8.4, 0.307, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 664 observations" / source= '2123-015', 'J2126-0119' RA= 21:26:32.757462 DEC= -01:19:32.40538 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.167, 8.4, 0.230, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '2123-385', 'J2126-3818' RA= 21:26:42.682657 DEC= -38:18:33.39015 RAER= 24.51 DECER= 50.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2123-245', 'J2126-2418' RA= 21:26:44.930666 DEC= -24:18:22.29334 RAER= 0.90 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.048, 8.4, 0.057, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2123-235', 'J2126-2322' RA= 21:26:46.711586 DEC= -23:22:02.66543 RAER= 7.63 DECER= 14.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.031, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2126+668', 'J2126+6706' RA= 21:26:59.731048 DEC= +67:06:48.37985 RAER= 3.07 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2125+632', 'J2127+6327' RA= 21:27:01.136279 DEC= +63:27:05.30591 RAER= 2.47 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.113, 8.4, 0.111, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2124+349', 'J2127+3507' RA= 21:27:02.156785 DEC= +35:07:53.89368 RAER= 2.18 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2124-277', 'J2127-2730' RA= 21:27:03.031013 DEC= -27:30:10.20144 RAER= 0.99 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.028, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2124-065', 'J2127-0620' RA= 21:27:15.347097 DEC= -06:20:41.71774 RAER= 9.34 DECER= 10.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, n/a, 0.035, 8.4, 0.009, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2125+491', 'J2127+4921' RA= 21:27:18.488324 DEC= +49:21:56.81070 RAER= 1.84 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.058, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2124-120', 'J2127-1151' RA= 21:27:25.824727 DEC= -11:51:16.34786 RAER= 1.02 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2125+49A', 'J2127+492A' RA= 21:27:31.887298 DEC= +49:21:20.95588 RAER= 0.86 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '2125+552', 'J2127+5528' RA= 21:27:32.276257 DEC= +55:28:33.97994 RAER= 1.24 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2125+364', 'J2127+3640' RA= 21:27:39.492293 DEC= +36:40:30.83235 RAER= 0.69 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2125+359', 'J2127+3613' RA= 21:27:43.028507 DEC= +36:13:05.73348 RAER= 0.67 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.073, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2124-579', 'J2127-5745' RA= 21:27:45.181982 DEC= -57:45:29.04790 RAER= 0.90 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.257, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2125+095', 'J2127+0945' RA= 21:27:53.614572 DEC= +09:45:33.67326 RAER= 1.01 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.011, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2124-392', 'J2127-3858' RA= 21:27:58.907972 DEC= -38:58:56.68356 RAER= 0.96 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.010, 8.4, 0.106, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125-217', 'J2127-2133' RA= 21:27:59.833467 DEC= -21:33:55.24032 RAER= 0.62 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.048, 8.4, 0.062, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2125+070', 'J2128+0714' RA= 21:28:03.423842 DEC= +07:14:48.36709 RAER= 0.50 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.041, 8.4, 0.059, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2126+489', 'J2128+4911' RA= 21:28:03.764231 DEC= +49:11:26.04100 RAER= 0.52 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.018, 8.4, 0.098, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '2126+479', 'J2128+4808' RA= 21:28:04.368109 DEC= +48:08:53.07221 RAER= 21.78 DECER= 18.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2125-237', 'J2128-2329' RA= 21:28:05.551350 DEC= -23:29:45.45077 RAER= 4.25 DECER= 7.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2125+024', 'J2128+0238' RA= 21:28:08.252473 DEC= +02:38:24.79933 RAER= 1.17 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, n/a, 8.4, 0.118, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2125-116', 'J2128-1125' RA= 21:28:09.283899 DEC= -11:25:07.16531 RAER= 1.05 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.008, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125+227', 'J2128+2258' RA= 21:28:09.453570 DEC= +22:58:50.74044 RAER= 1.48 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125-152', 'J2128-1504' RA= 21:28:21.890236 DEC= -15:04:52.72057 RAER= 0.30 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.012, 8.4, 0.036, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '2125-029', 'J2128-0244' RA= 21:28:22.221937 DEC= -02:44:32.81446 RAER= 0.36 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.052, 8.4, 0.070, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2125-207', 'J2128-2032' RA= 21:28:30.320337 DEC= -20:32:14.05126 RAER= 2.20 DECER= 4.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2125-251', 'J2128-2458' RA= 21:28:30.427910 DEC= -24:58:18.12835 RAER= 1.32 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.037, 8.4, 0.041, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2126+101', 'J2128+1023' RA= 21:28:40.552850 DEC= +10:23:22.49727 RAER= 1.00 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2126+310', 'J2128+3114' RA= 21:28:49.311224 DEC= +31:14:04.23792 RAER= 0.57 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.037, 8.4, 0.074, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2125-388', 'J2128-3839' RA= 21:28:49.786070 DEC= -38:39:26.69085 RAER= 2.31 DECER= 11.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.189, n/a, 8.4, 0.104, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2126+010', 'J2128+0115' RA= 21:28:50.958150 DEC= +01:15:29.86884 RAER= 0.39 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '2126+370', 'J2128+3715' RA= 21:28:51.269186 DEC= +37:15:24.55445 RAER= 0.77 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.031, 8.4, 0.039, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2126-285', 'J2129-2818' RA= 21:29:07.287644 DEC= -28:18:34.71662 RAER= 2.74 DECER= 5.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.016, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2126-158', 'J2129-1538' RA= 21:29:12.175892 DEC= -15:38:41.04210 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.829, 0.636, 5.0, 1.297, 0.929, 8.4, 1.478, 0.760, 15.2, 1.012, 0.714 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35677 observations" / source= '2126+004', 'J2129+0037' RA= 21:29:16.601269 DEC= +00:37:56.70886 RAER= 1.56 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.031, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2127+304', 'J2129+3041' RA= 21:29:18.509995 DEC= +30:41:24.36194 RAER= 1.74 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2126-185', 'J2129-1821' RA= 21:29:21.419111 DEC= -18:21:22.79038 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.281, 0.591, 8.4, 0.550, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 616 observations" / source= '2127+113', 'J2129+1133' RA= 21:29:28.735359 DEC= +11:33:25.26874 RAER= 1.77 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2128+555', 'J2129+5546' RA= 21:29:36.780916 DEC= +55:46:38.99183 RAER= 1.31 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2126-214', 'J2129-2111' RA= 21:29:37.422977 DEC= -21:11:44.36273 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.032, 8.4, 0.040, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '2128+681', 'J2129+6819' RA= 21:29:37.779251 DEC= +68:19:49.14838 RAER= 0.40 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.063, 8.4, 0.082, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 376 observations" / source= '2127+444', 'J2129+4439' RA= 21:29:41.325670 DEC= +44:39:20.96004 RAER= 25.93 DECER= 15.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.049, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2127+266', 'J2129+2649' RA= 21:29:42.314996 DEC= +26:49:15.90926 RAER= 1.63 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2126-319', 'J2129-3142' RA= 21:29:43.343688 DEC= -31:42:08.13428 RAER= 1.85 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2127-09B', 'J2129-0926' RA= 21:29:52.840006 DEC= -09:26:56.22059 RAER= 834.90 DECER= 120.69 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '2127-09A', 'J2129-0925' RA= 21:29:57.963429 DEC= -09:25:42.40442 RAER= 12.15 DECER= 22.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '2127-180', 'J2130-1746' RA= 21:30:01.725183 DEC= -17:46:53.64696 RAER= 0.54 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.085, 8.4, 0.058, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2133+837', 'J2130+8357' RA= 21:30:10.485449 DEC= +83:57:21.45149 RAER= 4.29 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2127+034', 'J2130+0339' RA= 21:30:10.499057 DEC= +03:39:54.85774 RAER= 0.33 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.048, 8.4, 0.104, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2127+149', 'J2130+1510' RA= 21:30:14.536341 DEC= +15:10:52.91005 RAER= 0.77 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.017, 8.4, 0.037, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2128+263', 'J2130+2637' RA= 21:30:15.646725 DEC= +26:37:01.81973 RAER= 1.36 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2127+085', 'J2130+0843' RA= 21:30:16.249757 DEC= +08:43:55.92729 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.058, 8.4, 0.085, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 993 observations" / source= '2127-096', 'J2130-0927' RA= 21:30:19.088260 DEC= -09:27:37.43517 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.365, 0.278, 5.0, 0.350, 0.330, 8.4, 0.405, 0.308 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4412 observations" / source= '2128+165', 'J2130+1643' RA= 21:30:22.367017 DEC= +16:43:25.62225 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.098, 5.0, 0.165, 0.130, 8.4, 0.267, 0.237 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 453 observations" / source= '2128+333', 'J2130+3332' RA= 21:30:29.699601 DEC= +33:32:49.05636 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.091, 8.4, 0.080, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '2128+048', 'J2130+0502' RA= 21:30:32.877409 DEC= +05:02:17.47531 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.656, 0.329, 8.4, 0.386, 0.070, 15.2, 0.414, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '2127-454', 'J2130-4515' RA= 21:30:52.390613 DEC= -45:15:43.33226 RAER= 1.54 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.143, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2128-193', 'J2131-1906' RA= 21:31:00.292418 DEC= -19:06:34.68555 RAER= 0.58 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '2128-208', 'J2131-2036' RA= 21:31:01.476184 DEC= -20:36:56.15477 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.639, 0.104, 5.0, 0.265, 0.025, 8.4, 0.114, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 705 observations" / source= '2128-280', 'J2131-2746' RA= 21:31:03.238949 DEC= -27:46:58.01012 RAER= 0.91 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2129+575', 'J2131+5748' RA= 21:31:06.039130 DEC= +57:48:59.97005 RAER= 2.12 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.012, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2129+228', 'J2131+2305' RA= 21:31:17.363651 DEC= +23:05:03.43442 RAER= 1.58 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.008, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2128+089', 'J2131+0912' RA= 21:31:21.729701 DEC= +09:12:34.32740 RAER= 1.07 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2131+748', 'J2131+7503' RA= 21:31:22.081152 DEC= +75:03:09.56679 RAER= 4.63 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2128-315', 'J2131-3121' RA= 21:31:23.159711 DEC= -31:21:14.54126 RAER= 2.00 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2129+299', 'J2131+3008' RA= 21:31:24.763226 DEC= +30:08:12.09585 RAER= 1.89 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2129+267', 'J2131+2700' RA= 21:31:28.570357 DEC= +27:00:24.06242 RAER= 3.77 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2128-388', 'J2131-3837' RA= 21:31:32.961971 DEC= -38:37:04.36230 RAER= 1.21 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2128-123', 'J2131-1207' RA= 21:31:35.261757 DEC= -12:07:04.79600 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.143, 0.843, 5.0, 1.984, 0.554, 8.4, 2.357, 0.749, 15.2, 2.096, 0.478 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26385 observations" / source= '2128-094', 'J2131-0915' RA= 21:31:35.423422 DEC= -09:15:23.69277 RAER= 0.31 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '2128-272', 'J2131-2701' RA= 21:31:35.539904 DEC= -27:01:59.27059 RAER= 0.87 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.027, 8.4, 0.049, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2135+842', 'J2131+8430' RA= 21:31:39.321633 DEC= +84:30:11.81811 RAER= 1.33 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.565, 0.192, 8.4, 0.169, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 747 observations" / source= '2128-163', 'J2131-1604' RA= 21:31:43.172672 DEC= -16:04:50.63011 RAER= 0.82 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.036, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2130+587', 'J2131+5857' RA= 21:31:49.882082 DEC= +58:57:29.37705 RAER= 2.98 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.033, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2128-254', 'J2131-2515' RA= 21:31:51.540907 DEC= -25:15:58.64386 RAER= 4.24 DECER= 13.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2129+170', 'J2131+1714' RA= 21:31:52.386924 DEC= +17:14:19.55844 RAER= 0.69 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2129+259', 'J2131+2610' RA= 21:31:56.477991 DEC= +26:10:34.78962 RAER= 2.58 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2130+520', 'J2131+5214' RA= 21:31:58.114930 DEC= +52:14:16.79907 RAER= 1.22 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2129-056', 'J2132-0524' RA= 21:32:06.777504 DEC= -05:24:44.21001 RAER= 1.75 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2128-545', 'J2132-5420' RA= 21:32:08.300260 DEC= -54:20:36.51970 RAER= 0.90 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.131, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 143 observations" / source= '2129+154', 'J2132+1541' RA= 21:32:09.091572 DEC= +15:41:08.88531 RAER= 0.61 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.212, 0.021, 8.4, 0.078, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2131+724', 'J2132+7240' RA= 21:32:12.384427 DEC= +72:40:47.52353 RAER= 3.80 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.053, 8.4, 0.053, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2131+686', 'J2132+6853' RA= 21:32:15.437189 DEC= +68:53:33.05998 RAER= 2.11 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.067, 8.4, 0.084, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2129+025', 'J2132+0243' RA= 21:32:23.231510 DEC= +02:43:38.23858 RAER= 0.35 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.204, 0.158, 8.4, 0.096, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2129-287', 'J2132-2831' RA= 21:32:25.900176 DEC= -28:31:33.32835 RAER= 0.73 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.028, 8.4, 0.041, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2129-112', 'J2132-1103' RA= 21:32:32.360695 DEC= -11:03:36.39932 RAER= 20.73 DECER= 23.14 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2131+582', 'J2132+5829' RA= 21:32:35.215088 DEC= +58:29:24.70738 RAER= 16.30 DECER= 10.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2129-232', 'J2132-2302' RA= 21:32:50.463842 DEC= -23:02:25.39870 RAER= 1.41 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.027, 8.4, 0.028, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2131+630', 'J2132+6316' RA= 21:32:51.419756 DEC= +63:16:28.83058 RAER= 1.34 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.178, 0.129, 8.4, 0.147, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2130+259', 'J2132+2611' RA= 21:32:53.043818 DEC= +26:11:43.75895 RAER= 0.49 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.025, 8.4, 0.077, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '2130+252', 'J2133+2528' RA= 21:33:14.361408 DEC= +25:28:59.12355 RAER= 0.39 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2130-114', 'J2133-1115' RA= 21:33:14.829044 DEC= -11:15:17.17069 RAER= 1.89 DECER= 5.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2130-184', 'J2133-1810' RA= 21:33:20.302832 DEC= -18:10:51.50996 RAER= 0.21 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.044, 8.4, 0.045, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 276 observations" / source= '2130-336', 'J2133-3326' RA= 21:33:21.390047 DEC= -33:26:16.16875 RAER= 3.30 DECER= 19.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2132+679', 'J2133+6811' RA= 21:33:22.667838 DEC= +68:11:06.56378 RAER= 2.90 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.011, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2136+824', 'J2133+8239' RA= 21:33:34.079399 DEC= +82:39:06.05399 RAER= 1.09 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.133, 8.4, 0.201, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '2130-218', 'J2133-2138' RA= 21:33:34.308678 DEC= -21:38:18.61196 RAER= 9.23 DECER= 19.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2131+475', 'J2133+4747' RA= 21:33:36.444349 DEC= +47:47:32.51319 RAER= 10.41 DECER= 7.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2131+145', 'J2133+1443' RA= 21:33:37.389273 DEC= +14:43:46.46415 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.113, 8.4, 0.177, 0.153 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 745 observations" / source= '2130-179', 'J2133-1744' RA= 21:33:38.497689 DEC= -17:44:35.00409 RAER= 0.84 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2132+665', 'J2133+6647' RA= 21:33:49.156718 DEC= +66:47:04.38024 RAER= 1.01 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2131+281', 'J2133+2820' RA= 21:33:50.872980 DEC= +28:20:45.66387 RAER= 0.22 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.036, 8.4, 0.078, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '2131+379', 'J2133+3812' RA= 21:33:53.728170 DEC= +38:12:25.34479 RAER= 5.07 DECER= 7.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2130-425', 'J2134-4218' RA= 21:34:01.172237 DEC= -42:18:43.24958 RAER= 0.28 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.362, 0.234, 5.0, 0.307, n/a, 8.4, 0.208, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '2131-020', 'J2134-0150' RA= 21:34:04.475516 DEC= -01:50:38.36962 RAER= 655.02 DECER= 1038.9 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations. No flux information" / source= '2131-021', 'J2134-0153' RA= 21:34:10.309590 DEC= -01:53:17.23889 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.658, 0.487, 5.0, 1.844, 1.083, 8.4, 1.558, 0.689, 15.2, 1.998, 0.691 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20248 observations" / source= '2131-178', 'J2134-1735' RA= 21:34:11.715864 DEC= -17:35:41.87295 RAER= 11.85 DECER= 15.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2131-045', 'J2134-0419' RA= 21:34:12.010847 DEC= -04:19:09.85956 RAER= 0.19 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.095, 5.0, 0.135, 0.055, 8.4, 0.121, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 178 observations" / source= '2131+251', 'J2134+2520' RA= 21:34:12.558334 DEC= +25:20:04.98608 RAER= 0.40 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.049, 8.4, 0.067, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2130-654', 'J2134-6513' RA= 21:34:13.235038 DEC= -65:13:37.16554 RAER= 3.47 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2131+175', 'J2134+1746' RA= 21:34:16.552407 DEC= +17:46:55.75998 RAER= 0.74 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.022, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2132+406', 'J2134+4050' RA= 21:34:24.106766 DEC= +40:50:11.33273 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.153, 8.4, 0.153, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 451 observations" / source= '2131-217', 'J2134-2130' RA= 21:34:30.179757 DEC= -21:30:32.80054 RAER= 0.19 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.032, 0.035, 8.4, 0.035, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '2132+285', 'J2134+2848' RA= 21:34:35.805847 DEC= +28:48:23.11079 RAER= 1.95 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2131-273', 'J2134-2705' RA= 21:34:35.986799 DEC= -27:05:55.88490 RAER= 1.20 DECER= 3.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2131-241', 'J2134-2355' RA= 21:34:37.654893 DEC= -23:55:36.41314 RAER= 1.63 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.032, 8.4, 0.044, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2132+357', 'J2134+3559' RA= 21:34:49.073861 DEC= +35:59:35.59600 RAER= 0.83 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.047, 8.4, 0.044, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2131-340', 'J2134-3351' RA= 21:34:50.824510 DEC= -33:51:14.75032 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.174, 8.4, 0.160, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '2132+304', 'J2135+3040' RA= 21:35:01.747331 DEC= +30:40:11.00970 RAER= 1.98 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2132-334', 'J2135-3312' RA= 21:35:11.675749 DEC= -33:12:42.20692 RAER= 2.02 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2133+556', 'J2135+5552' RA= 21:35:13.602411 DEC= +55:52:32.34368 RAER= 3.31 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2131-503', 'J2135-5006' RA= 21:35:20.151048 DEC= -50:06:51.73216 RAER= 1.47 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.153, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2133+313', 'J2135+3137' RA= 21:35:23.116071 DEC= +31:37:10.56152 RAER= 1.38 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2132-028', 'J2135-0235' RA= 21:35:24.385988 DEC= -02:35:51.43428 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.099, 8.4, 0.122, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '2132-185', 'J2135-1822' RA= 21:35:35.017142 DEC= -18:22:13.86207 RAER= 0.22 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.027, n/a, 5.0, 0.024, 0.021, 8.4, 0.038, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '2132-275', 'J2135-2719' RA= 21:35:44.188386 DEC= -27:19:26.01306 RAER= 2.17 DECER= 8.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2131-690', 'J2135-6848' RA= 21:35:49.882721 DEC= -68:48:33.92450 RAER= 1.11 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2133-014', 'J2135-0112' RA= 21:35:50.689525 DEC= -01:12:49.87132 RAER= 0.80 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.096, 8.4, 0.085, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2133+469', 'J2135+4710' RA= 21:35:51.057698 DEC= +47:10:22.17308 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.026, 5.0, 0.065, 0.022, 8.4, 0.076, 0.047, 22.2, 0.088, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '2133-178', 'J2135-1737' RA= 21:35:51.351546 DEC= -17:37:09.78895 RAER= 0.99 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2133-082', 'J2135-0803' RA= 21:35:51.940031 DEC= -08:03:10.41233 RAER= 0.87 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2133+010', 'J2135+0118' RA= 21:35:52.504152 DEC= +01:18:15.71620 RAER= 0.89 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.020, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2133+366', 'J2135+3654' RA= 21:35:54.747295 DEC= +36:54:31.25411 RAER= 1.24 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.028, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2133+182', 'J2135+1830' RA= 21:35:55.353927 DEC= +18:30:26.37382 RAER= 1.01 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2133+179', 'J2135+1812' RA= 21:35:58.249836 DEC= +18:12:18.84732 RAER= 0.56 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.041, 8.4, 0.057, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2133-376', 'J2136-3723' RA= 21:36:08.501175 DEC= -37:23:10.54403 RAER= 20.44 DECER= 30.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2134+341', 'J2136+3422' RA= 21:36:13.417785 DEC= +34:22:38.12167 RAER= 1.34 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2132-638', 'J2136-6335' RA= 21:36:22.074739 DEC= -63:35:51.03747 RAER= 0.50 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.177, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '2133-069', 'J2136-0643' RA= 21:36:22.308428 DEC= -06:43:52.09816 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.064, 5.0, 0.161, 0.119, 8.4, 0.194, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 513 observations" / source= '2134+428', 'J2136+4301' RA= 21:36:24.006367 DEC= +43:01:42.47348 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.099, 8.4, 0.118, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '2133-109', 'J2136-1042' RA= 21:36:24.481208 DEC= -10:42:45.29206 RAER= 0.24 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.031, 8.4, 0.047, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '2134+004', 'J2136+0041' RA= 21:36:38.586348 DEC= +00:41:54.21276 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 6.688, 3.278, 5.0, 10.101, 2.891, 8.4, 8.163, 1.472, 15.2, 6.092, 0.923 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35574 observations" / source= '2134-168', 'J2136-1637' RA= 21:36:56.103073 DEC= -16:37:29.91606 RAER= 9.04 DECER= 10.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.004, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2135+508', 'J2137+5101' RA= 21:37:00.986162 DEC= +51:01:36.12914 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.090, 8.4, 0.312, 0.219, 22.2, 0.602, 0.321 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1968 observations" / source= '2134-249', 'J2137-2442' RA= 21:37:01.157599 DEC= -24:42:49.67026 RAER= 0.80 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.027, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2134-091', 'J2137-0856' RA= 21:37:02.761362 DEC= -08:56:41.18809 RAER= 2.69 DECER= 5.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2134+237', 'J2137+2357' RA= 21:37:05.966247 DEC= +23:57:01.92989 RAER= 0.17 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, 0.024, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 748 observations" / source= '2134-397', 'J2137-3932' RA= 21:37:06.920660 DEC= -39:32:32.47299 RAER= 1.84 DECER= 15.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2134-317', 'J2137-3130' RA= 21:37:23.123147 DEC= -31:30:42.43709 RAER= 2.20 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2134-323', 'J2137-3207' RA= 21:37:26.913566 DEC= -32:07:58.40479 RAER= 1.97 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2135+102', 'J2137+1025' RA= 21:37:27.415638 DEC= +10:25:41.05079 RAER= 1.15 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2134+046', 'J2137+0451' RA= 21:37:30.020086 DEC= +04:51:22.15657 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.055, 8.4, 0.103, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2135+282', 'J2137+2830' RA= 21:37:31.919575 DEC= +28:30:30.92018 RAER= 1.24 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2135+412', 'J2137+4131' RA= 21:37:33.906832 DEC= +41:31:10.74072 RAER= 3.46 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2135+494', 'J2137+4940' RA= 21:37:38.377771 DEC= +49:40:34.69575 RAER= 11.82 DECER= 6.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2134-339', 'J2137-3346' RA= 21:37:43.059538 DEC= -33:46:21.57397 RAER= 5.57 DECER= 10.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2135+347', 'J2137+3455' RA= 21:37:44.102812 DEC= +34:55:42.09187 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.135, 5.0, 0.210, 0.135, 8.4, 0.202, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '2135-147', 'J2137-1432' RA= 21:37:45.195948 DEC= -14:32:55.69593 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.079, 5.0, 0.116, 0.032, 8.4, 0.126, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '2135-209', 'J2137-2042' RA= 21:37:50.007892 DEC= -20:42:31.67311 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.546, 0.078, 8.4, 0.220, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '2134-470', 'J2138-4646' RA= 21:38:01.066142 DEC= -46:46:40.49198 RAER= 67.89 DECER= 27.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.170, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2136+356', 'J2138+3554' RA= 21:38:06.739083 DEC= +35:54:29.49143 RAER= 0.35 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.034, 8.4, 0.108, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2136+332', 'J2138+3326' RA= 21:38:14.233091 DEC= +33:26:16.16546 RAER= 0.51 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.023, 8.4, 0.099, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2136+430', 'J2138+4318' RA= 21:38:19.628277 DEC= +43:18:19.03473 RAER= 0.89 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.012, 8.4, 0.031, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2135-497', 'J2138-4931' RA= 21:38:26.359176 DEC= -49:31:01.77597 RAER= 4.50 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a, 8.4, 0.027, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2136+588', 'J2138+5906' RA= 21:38:26.917505 DEC= +59:06:52.28318 RAER= 3.13 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.010, 8.4, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2136+443', 'J2138+4435' RA= 21:38:32.492611 DEC= +44:35:15.33075 RAER= 1.13 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.036, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2135-248', 'J2138-2439' RA= 21:38:37.181084 DEC= -24:39:54.46597 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.709, 0.616, 8.4, 0.466, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 549 observations" / source= '2135-180', 'J2138-1750' RA= 21:38:38.272098 DEC= -17:50:39.69245 RAER= 6.84 DECER= 14.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2136-034', 'J2138-0312' RA= 21:38:41.146613 DEC= -03:12:11.37313 RAER= 0.80 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2135-184', 'J2138-1810' RA= 21:38:41.926699 DEC= -18:10:44.37344 RAER= 0.43 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.854, 0.052, 8.4, 0.076, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1161 observations" / source= '2136-190', 'J2138-1849' RA= 21:38:47.449056 DEC= -18:49:30.67367 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.379, 0.124, 8.4, 0.140, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '2136-211', 'J2138-2053' RA= 21:38:52.755767 DEC= -20:53:47.71013 RAER= 0.90 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '2136+021', 'J2138+0220' RA= 21:38:53.300367 DEC= +02:20:17.02497 RAER= 0.87 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.012, 8.4, 0.037, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2136+141', 'J2139+1423' RA= 21:39:01.309270 DEC= +14:23:35.99225 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.545, 0.928, 5.0, 2.236, 1.476, 8.4, 2.465, 1.062, 15.2, 2.001, 0.627, 22.2, 1.411, 0.547 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66289 observations" / source= '2136+333', 'J2139+3335' RA= 21:39:03.886283 DEC= +33:35:33.46597 RAER= 1.68 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2136-112', 'J2139-1104' RA= 21:39:08.072122 DEC= -11:04:18.42077 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.030, 8.4, 0.042, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 280 observations" / source= '2136-251', 'J2139-2454' RA= 21:39:13.228931 DEC= -24:54:15.06771 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.082, 8.4, 0.111, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '2136-224', 'J2139-2213' RA= 21:39:14.708577 DEC= -22:13:10.39157 RAER= 1.57 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2138+682', 'J2139+6831' RA= 21:39:22.876763 DEC= +68:31:29.42654 RAER= 2.34 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.041, 8.4, 0.066, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2136-428', 'J2139-4235' RA= 21:39:24.173366 DEC= -42:35:20.46901 RAER= 1.22 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 151 observations" / source= '2136-176', 'J2139-1723' RA= 21:39:26.445089 DEC= -17:23:51.39376 RAER= 1.57 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2137+554', 'J2139+5540' RA= 21:39:32.616236 DEC= +55:40:31.75120 RAER= 1.12 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.045, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '2137+555', 'J2139+5544' RA= 21:39:34.064281 DEC= +55:44:45.80087 RAER= 10.29 DECER= 8.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2137+124', 'J2139+1239' RA= 21:39:35.319348 DEC= +12:39:52.09428 RAER= 0.60 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.067, 8.4, 0.043, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2137+170', 'J2139+1718' RA= 21:39:37.147696 DEC= +17:18:26.05859 RAER= 0.23 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.051, 8.4, 0.103, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2137+130', 'J2139+1316' RA= 21:39:38.140538 DEC= +13:16:13.04920 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.121, 8.4, 0.141, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '2137+403', 'J2139+4036' RA= 21:39:40.024734 DEC= +40:36:01.70339 RAER= 10.29 DECER= 7.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2137+372', 'J2139+3726' RA= 21:39:40.714781 DEC= +37:26:10.46845 RAER= 0.79 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.036, 8.4, 0.039, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2137+011', 'J2139+0122' RA= 21:39:42.508875 DEC= +01:22:27.16754 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.072, 8.4, 0.099, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 599 observations" / source= '2137+102', 'J2139+1027' RA= 21:39:42.594848 DEC= +10:27:42.78228 RAER= 1.19 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2137+209', 'J2139+2111' RA= 21:39:46.739409 DEC= +21:11:35.35818 RAER= 0.21 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.324, 0.031, 8.4, 0.153, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 209 observations" / source= '2138+527', 'J2139+5300' RA= 21:39:53.624446 DEC= +53:00:16.59793 RAER= 1.22 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, n/a, 8.4, 0.127, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2137+285', 'J2140+2844' RA= 21:40:01.584575 DEC= +28:44:39.83835 RAER= 0.94 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.021, 8.4, 0.026, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2139+748', 'J2140+7505' RA= 21:40:02.039604 DEC= +75:05:21.71419 RAER= 1.41 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2137+105', 'J2140+1047' RA= 21:40:06.269131 DEC= +10:47:37.63172 RAER= 0.53 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.032, 8.4, 0.044, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2137+313', 'J2140+3135' RA= 21:40:06.644361 DEC= +31:35:52.05941 RAER= 1.39 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2138+389', 'J2140+3911' RA= 21:40:16.947121 DEC= +39:11:44.85506 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.516, 0.040, 8.4, 0.275, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4484 observations" / source= '2138+439', 'J2140+4411' RA= 21:40:20.105540 DEC= +44:11:03.06648 RAER= 0.97 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.284, 0.014, 8.4, 0.126, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2138+160', 'J2140+1617' RA= 21:40:29.172084 DEC= +16:17:45.25037 RAER= 0.97 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.009, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2137-196', 'J2140-1923' RA= 21:40:46.860175 DEC= -19:23:56.04671 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.115, 8.4, 0.107, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '2138+144', 'J2140+1438' RA= 21:40:47.813623 DEC= +14:38:12.35865 RAER= 0.84 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.010, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2138-283', 'J2140-2804' RA= 21:40:56.525274 DEC= -28:04:59.94534 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.105, 8.4, 0.072, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '2138-169', 'J2141-1641' RA= 21:41:03.900370 DEC= -16:41:38.28287 RAER= 0.88 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2138-045', 'J2141-0417' RA= 21:41:07.313065 DEC= -04:17:43.52017 RAER= 0.51 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2139+318', 'J2141+3201' RA= 21:41:13.835496 DEC= +32:01:51.94265 RAER= 309.87 DECER= 317.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2138-367', 'J2141-3632' RA= 21:41:14.481616 DEC= -36:32:21.32466 RAER= 19.61 DECER= 27.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2138+086', 'J2141+0851' RA= 21:41:22.048607 DEC= +08:51:54.39258 RAER= 0.89 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2139+295', 'J2141+2947' RA= 21:41:23.889640 DEC= +29:47:06.20798 RAER= 0.43 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2139+543', 'J2141+5433' RA= 21:41:27.978673 DEC= +54:33:30.52620 RAER= 4.36 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2139+288', 'J2141+2905' RA= 21:41:36.605482 DEC= +29:05:41.47267 RAER= 0.84 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.038, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2138-272', 'J2141-2658' RA= 21:41:39.226458 DEC= -26:58:36.80092 RAER= 1.15 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.089, 8.4, 0.047, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2139+136', 'J2141+1350' RA= 21:41:43.823645 DEC= +13:50:30.78469 RAER= 0.47 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.044, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2137-644', 'J2141-6411' RA= 21:41:46.441159 DEC= -64:11:14.47677 RAER= 0.39 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2138-377', 'J2141-3729' RA= 21:41:52.449008 DEC= -37:29:12.99088 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.315, 0.171, 5.0, 0.288, n/a, 8.4, 0.261, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 295 observations" / source= '2139-119', 'J2141-1142' RA= 21:41:55.892014 DEC= -11:42:31.10813 RAER= 528.53 DECER= 874.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2139-008', 'J2141-0036' RA= 21:41:56.096089 DEC= -00:36:01.32876 RAER= 0.79 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.014, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2139-194', 'J2142-1914' RA= 21:42:01.758197 DEC= -19:14:00.40401 RAER= 2.79 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2140+447', 'J2142+4501' RA= 21:42:08.958558 DEC= +45:01:08.44099 RAER= 6.68 DECER= 18.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2139+028', 'J2142+0302' RA= 21:42:11.446825 DEC= +03:02:28.81510 RAER= 0.82 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2139-260', 'J2142-2551' RA= 21:42:15.926411 DEC= -25:51:26.59628 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.071, 8.4, 0.113, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '2140+401', 'J2142+4020' RA= 21:42:16.262182 DEC= +40:20:30.59243 RAER= 3.18 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2140+136', 'J2142+1354' RA= 21:42:24.489465 DEC= +13:54:21.16255 RAER= 0.57 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.075, 8.4, 0.095, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2140+224', 'J2142+2242' RA= 21:42:30.498592 DEC= +22:42:43.63692 RAER= 1.14 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2140+439', 'J2142+4410' RA= 21:42:30.516517 DEC= +44:10:14.65844 RAER= 0.88 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.054, 8.4, 0.059, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2139-249', 'J2142-2444' RA= 21:42:30.959032 DEC= -24:44:38.83185 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.157, 5.0, 0.022, n/a, 8.4, 0.267, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1829 observations" / source= '2140+516', 'J2142+5154' RA= 21:42:32.874782 DEC= +51:54:16.32725 RAER= 1.54 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2140+011', 'J2142+0124' RA= 21:42:33.709632 DEC= +01:24:52.76155 RAER= 0.45 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.029, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '2140+310', 'J2142+3115' RA= 21:42:34.055013 DEC= +31:15:15.00791 RAER= 1.34 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2140-048', 'J2142-0437' RA= 21:42:36.901694 DEC= -04:37:43.51258 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.436, 0.168, 8.4, 0.291, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 655 observations" / source= '2140+069', 'J2142+0712' RA= 21:42:38.765318 DEC= +07:12:11.21233 RAER= 0.47 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.076, 8.4, 0.056, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2139-232', 'J2142-2303' RA= 21:42:41.945944 DEC= -23:03:38.47718 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.085, 8.4, 0.114, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 382 observations" / source= '2140+197', 'J2142+1958' RA= 21:42:47.493246 DEC= +19:58:10.90493 RAER= 0.37 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '2142+707', 'J2142+7056' RA= 21:42:48.856496 DEC= +70:56:33.97399 RAER= 2.32 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.023, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2140+102', 'J2142+1031' RA= 21:42:55.330011 DEC= +10:31:22.78038 RAER= 4.57 DECER= 6.87 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '2139-397', 'J2143-3929' RA= 21:43:02.867269 DEC= -39:29:24.91339 RAER= 4.21 DECER= 25.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2140-169', 'J2143-1641' RA= 21:43:04.280905 DEC= -16:41:46.61622 RAER= 1.05 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.015, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2140-260', 'J2143-2549' RA= 21:43:05.059536 DEC= -25:49:43.03036 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.096, 8.4, 0.095, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 377 observations" / source= '2140+176', 'J2143+1751' RA= 21:43:05.290253 DEC= +17:51:33.50405 RAER= 0.65 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.033, 8.4, 0.043, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2140+095', 'J2143+0947' RA= 21:43:06.542100 DEC= +09:47:19.06996 RAER= 2.42 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2140+119', 'J2143+1212' RA= 21:43:10.968808 DEC= +12:12:44.95567 RAER= 0.49 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2140-181', 'J2143-1753' RA= 21:43:21.032105 DEC= -17:53:38.38893 RAER= 0.22 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.055, 8.4, 0.042, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 280 observations" / source= '2140-434', 'J2143-4312' RA= 21:43:33.655924 DEC= -43:12:53.07834 RAER= 10.84 DECER= 15.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2141+175', 'J2143+1743' RA= 21:43:35.544564 DEC= +17:43:48.78760 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.643, 0.521, 8.4, 0.833, 0.566, 15.2, 0.800, 0.458 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26608 observations" / source= '2141-016', 'J2143-0122' RA= 21:43:38.398358 DEC= -01:22:10.80121 RAER= 0.88 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2141+333', 'J2143+3337' RA= 21:43:50.135849 DEC= +33:37:10.81814 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.130, 5.0, 0.208, 0.084, 8.4, 0.126, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 674 observations" / source= '2141+364', 'J2143+3637' RA= 21:43:51.526425 DEC= +36:37:49.31365 RAER= 0.92 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.027, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2141+056', 'J2143+0550' RA= 21:43:54.099911 DEC= +05:50:59.74125 RAER= 0.40 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.058, 8.4, 0.089, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2141+324', 'J2143+3243' RA= 21:43:56.528699 DEC= +32:43:11.92941 RAER= 1.02 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2141+094', 'J2143+0939' RA= 21:43:56.730405 DEC= +09:39:44.09675 RAER= 0.41 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.076, 8.4, 0.075, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2140-418', 'J2144-4137' RA= 21:44:04.718479 DEC= -41:37:51.10298 RAER= 3.05 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.184, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2141+279', 'J2144+2810' RA= 21:44:11.724021 DEC= +28:10:18.96564 RAER= 1.24 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2142+313', 'J2144+3133' RA= 21:44:15.212105 DEC= +31:33:39.12399 RAER= 0.33 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.037, 8.4, 0.033, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2142+135', 'J2144+1344' RA= 21:44:26.324787 DEC= +13:44:58.32759 RAER= 0.66 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.036, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2141-081', 'J2144-0754' RA= 21:44:32.755602 DEC= -07:54:42.78957 RAER= 0.82 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2142+015', 'J2144+0148' RA= 21:44:38.049978 DEC= +01:48:26.34284 RAER= 0.61 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2141-334', 'J2144-3312' RA= 21:44:51.185625 DEC= -33:12:55.09898 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.545, 0.408, 8.4, 0.500, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 281 observations" / source= '2142+188', 'J2144+1905' RA= 21:44:57.710805 DEC= +19:05:18.92298 RAER= 0.61 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.055, 8.4, 0.064, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2142+18A', 'J2144+1904' RA= 21:44:58.751196 DEC= +19:04:46.98876 RAER= 1.20 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2142-341', 'J2145-3357' RA= 21:45:01.132537 DEC= -33:57:16.39172 RAER= 0.19 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.041, 8.4, 0.151, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '2143+515', 'J2145+5147' RA= 21:45:07.666590 DEC= +51:47:02.24208 RAER= 0.54 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2142+185', 'J2145+1845' RA= 21:45:14.369649 DEC= +18:45:19.64389 RAER= 0.56 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.035, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2142+110', 'J2145+1115' RA= 21:45:18.775067 DEC= +11:15:27.31244 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.145, 8.4, 0.294, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5167 observations" / source= '2142-200', 'J2145-1948' RA= 21:45:25.540480 DEC= -19:48:42.97702 RAER= 1.29 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2144+710', 'J2145+7114' RA= 21:45:27.823873 DEC= +71:14:56.73042 RAER= 2.75 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.017, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2143+098', 'J2145+1006' RA= 21:45:30.192738 DEC= +10:06:05.54029 RAER= 0.41 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '2142-048', 'J2145-0434' RA= 21:45:33.386914 DEC= -04:34:39.18789 RAER= 0.24 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.045, 8.4, 0.033, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 400 observations" / source= '2142-101', 'J2145-0957' RA= 21:45:36.878273 DEC= -09:57:40.14002 RAER= 3.34 DECER= 8.44 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '2142-319', 'J2145-3142' RA= 21:45:46.942135 DEC= -31:42:34.38177 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.056, 0.035, 5.0, 0.101, 0.064, 8.4, 0.081, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '2143-186', 'J2145-1825' RA= 21:45:49.010596 DEC= -18:25:59.74690 RAER= 1.10 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.031, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2143+070', 'J2145+0719' RA= 21:45:52.299858 DEC= +07:19:27.21371 RAER= 1.38 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.022, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2143+310', 'J2145+3117' RA= 21:45:52.435584 DEC= +31:17:35.03391 RAER= 1.64 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2143+275', 'J2145+2744' RA= 21:45:54.418920 DEC= +27:44:53.25026 RAER= 0.97 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2143-125', 'J2145-1218' RA= 21:45:56.054425 DEC= -12:18:20.12416 RAER= 2.28 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2143-298', 'J2146-2935' RA= 21:46:05.752170 DEC= -29:35:11.41112 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.122, 5.0, 0.099, 0.069, 8.4, 0.198, 0.207 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1044 observations" / source= '2143-208', 'J2146-2038' RA= 21:46:15.866955 DEC= -20:38:44.78749 RAER= 8.24 DECER= 16.12 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '2144+474', 'J2146+4739' RA= 21:46:16.819402 DEC= +47:39:54.00782 RAER= 0.76 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2143-156', 'J2146-1525' RA= 21:46:22.979328 DEC= -15:25:43.88566 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.448, 0.256, 5.0, 0.381, 0.304, 8.4, 0.427, 0.336 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12719 observations" / source= '2144+568', 'J2146+5703' RA= 21:46:25.936509 DEC= +57:03:24.69288 RAER= 0.68 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.051, 5.0, 0.054, n/a, 8.4, 0.083, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '2144+333', 'J2146+3332' RA= 21:46:26.232825 DEC= +33:32:40.86990 RAER= 1.17 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2140-781', 'J2146-7755' RA= 21:46:30.069493 DEC= -77:55:54.73449 RAER= 0.71 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.459, 0.367 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '2143-236', 'J2146-2326' RA= 21:46:32.394199 DEC= -23:26:34.00616 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.043, 8.4, 0.100, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '2143-139', 'J2146-1344' RA= 21:46:36.960688 DEC= -13:44:00.66702 RAER= 0.88 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2144+169', 'J2146+1713' RA= 21:46:37.144172 DEC= +17:13:39.09835 RAER= 0.47 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.041, 8.4, 0.060, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2144+531', 'J2146+5322' RA= 21:46:38.602385 DEC= +53:22:44.65087 RAER= 1.94 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2144+091', 'J2146+0920' RA= 21:46:54.077330 DEC= +09:20:48.81727 RAER= 0.80 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, 0.028, 8.4, 0.029, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '2144+042', 'J2146+0427' RA= 21:46:55.191970 DEC= +04:27:25.47763 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.204, 0.162, 8.4, 0.306, 0.237 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 757 observations" / source= '2144-292', 'J2146-2902' RA= 21:46:59.901677 DEC= -29:02:11.50712 RAER= 0.24 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.042, 5.0, 0.129, 0.115, 8.4, 0.122, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '2144-179', 'J2147-1740' RA= 21:47:03.254604 DEC= -17:40:11.40689 RAER= 2.87 DECER= 7.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2141-784', 'J2147-7812' RA= 21:47:05.840808 DEC= -78:12:21.91216 RAER= 1.02 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.209, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 113 observations" / source= '2145+453', 'J2147+4532' RA= 21:47:06.989716 DEC= +45:32:56.20583 RAER= 1.46 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.006, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2144+092', 'J2147+0929' RA= 21:47:10.162969 DEC= +09:29:46.67225 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.589, 0.372, 5.0, 1.030, 0.865, 8.4, 0.694, 0.495, 15.2, 0.668, 0.416 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21887 observations" / source= '2144+012', 'J2147+0128' RA= 21:47:11.386577 DEC= +01:28:32.95388 RAER= 0.82 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.013, 8.4, 0.023, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2142-758', 'J2147-7536' RA= 21:47:12.730628 DEC= -75:36:13.22489 RAER= 0.41 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9366 observations" / source= '2145+554', 'J2147+5543' RA= 21:47:16.238377 DEC= +55:43:08.30003 RAER= 4.48 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2145+262', 'J2147+2629' RA= 21:47:18.091950 DEC= +26:29:50.27516 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.038, 8.4, 0.050, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 445 observations" / source= '2144+000', 'J2147+0016' RA= 21:47:18.260869 DEC= +00:16:50.87705 RAER= 0.97 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.016, 8.4, 0.014, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2144-065', 'J2147-0620' RA= 21:47:21.889703 DEC= -06:20:25.34169 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.046, 8.4, 0.072, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '2145+308', 'J2147+3103' RA= 21:47:22.213954 DEC= +31:03:32.66713 RAER= 0.71 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.033, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2144-362', 'J2147-3601' RA= 21:47:31.125897 DEC= -36:01:51.27337 RAER= 0.21 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.161, 8.4, 0.226, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 383 observations" / source= '2145+471', 'J2147+4723' RA= 21:47:31.743901 DEC= +47:23:32.73475 RAER= 0.81 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.009, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2144-556', 'J2147-5526' RA= 21:47:45.153653 DEC= -55:26:23.74671 RAER= 0.50 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.116, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 115 observations" / source= '2144-318', 'J2147-3135' RA= 21:47:50.942297 DEC= -31:35:10.32279 RAER= 53.67 DECER= 63.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2142-765', 'J2147-7621' RA= 21:47:53.151294 DEC= -76:21:29.21962 RAER= 1.26 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.292, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 169 observations" / source= '2145+082', 'J2147+0830' RA= 21:47:55.219379 DEC= +08:30:11.89656 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.235, 8.4, 0.188, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1631 observations" / source= '2145+440', 'J2147+4417' RA= 21:47:56.016988 DEC= +44:17:56.61529 RAER= 0.85 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.029, 8.4, 0.062, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2145-082', 'J2148-0759' RA= 21:48:01.851428 DEC= -07:59:56.71924 RAER= 0.97 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2145+338', 'J2148+3405' RA= 21:48:03.570483 DEC= +34:05:09.33346 RAER= 1.19 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.028, 8.4, 0.038, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2145+067', 'J2148+0657' RA= 21:48:05.458669 DEC= +06:57:38.60421 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 3.295, 1.762, 5.0, 2.786, 1.663, 8.4, 6.999, 2.162, 15.2, 7.444, 2.396, 22.2, 8.121, 3.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128869 observations" / source= '2145+133', 'J2148+1337' RA= 21:48:07.719705 DEC= +13:37:07.33902 RAER= 1.06 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2145-003', 'J2148-0006' RA= 21:48:07.732404 DEC= -00:06:30.85666 RAER= 0.87 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.038, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2146+469', 'J2148+4709' RA= 21:48:08.275101 DEC= +47:09:33.36480 RAER= 1.05 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.027, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2145+045', 'J2148+0446' RA= 21:48:11.488240 DEC= +04:46:55.37929 RAER= 0.83 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.022, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2146+608', 'J2148+6107' RA= 21:48:16.042300 DEC= +61:07:05.79389 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.237, 0.105, 8.4, 0.742, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '2145+075', 'J2148+0749' RA= 21:48:18.036246 DEC= +07:49:22.53741 RAER= 0.55 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.201, 0.030, 8.4, 0.068, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2145-278', 'J2148-2736' RA= 21:48:24.664255 DEC= -27:36:06.27893 RAER= 1.71 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2145-176', 'J2148-1723' RA= 21:48:36.800845 DEC= -17:23:44.01418 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.623, 0.253, 5.0, 0.837, 0.592, 8.4, 0.762, 0.393 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 673 observations" / source= '2146+019', 'J2148+0211' RA= 21:48:39.876994 DEC= +02:11:26.85101 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.077, 8.4, 0.100, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '2145-553', 'J2148-5504' RA= 21:48:40.694543 DEC= -55:04:28.57490 RAER= 2.36 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.200, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2146-016', 'J2148-0122' RA= 21:48:43.402934 DEC= -01:22:38.27671 RAER= 0.71 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2146-134', 'J2148-1313' RA= 21:48:45.393772 DEC= -13:13:24.08217 RAER= 18.40 DECER= 21.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2146+292', 'J2148+2928' RA= 21:48:49.721582 DEC= +29:28:10.64570 RAER= 2.63 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.016, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2147+276', 'J2149+2753' RA= 21:49:21.407853 DEC= +27:53:27.69900 RAER= 1.54 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2149+754', 'J2149+7540' RA= 21:49:28.155633 DEC= +75:40:45.56781 RAER= 1.73 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, n/a, 8.4, 0.036, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2146-133', 'J2149-1304' RA= 21:49:28.694636 DEC= -13:04:25.83808 RAER= 0.52 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2147+108', 'J2149+1102' RA= 21:49:29.920906 DEC= +11:02:33.84527 RAER= 0.45 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.035, 8.4, 0.067, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2147+077', 'J2149+0756' RA= 21:49:35.263790 DEC= +07:56:25.34721 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.524, 0.246, 8.4, 0.238, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 828 observations" / source= '2147+031', 'J2149+0322' RA= 21:49:41.869836 DEC= +03:22:51.43402 RAER= 0.23 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 109 observations" / source= '2147+334', 'J2149+3343' RA= 21:49:43.379280 DEC= +33:43:06.99618 RAER= 0.62 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.054, 8.4, 0.046, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2147+191', 'J2149+1920' RA= 21:49:47.248466 DEC= +19:20:46.31890 RAER= 0.21 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.086, 8.4, 0.106, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2147-010', 'J2149-0046' RA= 21:49:54.547380 DEC= -00:46:56.59588 RAER= 0.88 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.019, 8.4, 0.048, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2147-192', 'J2149-1859' RA= 21:49:58.070176 DEC= -18:59:23.78510 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.036, 5.0, 0.037, n/a, 8.4, 0.045, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '2147-186', 'J2150-1822' RA= 21:50:01.735693 DEC= -18:22:26.16060 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.083, 8.4, 0.075, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 796 observations" / source= '2147-179', 'J2150-1745' RA= 21:50:02.863818 DEC= -17:45:37.04979 RAER= 0.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.016, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '2147-258', 'J2150-2537' RA= 21:50:03.446892 DEC= -25:37:38.64868 RAER= 0.59 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.037, 8.4, 0.057, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2147-251', 'J2150-2457' RA= 21:50:06.830700 DEC= -24:57:23.33050 RAER= 1.25 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.025, 8.4, 0.020, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2146-682', 'J2150-6802' RA= 21:50:13.390566 DEC= -68:02:50.40842 RAER= 0.58 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '2148+508', 'J2150+5103' RA= 21:50:14.266257 DEC= +51:03:32.26216 RAER= 0.38 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.227, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '2147-144', 'J2150-1410' RA= 21:50:15.518514 DEC= -14:10:49.95797 RAER= 0.37 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '2147+166', 'J2150+1654' RA= 21:50:21.408629 DEC= +16:54:36.89667 RAER= 1.01 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2147+145', 'J2150+1449' RA= 21:50:23.607461 DEC= +14:49:47.89448 RAER= 0.30 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.907, 0.134, 8.4, 0.129, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '2147-321', 'J2150-3154' RA= 21:50:24.464044 DEC= -31:54:14.41299 RAER= 0.89 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.030, 8.4, 0.060, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2147-19B', 'J2150-1859' RA= 21:50:26.667583 DEC= -18:59:34.15939 RAER= 1.34 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2147-227', 'J2150-2232' RA= 21:50:31.155039 DEC= -22:32:00.92725 RAER= 0.49 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.130, 8.4, 0.089, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2148+560', 'J2150+5615' RA= 21:50:38.092311 DEC= +56:15:57.68027 RAER= 1.23 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2148+315', 'J2150+3146' RA= 21:50:39.412446 DEC= +31:46:45.03891 RAER= 2.07 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2148+143', 'J2150+1434' RA= 21:50:41.078604 DEC= +14:34:56.38292 RAER= 0.64 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.014, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '2148+14A', 'J2150+1433' RA= 21:50:45.334936 DEC= +14:33:34.46549 RAER= 18.95 DECER= 21.43 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2148-180', 'J2150-1749' RA= 21:50:46.605842 DEC= -17:49:54.20306 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 82 observations" / source= '2148-130', 'J2150-1246' RA= 21:50:49.163119 DEC= -12:46:10.22767 RAER= 9.55 DECER= 17.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2147-284', 'J2150-2812' RA= 21:50:53.087943 DEC= -28:12:41.81449 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.226, 0.120, 8.4, 0.233, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '2148+198', 'J2150+2004' RA= 21:50:54.988674 DEC= +20:04:43.11391 RAER= 7.41 DECER= 5.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2147-643', 'J2151-6409' RA= 21:51:01.213667 DEC= -64:09:07.75080 RAER= 2.40 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.100, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2148+122', 'J2151+1228' RA= 21:51:05.846688 DEC= +12:28:51.99480 RAER= 0.46 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.056, 8.4, 0.074, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2148-279', 'J2151-2742' RA= 21:51:21.905076 DEC= -27:42:23.00956 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.174, 8.4, 0.468, 0.314 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 428 observations" / source= '2149+417', 'J2151+4156' RA= 21:51:23.005964 DEC= +41:56:32.43038 RAER= 0.47 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2149+207', 'J2151+2057' RA= 21:51:24.390662 DEC= +20:57:43.73647 RAER= 0.43 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2148-555', 'J2151-5520' RA= 21:51:29.910242 DEC= -55:20:12.75172 RAER= 2.85 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2149+069', 'J2151+0709' RA= 21:51:31.429290 DEC= +07:09:26.78285 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.073, 0.673, 8.4, 0.926, 0.348 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 731 observations" / source= '2149+385', 'J2151+3848' RA= 21:51:34.766736 DEC= +38:48:29.75116 RAER= 0.66 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.109, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2149+056', 'J2151+0552' RA= 21:51:37.875492 DEC= +05:52:12.95456 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.832, 0.519, 5.0, 0.950, 0.688, 8.4, 0.506, 0.248 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19782 observations" / source= '2149+212', 'J2151+2130' RA= 21:51:45.885972 DEC= +21:30:13.74511 RAER= 1.24 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2149-200', 'J2151-1946' RA= 21:51:51.015579 DEC= -19:46:06.08855 RAER= 4.57 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2149+220', 'J2151+2214' RA= 21:51:51.527342 DEC= +22:14:15.92938 RAER= 0.62 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2149-306', 'J2151-3027' RA= 21:51:55.523969 DEC= -30:27:53.69804 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.573, 1.022, 5.0, 1.396, 0.548, 8.4, 0.916, 0.507 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12700 observations" / source= '2149-158', 'J2151-1538' RA= 21:51:59.799447 DEC= -15:38:18.34506 RAER= 2.05 DECER= 6.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.036, 8.4, 0.050, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2146-783', 'J2152-7807' RA= 21:52:03.154584 DEC= -78:07:06.63921 RAER= 0.60 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.565, 0.474 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '2149-287', 'J2152-2828' RA= 21:52:03.779682 DEC= -28:28:29.27962 RAER= 1.32 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.021, 8.4, 0.068, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2149+131', 'J2152+1325' RA= 21:52:05.132625 DEC= +13:25:47.18633 RAER= 0.49 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.038, 8.4, 0.044, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2149-123', 'J2152-1205' RA= 21:52:14.115942 DEC= -12:05:41.49302 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2150+409', 'J2152+4108' RA= 21:52:14.542432 DEC= +41:08:09.26409 RAER= 9.01 DECER= 8.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2150+329', 'J2152+3312' RA= 21:52:20.122951 DEC= +33:12:58.82147 RAER= 2.97 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2150+293', 'J2152+2935' RA= 21:52:20.588140 DEC= +29:35:38.56262 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.106, 8.4, 0.133, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 271 observations" / source= '2149-12A', 'J2152-1207' RA= 21:52:24.576368 DEC= -12:07:47.78960 RAER= 0.37 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.016, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2150+173', 'J2152+1734' RA= 21:52:24.819393 DEC= +17:34:37.79510 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.489, 0.249, 5.0, 0.646, 0.364, 8.4, 0.492, 0.290, 15.2, 0.516, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7955 observations" / source= '2150+118', 'J2152+1204' RA= 21:52:35.222736 DEC= +12:04:51.17658 RAER= 5.04 DECER= 5.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2150+146', 'J2152+1452' RA= 21:52:37.125363 DEC= +14:52:29.70535 RAER= 0.45 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.021, 8.4, 0.016, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 153 observations" / source= '2149-282', 'J2152-2758' RA= 21:52:38.393943 DEC= -27:58:41.81659 RAER= 1.64 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2150+399', 'J2152+4013' RA= 21:52:48.502808 DEC= +40:13:37.88414 RAER= 0.66 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.189, 0.060, 8.4, 0.172, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2150+236', 'J2153+2351' RA= 21:53:03.828855 DEC= +23:51:58.42662 RAER= 0.75 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, 0.054, 8.4, 0.069, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2150+124', 'J2153+1241' RA= 21:53:04.658585 DEC= +12:41:05.19512 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.204, 0.068, 8.4, 0.186, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 289 observations" / source= '2150-009', 'J2153-0042' RA= 21:53:05.343908 DEC= -00:42:30.74740 RAER= 0.89 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2150+120', 'J2153+1216' RA= 21:53:05.884120 DEC= +12:16:50.13354 RAER= 0.64 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.046, 8.4, 0.055, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2150+053', 'J2153+0536' RA= 21:53:24.554946 DEC= +05:36:18.61102 RAER= 0.71 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2150-349', 'J2153-3445' RA= 21:53:31.474398 DEC= -34:45:35.86615 RAER= 3.48 DECER= 7.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.016, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2151+174', 'J2153+1741' RA= 21:53:36.826125 DEC= +17:41:43.68888 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.119, 8.4, 0.098, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '2150-159', 'J2153-1545' RA= 21:53:40.228999 DEC= -15:45:37.23138 RAER= 0.96 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2151-149', 'J2153-1443' RA= 21:53:43.232842 DEC= -14:43:51.54047 RAER= 2.14 DECER= 5.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2151+002', 'J2153+0031' RA= 21:53:49.733419 DEC= +00:31:19.37262 RAER= 0.90 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2151-118', 'J2153-1136' RA= 21:53:50.242239 DEC= -11:36:14.11024 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.117, 5.0, 0.318, 0.301, 8.4, 0.220, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1029 observations" / source= '2151+228', 'J2153+2302' RA= 21:53:50.604240 DEC= +23:02:12.18311 RAER= 6.45 DECER= 11.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2151+431', 'J2153+4322' RA= 21:53:50.959112 DEC= +43:22:54.50079 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.077, 8.4, 0.265, 0.142 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 639 observations" / source= '2151+295', 'J2153+2946' RA= 21:53:52.030252 DEC= +29:46:41.75588 RAER= 1.40 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2151+219', 'J2153+2211' RA= 21:53:54.087153 DEC= +22:11:55.97815 RAER= 0.91 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.018, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2151+424', 'J2153+4241' RA= 21:53:57.936044 DEC= +42:41:35.82947 RAER= 3.24 DECER= 4.75 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '2151+064', 'J2154+0638' RA= 21:54:01.760580 DEC= +06:38:15.53069 RAER= 0.71 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.034, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2151-152', 'J2154-1501' RA= 21:54:07.438778 DEC= -15:01:31.46850 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.092, 5.0, 0.104, 0.088, 8.4, 0.089, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '2151-095', 'J2154-0921' RA= 21:54:17.502904 DEC= -09:21:09.52748 RAER= 1.74 DECER= 3.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2152+450', 'J2154+4515' RA= 21:54:18.328917 DEC= +45:15:38.76811 RAER= 4.84 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2150-696', 'J2154-6923' RA= 21:54:19.602587 DEC= -69:23:40.48398 RAER= 1.62 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2151+035', 'J2154+0346' RA= 21:54:23.099788 DEC= +03:46:04.86480 RAER= 0.73 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.025, 8.4, 0.051, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2152+548', 'J2154+5506' RA= 21:54:27.300582 DEC= +55:06:17.86972 RAER= 36.00 DECER= 16.61 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2153+620', 'J2154+6217' RA= 21:54:30.530164 DEC= +62:17:07.70698 RAER= 0.36 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.170, 0.026, 8.4, 0.243, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 217 observations" / source= '2151-119', 'J2154-1144' RA= 21:54:31.481863 DEC= -11:44:14.29402 RAER= 23.10 DECER= 42.60 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2152+265', 'J2154+2646' RA= 21:54:37.208698 DEC= +26:46:30.19872 RAER= 0.98 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.028, 8.4, 0.035, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2152+172', 'J2154+1727' RA= 21:54:40.900477 DEC= +17:27:50.79401 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.293, 0.201, 8.4, 0.286, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '2152+300', 'J2154+3016' RA= 21:54:41.912524 DEC= +30:16:01.59718 RAER= 3.34 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2151-386', 'J2154-3826' RA= 21:54:45.044764 DEC= -38:26:32.55036 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.689, 0.255, 8.4, 0.294, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '2152+035', 'J2154+0349' RA= 21:54:51.142836 DEC= +03:49:06.87060 RAER= 0.82 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.054, 8.4, 0.054, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2152+081', 'J2154+0824' RA= 21:54:54.706525 DEC= +08:24:29.64232 RAER= 0.48 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.048, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2152+143', 'J2155+1434' RA= 21:55:00.394582 DEC= +14:34:44.18414 RAER= 0.41 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.048, 8.4, 0.074, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2152+203', 'J2155+2034' RA= 21:55:02.794891 DEC= +20:34:41.69832 RAER= 0.54 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.034, 8.4, 0.047, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2151-597', 'J2155-5930' RA= 21:55:03.068764 DEC= -59:30:18.25234 RAER= 3.12 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.182, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2152+226', 'J2155+2250' RA= 21:55:06.458510 DEC= +22:50:22.28125 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.235, 8.4, 0.232, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '2152+199', 'J2155+2013' RA= 21:55:07.598429 DEC= +20:13:25.59428 RAER= 0.47 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.223, 0.065, 8.4, 0.099, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2153+383', 'J2155+3835' RA= 21:55:10.752706 DEC= +38:35:28.27656 RAER= 0.89 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 86 observations" / source= '2152-218', 'J2155-2137' RA= 21:55:13.784966 DEC= -21:37:02.41884 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.033, 8.4, 0.133, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2154+659', 'J2155+6608' RA= 21:55:19.899169 DEC= +66:08:41.83609 RAER= 1.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2152-368', 'J2155-3636' RA= 21:55:23.921872 DEC= -36:36:47.90147 RAER= 2.36 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.021, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2153+118', 'J2155+1205' RA= 21:55:27.245947 DEC= +12:05:00.57352 RAER= 0.57 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.038, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2152-231', 'J2155-2252' RA= 21:55:31.624731 DEC= -22:52:38.85181 RAER= 2.41 DECER= 6.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2153+090', 'J2155+0916' RA= 21:55:33.645587 DEC= +09:16:39.80916 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.080, 8.4, 0.057, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2153+190', 'J2155+1914' RA= 21:55:34.436973 DEC= +19:14:48.48389 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.080, 5.0, 0.122, 0.104, 8.4, 0.114, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 544 observations" / source= '2152-153', 'J2155-1504' RA= 21:55:36.175067 DEC= -15:04:23.87842 RAER= 7.52 DECER= 15.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2152-289', 'J2155-2842' RA= 21:55:38.102832 DEC= -28:42:06.39082 RAER= 6.76 DECER= 9.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2153+339', 'J2155+3408' RA= 21:55:39.869516 DEC= +34:08:54.55934 RAER= 0.42 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.244, 0.192, 8.4, 0.180, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2153+247', 'J2155+2501' RA= 21:55:39.904589 DEC= +25:01:18.74345 RAER= 14.17 DECER= 12.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2153-054', 'J2155-0513' RA= 21:55:40.910557 DEC= -05:13:01.95167 RAER= 1.12 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.013, 8.4, 0.031, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2153-119', 'J2155-1139' RA= 21:55:50.718334 DEC= -11:39:47.97811 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.357, 0.085, 8.4, 0.181, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '2153+377', 'J2155+3800' RA= 21:55:52.264423 DEC= +38:00:28.36630 RAER= 3.60 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.006, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2153+180', 'J2156+1818' RA= 21:56:01.640067 DEC= +18:18:37.14506 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2152-505', 'J2156-5017' RA= 21:56:08.412356 DEC= -50:17:53.95704 RAER= 2.83 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.283, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2153+094', 'J2156+0943' RA= 21:56:11.624007 DEC= +09:43:58.38938 RAER= 0.37 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.121, 8.4, 0.174, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2153-008', 'J2156-0037' RA= 21:56:14.757928 DEC= -00:37:04.59443 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.300, 8.4, 0.482, 0.427 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 760 observations" / source= '2153+187', 'J2156+1856' RA= 21:56:17.523029 DEC= +18:56:34.08973 RAER= 1.10 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.007, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2153-178', 'J2156-1734' RA= 21:56:24.428328 DEC= -17:34:01.64880 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.079, 8.4, 0.067, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2154+222', 'J2156+2229' RA= 21:56:27.834881 DEC= +22:29:07.72738 RAER= 1.18 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2153-204', 'J2156-2012' RA= 21:56:33.755845 DEC= -20:12:30.89437 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.052, 8.4, 0.097, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '2154+190', 'J2156+1918' RA= 21:56:38.681216 DEC= +19:18:29.38216 RAER= 2.76 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2154+393', 'J2156+3934' RA= 21:56:40.545175 DEC= +39:34:32.52268 RAER= 1.10 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.029, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2154+112', 'J2156+1131' RA= 21:56:43.130362 DEC= +11:31:35.71348 RAER= 4.85 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2154+193', 'J2156+1935' RA= 21:56:44.941390 DEC= +19:35:23.16310 RAER= 0.57 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.088, 8.4, 0.064, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2154-037', 'J2156-0333' RA= 21:56:50.156793 DEC= -03:33:27.94733 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.051, 8.4, 0.099, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '2154-091', 'J2156-0855' RA= 21:56:50.331566 DEC= -08:55:35.36085 RAER= 0.45 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2154-104', 'J2156-1012' RA= 21:56:53.506348 DEC= -10:12:43.27407 RAER= 0.89 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2154+365', 'J2156+3649' RA= 21:56:56.649352 DEC= +36:49:27.86494 RAER= 1.93 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2159+833', 'J2156+8337' RA= 21:56:57.317077 DEC= +83:37:14.72233 RAER= 1.59 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.334, 0.097, 8.4, 0.142, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 628 observations" / source= '2154-184', 'J2156-1813' RA= 21:56:57.408333 DEC= -18:13:46.54167 RAER= 0.89 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.015, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2154+321', 'J2156+3225' RA= 21:56:59.620209 DEC= +32:25:55.31449 RAER= 0.73 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.026, 8.4, 0.050, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '2155+66A', 'J2157+662A' RA= 21:57:02.356265 DEC= +66:26:09.50702 RAER= 0.45 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.017, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1420 observations" / source= '2155+66B', 'J2157+662B' RA= 21:57:02.647637 DEC= +66:26:10.22903 RAER= 0.47 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1422 observations" / source= '2154-135', 'J2157-1319' RA= 21:57:02.976316 DEC= -13:19:02.96497 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.068, 5.0, 0.237, 0.208, 8.4, 0.105, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '2152-699', 'J2157-6941' RA= 21:57:05.980556 DEC= -69:41:23.68490 RAER= 0.36 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations. No flux information" / source= '2154-115', 'J2157-1120' RA= 21:57:10.324782 DEC= -11:20:37.76595 RAER= 7.03 DECER= 6.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2154+100', 'J2157+1014' RA= 21:57:12.860434 DEC= +10:14:24.79792 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.335, 0.124, 8.4, 0.280, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '2155+580', 'J2157+5819' RA= 21:57:13.230930 DEC= +58:19:15.66327 RAER= 3.03 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.012, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2154+215', 'J2157+2146' RA= 21:57:18.621541 DEC= +21:46:18.78458 RAER= 0.77 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.056, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2155+192', 'J2157+1929' RA= 21:57:24.132220 DEC= +19:29:46.43858 RAER= 9.02 DECER= 7.63 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '2154-214', 'J2157-2110' RA= 21:57:26.376789 DEC= -21:10:03.51192 RAER= 2.04 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2155+312', 'J2157+3127' RA= 21:57:28.823888 DEC= +31:27:01.35178 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.279, 5.0, 0.355, 0.278, 8.4, 0.592, 0.526, 15.2, 0.640, 0.574 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8635 observations" / source= '2154-183', 'J2157-1807' RA= 21:57:29.123778 DEC= -18:07:02.86172 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.929, 0.153, 8.4, 0.236, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 766 observations" / source= '2154-325', 'J2157-3219' RA= 21:57:37.714193 DEC= -32:19:22.98655 RAER= 0.88 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.053, 8.4, 0.066, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '2155+065', 'J2157+0649' RA= 21:57:43.243875 DEC= +06:49:21.38876 RAER= 0.47 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.036, 8.4, 0.058, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2156+635', 'J2157+6348' RA= 21:57:52.057030 DEC= +63:48:55.97578 RAER= 1.95 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.175, 0.034, 8.4, 0.092, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2155-117', 'J2157-1130' RA= 21:57:53.605558 DEC= -11:30:17.32436 RAER= 1.33 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2155+038', 'J2157+0407' RA= 21:57:57.131246 DEC= +04:07:02.12633 RAER= 0.52 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.043, 8.4, 0.054, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2153-760', 'J2157-7549' RA= 21:57:59.225026 DEC= -75:49:53.60739 RAER= 0.54 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.302, 0.252 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231 observations" / source= '2155-308', 'J2157-3037' RA= 21:57:59.871403 DEC= -30:37:49.04345 RAER= 2.31 DECER= 10.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2155+091', 'J2158+0925' RA= 21:58:00.882298 DEC= +09:25:45.84602 RAER= 0.63 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.045, 8.4, 0.062, 0.004 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2155-152', 'J2158-1501' RA= 21:58:06.281889 DEC= -15:01:09.32820 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.973, 1.355, 5.0, 4.171, 3.098, 8.4, 3.328, 1.030, 15.2, 2.963, 1.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7289 observations" / source= '2156+266', 'J2158+2652' RA= 21:58:25.606023 DEC= +26:52:41.19429 RAER= 1.43 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2155-165', 'J2158-1616' RA= 21:58:28.206434 DEC= -16:16:06.86125 RAER= 1.93 DECER= 6.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2156+596', 'J2158+5950' RA= 21:58:32.172955 DEC= +59:50:36.00894 RAER= 1.52 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2200+826', 'J2158+8253' RA= 21:58:34.152009 DEC= +82:53:48.08862 RAER= 15.16 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2155-282', 'J2158-2757' RA= 21:58:38.060437 DEC= -27:57:56.48973 RAER= 4.55 DECER= 7.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.018, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2155-381', 'J2158-3752' RA= 21:58:39.696883 DEC= -37:52:37.82094 RAER= 1.06 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.064, 8.4, 0.105, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2155-475', 'J2158-4719' RA= 21:58:40.202740 DEC= -47:19:26.55303 RAER= 1.78 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2156-203', 'J2158-2006' RA= 21:58:49.265437 DEC= -20:06:47.07543 RAER= 0.76 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2156-223', 'J2158-2208' RA= 21:58:50.215662 DEC= -22:08:32.29676 RAER= 1.73 DECER= 4.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2155-304', 'J2158-3013' RA= 21:58:52.065125 DEC= -30:13:32.11811 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.217, 8.4, 0.241, 0.160 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2647 observations" / source= '2156-289', 'J2159-2841' RA= 21:59:10.931503 DEC= -28:41:16.45848 RAER= 2.32 DECER= 5.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2157+581', 'J2159+5820' RA= 21:59:12.317899 DEC= +58:20:39.43744 RAER= 0.72 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.015, 8.4, 0.044, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 137 observations" / source= '2157+560', 'J2159+5619' RA= 21:59:15.184573 DEC= +56:19:49.02862 RAER= 1.09 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2156-152', 'J2159-1500' RA= 21:59:20.183714 DEC= -15:00:36.27103 RAER= 1.09 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2156-099', 'J2159-0944' RA= 21:59:20.320914 DEC= -09:44:07.92972 RAER= 0.75 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2157+374', 'J2159+3742' RA= 21:59:20.793458 DEC= +37:42:00.77120 RAER= 0.89 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.062, 8.4, 0.051, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2158+658', 'J2159+6606' RA= 21:59:24.686234 DEC= +66:06:52.29668 RAER= 0.35 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.170, 8.4, 0.145, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 359 observations" / source= '2156-245', 'J2159-2417' RA= 21:59:24.941366 DEC= -24:17:52.14554 RAER= 10.72 DECER= 17.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2156-100', 'J2159-0951' RA= 21:59:27.076182 DEC= -09:51:18.85684 RAER= 4.99 DECER= 6.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2156-013', 'J2159-0105' RA= 21:59:34.275716 DEC= -01:05:54.88842 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.056, 8.4, 0.085, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 485 observations" / source= '2157+269', 'J2159+2710' RA= 21:59:42.182974 DEC= +27:10:19.62167 RAER= 0.66 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.031, 8.4, 0.045, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2157+062', 'J2159+0628' RA= 21:59:42.345047 DEC= +06:28:35.48523 RAER= 0.81 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.013, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2156-347', 'J2159-3428' RA= 21:59:48.147987 DEC= -34:28:26.08084 RAER= 2.52 DECER= 9.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2156-406', 'J2159-4025' RA= 21:59:50.541577 DEC= -40:25:28.99434 RAER= 3.52 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.070, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2157-255', 'J2159-2516' RA= 21:59:50.792244 DEC= -25:16:52.17643 RAER= 0.16 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.140, 8.4, 0.115, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '2156-481', 'J2159-4751' RA= 21:59:59.119022 DEC= -47:51:59.25384 RAER= 2.90 DECER= 5.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.086, 8.4, 0.071, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2157-200', 'J2200-1945' RA= 22:00:07.761952 DEC= -19:45:47.35292 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.047, 5.0, 0.055, 0.056, 8.4, 0.080, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 458 observations" / source= '2157+102', 'J2200+1030' RA= 22:00:07.933229 DEC= +10:30:07.90280 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.092, 8.4, 0.182, 0.140, 15.2, 0.222, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '2157+213', 'J2200+2137' RA= 22:00:14.197393 DEC= +21:37:57.03913 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.092, 8.4, 0.154, 0.081, 15.2, 0.164, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 582 observations" / source= '2157-133', 'J2200-1309' RA= 22:00:16.363538 DEC= -13:09:05.44897 RAER= 0.17 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.027, 8.4, 0.054, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 248 observations" / source= '2157-375', 'J2200-3716' RA= 22:00:16.966447 DEC= -37:16:57.05074 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.111, 8.4, 0.228, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 313 observations" / source= '2156-564', 'J2200-5610' RA= 22:00:24.118755 DEC= -56:10:41.64248 RAER= 6.62 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2158+485', 'J2200+4848' RA= 22:00:24.591792 DEC= +48:48:20.09603 RAER= 2.40 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.015, 8.4, 0.027, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2158+204', 'J2200+2039' RA= 22:00:28.392912 DEC= +20:39:01.80427 RAER= 0.71 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.040, 8.4, 0.051, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2158+495', 'J2200+4950' RA= 22:00:28.568859 DEC= +49:50:10.08814 RAER= 13.12 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2158+370', 'J2200+3718' RA= 22:00:32.569807 DEC= +37:18:18.27679 RAER= 1.09 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.029, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2201+807', 'J2200+8058' RA= 22:00:33.098623 DEC= +80:58:59.14318 RAER= 3.18 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.100, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2157-244', 'J2200-2414' RA= 22:00:36.677755 DEC= -24:14:27.76220 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.027, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2157-233', 'J2200-2307' RA= 22:00:40.329544 DEC= -23:07:22.92433 RAER= 1.43 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2158-113', 'J2200-1105' RA= 22:00:43.048028 DEC= -11:05:10.90839 RAER= 0.18 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.040, 5.0, 0.038, 0.024, 8.4, 0.049, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '2158+023', 'J2200+0234' RA= 22:00:49.408476 DEC= +02:34:30.08667 RAER= 0.54 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.043, 8.4, 0.057, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2157-555', 'J2200-5520' RA= 22:00:54.667950 DEC= -55:20:07.92887 RAER= 0.34 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.178 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '2158-167', 'J2200-1632' RA= 22:00:54.878899 DEC= -16:32:32.70294 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.091, 5.0, 0.137, 0.151, 8.4, 0.123, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 794 observations" / source= '2159+555', 'J2200+5544' RA= 22:00:56.882592 DEC= +55:44:32.74839 RAER= 2.72 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.013, 8.4, 0.040, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2158-104', 'J2201-1015' RA= 22:01:00.061149 DEC= -10:15:07.85895 RAER= 3.04 DECER= 4.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2159+636', 'J2201+6352' RA= 22:01:04.009842 DEC= +63:52:40.62199 RAER= 6.62 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2158+048', 'J2201+0504' RA= 22:01:07.197393 DEC= +05:04:36.34846 RAER= 0.55 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.025, 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2158+246', 'J2201+2451' RA= 22:01:15.171360 DEC= +24:51:06.75188 RAER= 2.17 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2158+084', 'J2201+0839' RA= 22:01:20.712274 DEC= +08:39:05.48519 RAER= 0.78 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2158-381', 'J2201-3757' RA= 22:01:21.276513 DEC= -37:57:04.39100 RAER= 2.82 DECER= 6.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.016, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2158-040', 'J2201-0347' RA= 22:01:23.623440 DEC= -03:47:55.09120 RAER= 1.64 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.020, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2159+225', 'J2201+2246' RA= 22:01:26.288256 DEC= +22:46:47.44192 RAER= 1.27 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2158-206', 'J2201-2025' RA= 22:01:27.074872 DEC= -20:25:35.21499 RAER= 3.26 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2158+029', 'J2201+0312' RA= 22:01:27.508697 DEC= +03:12:15.16241 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.087, 8.4, 0.184, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '2159+582', 'J2201+5830' RA= 22:01:31.857797 DEC= +58:30:08.63630 RAER= 1.42 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2159+194', 'J2201+1938' RA= 22:01:36.670007 DEC= +19:38:55.64962 RAER= 0.63 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.048, 8.4, 0.043, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2200+680', 'J2201+6817' RA= 22:01:43.442400 DEC= +68:17:24.40013 RAER= 6.58 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2159+505', 'J2201+5048' RA= 22:01:43.537256 DEC= +50:48:56.38913 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.769, 0.236, 8.4, 0.668, 0.341, 15.2, 0.949, 0.502, 22.2, 0.265, 0.129 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1636 observations" / source= '2200+605', 'J2201+6049' RA= 22:01:43.647512 DEC= +60:49:36.09933 RAER= 1.90 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.017, 8.4, 0.064, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2200+581', 'J2201+5823' RA= 22:01:49.991180 DEC= +58:23:40.90563 RAER= 3.41 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2159-335', 'J2201-3321' RA= 22:01:56.375568 DEC= -33:21:02.96232 RAER= 0.90 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.054, 8.4, 0.093, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2159+329', 'J2201+3310' RA= 22:01:57.727932 DEC= +33:10:09.28628 RAER= 0.28 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.079, 8.4, 0.153, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 199 observations" / source= '2159+403', 'J2201+4033' RA= 22:01:58.738502 DEC= +40:33:31.22063 RAER= 0.66 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.016, 8.4, 0.042, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2159+043', 'J2201+0435' RA= 22:01:59.938021 DEC= +04:35:11.50193 RAER= 2.65 DECER= 5.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2159+025', 'J2202+0248' RA= 22:02:07.154785 DEC= +02:48:38.48633 RAER= 1.12 DECER= 2.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2154-838', 'J2202-8338' RA= 22:02:19.237156 DEC= -83:38:11.82993 RAER= 2.49 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.362, 0.251 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2159-090', 'J2202-0847' RA= 22:02:37.176024 DEC= -08:47:37.55468 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.129, 8.4, 0.093, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '2200+568', 'J2202+5707' RA= 22:02:42.554893 DEC= +57:07:38.04175 RAER= 11.06 DECER= 7.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2200+420', 'J2202+4216' RA= 22:02:43.291373 DEC= +42:16:39.97995 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.319, 0.899, 5.0, 3.038, 1.656, 8.4, 2.615, 1.394, 15.2, 3.324, 1.892, 22.2, 2.622, 1.431 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71542 observations" / source= '2200+213', 'J2202+2135' RA= 22:02:48.666724 DEC= +21:35:45.95490 RAER= 1.03 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.015, 8.4, 0.035, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2200-189', 'J2202-1839' RA= 22:02:51.859469 DEC= -18:39:53.42912 RAER= 0.27 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.112, 5.0, 0.087, 0.025, 8.4, 0.065, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 198 observations" / source= '2159-568', 'J2202-5635' RA= 22:02:53.313212 DEC= -56:35:42.13394 RAER= 0.80 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations. No flux information" / source= '2200-238', 'J2202-2335' RA= 22:02:55.999505 DEC= -23:35:10.24586 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.155, 5.0, 0.260, 0.114, 8.4, 0.335, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '2200-142', 'J2202-1401' RA= 22:02:56.616008 DEC= -14:01:03.58659 RAER= 0.45 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.073, 8.4, 0.052, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2201+509', 'J2203+5109' RA= 22:03:00.001034 DEC= +51:09:58.48372 RAER= 8.43 DECER= 3.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.081, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2200+098', 'J2203+1005' RA= 22:03:00.760888 DEC= +10:05:33.32550 RAER= 0.38 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.054, 8.4, 0.042, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2200-220', 'J2203-2150' RA= 22:03:10.143224 DEC= -21:50:35.13670 RAER= 1.29 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2201+676', 'J2203+6750' RA= 22:03:12.622683 DEC= +67:50:47.67366 RAER= 0.33 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.147, 0.092, 8.4, 0.162, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 785 observations" / source= '2201+315', 'J2203+3145' RA= 22:03:14.975787 DEC= +31:45:38.27001 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.697, 0.833, 5.0, 2.145, 0.982, 8.4, 2.220, 1.116, 15.2, 3.095, 1.736, 22.2, 1.999, 1.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38822 observations" / source= '2201+369', 'J2203+3711' RA= 22:03:17.494912 DEC= +37:11:17.84482 RAER= 0.36 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.102, 8.4, 0.081, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2200-276', 'J2203-2723' RA= 22:03:18.799881 DEC= -27:23:50.40390 RAER= 5.25 DECER= 15.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2201+624', 'J2203+6240' RA= 22:03:20.911190 DEC= +62:40:35.07706 RAER= 0.33 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.148, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 265 observations" / source= '2200-259', 'J2203-2539' RA= 22:03:25.371173 DEC= -25:39:37.01202 RAER= 4.71 DECER= 8.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.015, 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2201+171', 'J2203+1725' RA= 22:03:26.893687 DEC= +17:25:48.24783 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.397, 0.275, 8.4, 0.663, 0.549, 15.2, 1.207, 0.793 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13510 observations" / source= '2200-070', 'J2203-0648' RA= 22:03:28.700334 DEC= -06:48:05.70864 RAER= 0.48 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.041, 8.4, 0.056, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2200-316', 'J2203-3123' RA= 22:03:29.701519 DEC= -31:23:36.24234 RAER= 21.65 DECER= 40.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2202+716', 'J2203+7151' RA= 22:03:30.466763 DEC= +71:51:08.53423 RAER= 0.68 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.104, 8.4, 0.075, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 480 observations" / source= '2201+098', 'J2203+1007' RA= 22:03:30.952622 DEC= +10:07:42.58654 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.250, 0.083, 8.4, 0.209, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 541 observations" / source= '2201+074', 'J2203+0740' RA= 22:03:35.118434 DEC= +07:40:07.68691 RAER= 0.80 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.018, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2201+148', 'J2203+1506' RA= 22:03:35.166014 DEC= +15:06:24.36639 RAER= 0.39 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2201+132', 'J2203+1327' RA= 22:03:39.378250 DEC= +13:27:35.12538 RAER= 0.75 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2201+478', 'J2203+4802' RA= 22:03:39.675050 DEC= +48:02:39.47347 RAER= 0.94 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.027, 8.4, 0.050, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2200-297', 'J2203-2927' RA= 22:03:45.024506 DEC= -29:27:31.31891 RAER= 1.93 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.051, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2202+702', 'J2203+7029' RA= 22:03:49.775751 DEC= +70:29:35.75367 RAER= 2.13 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.074, 8.4, 0.055, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2201-006', 'J2203-0021' RA= 22:03:58.315386 DEC= -00:21:47.47713 RAER= 13.06 DECER= 13.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2201+279', 'J2203+2811' RA= 22:03:59.148041 DEC= +28:11:21.86986 RAER= 0.70 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.029, 8.4, 0.043, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2200-617', 'J2203-6130' RA= 22:03:59.637887 DEC= -61:30:22.01107 RAER= 0.28 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.269, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 165 observations" / source= '2201+339', 'J2204+3409' RA= 22:04:02.590443 DEC= +34:09:54.45805 RAER= 11.28 DECER= 9.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2202+407', 'J2204+4058' RA= 22:04:12.396241 DEC= +40:58:56.69872 RAER= 1.68 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2201-471', 'J2204-4654' RA= 22:04:12.971737 DEC= -46:54:24.53716 RAER= 1.46 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2201+307', 'J2204+3059' RA= 22:04:13.191274 DEC= +30:59:01.61376 RAER= 1.73 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2201+044', 'J2204+0440' RA= 22:04:17.652364 DEC= +04:40:02.02214 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.110, 8.4, 0.180, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '2201-202', 'J2204-1959' RA= 22:04:19.041163 DEC= -19:59:16.78393 RAER= 1.39 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2202+363', 'J2204+3632' RA= 22:04:21.100523 DEC= +36:32:37.09115 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.067, 8.4, 0.084, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 495 observations" / source= '2202+536', 'J2204+5353' RA= 22:04:24.158449 DEC= +53:53:03.78728 RAER= 1.71 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.026, 8.4, 0.047, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2202+366', 'J2204+3652' RA= 22:04:27.057603 DEC= +36:52:47.36526 RAER= 2.31 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.013, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2202+202', 'J2204+2031' RA= 22:04:27.974837 DEC= +20:31:02.54956 RAER= 0.76 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.188, 0.088, 8.4, 0.050, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2202+468', 'J2204+4702' RA= 22:04:28.314928 DEC= +47:02:56.95850 RAER= 1.03 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2202+042', 'J2204+0431' RA= 22:04:42.271562 DEC= +04:31:55.61867 RAER= 0.41 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.053, 8.4, 0.043, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2202-065', 'J2204-0616' RA= 22:04:44.681843 DEC= -06:16:03.38798 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.038, 8.4, 0.065, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 753 observations" / source= '2202-274', 'J2204-2710' RA= 22:04:52.878206 DEC= -27:10:21.35940 RAER= 4.81 DECER= 8.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.021, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2202+010', 'J2205+0117' RA= 22:05:00.931183 DEC= +01:17:55.07376 RAER= 0.70 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.035, 8.4, 0.059, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2202+031', 'J2205+0321' RA= 22:05:05.323901 DEC= +03:21:27.56410 RAER= 1.20 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.010, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2203+489', 'J2205+4912' RA= 22:05:08.000403 DEC= +49:12:30.92718 RAER= 0.78 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.059, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2202-003', 'J2205-0004' RA= 22:05:13.517747 DEC= -00:04:27.82142 RAER= 0.84 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2202-287', 'J2205-2829' RA= 22:05:21.355639 DEC= -28:29:43.83489 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.058, 8.4, 0.093, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '2203+559', 'J2205+5609' RA= 22:05:28.358432 DEC= +56:09:44.87217 RAER= 6.31 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2202-259', 'J2205-2542' RA= 22:05:29.800928 DEC= -25:42:23.06348 RAER= 2.05 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043, 8.4, 0.038, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2203-058', 'J2205-0535' RA= 22:05:38.634611 DEC= -05:35:32.53625 RAER= 0.34 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.113, 8.4, 0.111, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 153 observations" / source= '2152-871', 'J2205-8653' RA= 22:05:45.867968 DEC= -86:53:47.70077 RAER= 6.61 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.150, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '2203+292', 'J2205+2926' RA= 22:05:46.506374 DEC= +29:26:55.13215 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.072, 5.0, 0.107, 0.043, 8.4, 0.134, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '2205+743', 'J2205+7436' RA= 22:05:47.388999 DEC= +74:36:21.05580 RAER= 0.51 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.157, 8.4, 0.174, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 608 observations" / source= '2203-188', 'J2206-1835' RA= 22:06:10.417322 DEC= -18:35:38.73678 RAER= 0.60 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.114, 0.085, 8.4, 0.112, 0.106, 15.2, 0.044, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '2203-131', 'J2206-1251' RA= 22:06:17.128370 DEC= -12:51:45.60063 RAER= 1.04 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2203+056', 'J2206+0556' RA= 22:06:20.802953 DEC= +05:56:11.60302 RAER= 2.27 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2203-024', 'J2206-0212' RA= 22:06:24.242652 DEC= -02:12:45.51561 RAER= 8.74 DECER= 17.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2204+376', 'J2206+3753' RA= 22:06:34.227963 DEC= +37:53:16.58085 RAER= 0.72 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.007, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2203-215', 'J2206-2119' RA= 22:06:41.382245 DEC= -21:19:40.51416 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.057, 8.4, 0.111, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 372 observations" / source= '2204+359', 'J2206+3612' RA= 22:06:42.172498 DEC= +36:12:29.02085 RAER= 0.50 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.054, 8.4, 0.076, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2204-007', 'J2206-0031' RA= 22:06:43.282604 DEC= -00:31:02.49510 RAER= 0.10 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.145, 5.0, 0.151, 0.099, 8.4, 0.247, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2236 observations" / source= '2201-778', 'J2206-7735' RA= 22:06:44.459781 DEC= -77:35:23.76197 RAER= 3.06 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2204+344', 'J2206+3441' RA= 22:06:57.269497 DEC= +34:41:15.40387 RAER= 0.73 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.012, 8.4, 0.047, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '2204-101', 'J2207-0955' RA= 22:07:02.089585 DEC= -09:55:37.06286 RAER= 0.18 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.051, 0.031, 5.0, 0.031, 0.021, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '2205+634', 'J2207+6343' RA= 22:07:02.609656 DEC= +63:43:00.38634 RAER= 5.20 DECER= 4.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2205+430', 'J2207+4316' RA= 22:07:09.524842 DEC= +43:16:27.39679 RAER= 0.24 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.104, 8.4, 0.087, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2204-053', 'J2207-0507' RA= 22:07:15.289854 DEC= -05:07:36.52183 RAER= 0.93 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2204+004', 'J2207+0041' RA= 22:07:19.776355 DEC= +00:41:57.31376 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.080, 8.4, 0.119, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 207 observations" / source= '2204-054', 'J2207-0510' RA= 22:07:22.752888 DEC= -05:10:20.41308 RAER= 0.48 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2205+273', 'J2207+2735' RA= 22:07:24.050034 DEC= +27:35:36.37271 RAER= 1.04 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.018, 8.4, 0.046, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2204-117', 'J2207-1132' RA= 22:07:25.743126 DEC= -11:32:00.60582 RAER= 0.96 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.037, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2204-093', 'J2207-0904' RA= 22:07:29.101391 DEC= -09:04:13.93002 RAER= 0.89 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.017, 5.0, 0.030, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '2204-218', 'J2207-2134' RA= 22:07:30.124533 DEC= -21:34:00.07893 RAER= 0.57 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.046, 8.4, 0.037, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2204-208', 'J2207-2038' RA= 22:07:33.969420 DEC= -20:38:35.77691 RAER= 1.31 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a, 8.4, 0.124, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2205+064', 'J2207+0641' RA= 22:07:36.521791 DEC= +06:41:24.84756 RAER= 1.14 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2205+006', 'J2207+0052' RA= 22:07:38.023654 DEC= +00:52:32.53811 RAER= 0.42 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.046, 8.4, 0.047, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2204-540', 'J2207-5346' RA= 22:07:43.733291 DEC= -53:46:33.81995 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.891, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1729 observations" / source= '2205+389', 'J2207+3913' RA= 22:07:46.077361 DEC= +39:13:50.45500 RAER= 9.12 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2205+254', 'J2207+2541' RA= 22:07:49.032210 DEC= +25:41:15.53523 RAER= 0.93 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.020, 8.4, 0.093, 0.004 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2205+286', 'J2207+2854' RA= 22:07:49.526656 DEC= +28:54:21.97737 RAER= 23.32 DECER= 9.19 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2205+166', 'J2207+1652' RA= 22:07:52.865674 DEC= +16:52:17.81555 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.220, 8.4, 0.275, 0.235 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1237 observations" / source= '2204-573', 'J2207-5707' RA= 22:07:54.002090 DEC= -57:07:36.66682 RAER= 0.78 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2205-002', 'J2207-0002' RA= 22:07:55.247086 DEC= -00:02:15.08605 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.048, 5.0, 0.054, 0.032, 8.4, 0.054, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1699 observations" / source= '2205+093', 'J2207+0933' RA= 22:07:55.338288 DEC= +09:33:05.46350 RAER= 0.46 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.033, 8.4, 0.045, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2206+650', 'J2208+6519' RA= 22:08:03.110092 DEC= +65:19:38.78806 RAER= 0.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.040, 5.0, 0.281, 0.171, 8.4, 0.277, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 735 observations" / source= '2205+388', 'J2208+3904' RA= 22:08:03.915068 DEC= +39:04:15.08419 RAER= 2.27 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2206+576', 'J2208+5752' RA= 22:08:07.329339 DEC= +57:52:24.91091 RAER= 1.69 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2205-454', 'J2208-4509' RA= 22:08:08.837387 DEC= -45:09:19.32155 RAER= 2.72 DECER= 5.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.062, 8.4, 0.049, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2205+062', 'J2208+0630' RA= 22:08:11.725615 DEC= +06:30:22.43012 RAER= 0.27 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations. No flux information" / source= '2206+613', 'J2208+6132' RA= 22:08:11.911944 DEC= +61:32:56.44017 RAER= 29.51 DECER= 10.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.040, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2205+036', 'J2208+0353' RA= 22:08:12.702249 DEC= +03:53:04.58037 RAER= 0.63 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2205+075', 'J2208+0745' RA= 22:08:14.573382 DEC= +07:45:01.39874 RAER= 3.45 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '2205+187', 'J2208+1902' RA= 22:08:15.625713 DEC= +19:02:02.88621 RAER= 0.60 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.025, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2206+323', 'J2208+3238' RA= 22:08:17.497343 DEC= +32:38:36.69028 RAER= 0.68 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.043, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2207+741', 'J2208+7423' RA= 22:08:23.954659 DEC= +74:23:38.33721 RAER= 0.52 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.062, 8.4, 0.103, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 553 observations" / source= '2206+178', 'J2208+1808' RA= 22:08:24.190459 DEC= +18:08:26.84318 RAER= 0.22 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.080, 8.4, 0.048, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 538 observations" / source= '2205-135', 'J2208-1316' RA= 22:08:30.649202 DEC= -13:16:25.32929 RAER= 1.32 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2205-038', 'J2208-0333' RA= 22:08:31.386427 DEC= -03:33:50.83855 RAER= 0.53 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.023, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '2206+055', 'J2208+0549' RA= 22:08:34.106684 DEC= +05:49:20.41338 RAER= 0.50 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.032, 8.4, 0.034, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2205-636', 'J2208-6325' RA= 22:08:47.241616 DEC= -63:25:47.48833 RAER= 0.56 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.316, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2206+370', 'J2208+3720' RA= 22:08:47.617706 DEC= +37:20:03.49584 RAER= 0.54 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.059, 8.4, 0.035, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2206+396', 'J2208+3953' RA= 22:08:58.302694 DEC= +39:53:54.45455 RAER= 1.30 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.023, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2205-683', 'J2208-6806' RA= 22:08:59.017593 DEC= -68:06:25.25097 RAER= 6.40 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.382, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2206+130', 'J2208+1316' RA= 22:08:59.612623 DEC= +13:16:08.23962 RAER= 1.29 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2206+299', 'J2208+3010' RA= 22:08:59.701906 DEC= +30:10:05.11462 RAER= 9.65 DECER= 13.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2206-258', 'J2209-2539' RA= 22:09:00.165277 DEC= -25:39:06.65000 RAER= 1.23 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2206+013', 'J2209+0134' RA= 22:09:00.192913 DEC= +01:34:46.50995 RAER= 0.53 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.098, 8.4, 0.030, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2206-474', 'J2209-4710' RA= 22:09:16.209332 DEC= -47:10:00.11633 RAER= 2.24 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.160, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2206-23A', 'J2209-233A' RA= 22:09:20.162898 DEC= -23:31:53.88632 RAER= 0.40 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, n/a, 5.0, 0.028, 0.008, 8.4, 0.033, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 240 observations" / source= '2206-237', 'J2209-2331' RA= 22:09:20.175016 DEC= -23:31:53.80515 RAER= 1.22 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.288, 0.045, 5.0, 0.140, 0.008, 8.4, 0.050, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 273 observations" / source= '2207+374', 'J2209+3742' RA= 22:09:21.425082 DEC= +37:42:18.22715 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.930, 0.102, 8.4, 0.244, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1001 observations" / source= '2207+517', 'J2209+5158' RA= 22:09:21.486893 DEC= +51:58:01.83399 RAER= 0.23 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.110, 8.4, 0.171, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 526 observations" / source= '2206-251', 'J2209-2453' RA= 22:09:22.955640 DEC= -24:53:32.63322 RAER= 1.57 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.018, 8.4, 0.017, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2207+291', 'J2209+2921' RA= 22:09:26.292907 DEC= +29:21:01.42739 RAER= 7.24 DECER= 8.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2206+076', 'J2209+0753' RA= 22:09:26.320344 DEC= +07:53:33.09726 RAER= 1.67 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2207+432', 'J2209+4328' RA= 22:09:27.492235 DEC= +43:28:49.12818 RAER= 0.34 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.028, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2208+644', 'J2209+6442' RA= 22:09:30.295144 DEC= +64:42:20.97426 RAER= 3.97 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.009, 8.4, 0.027, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2207-050', 'J2209-0451' RA= 22:09:41.698229 DEC= -04:51:10.29535 RAER= 0.73 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '2207+356', 'J2209+3556' RA= 22:09:45.334347 DEC= +35:56:01.13001 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.298, 0.113, 8.4, 0.249, 0.148 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1048 observations" / source= '2207+332', 'J2209+3330' RA= 22:09:53.295549 DEC= +33:30:07.85837 RAER= 1.73 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2207+329', 'J2209+3314' RA= 22:09:55.397863 DEC= +33:14:10.16360 RAER= 1.10 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.026, 8.4, 0.032, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2207+358', 'J2209+3607' RA= 22:09:56.982703 DEC= +36:07:15.87270 RAER= 0.64 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.048, 8.4, 0.033, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2207-069', 'J2209-0642' RA= 22:09:58.373585 DEC= -06:42:43.27331 RAER= 7.31 DECER= 13.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2207-004', 'J2210-0013' RA= 22:10:01.819382 DEC= -00:13:09.70014 RAER= 1.00 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.040, 8.4, 0.040, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2207+087', 'J2210+0857' RA= 22:10:06.050145 DEC= +08:57:29.55813 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.097, 5.0, 0.141, 0.072, 8.4, 0.116, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 535 observations" / source= '2207+071', 'J2210+0721' RA= 22:10:09.882756 DEC= +07:21:52.41844 RAER= 7.40 DECER= 18.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2207-507', 'J2210-5031' RA= 22:10:16.089024 DEC= -50:31:04.74812 RAER= 1.06 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '2207+074', 'J2210+0744' RA= 22:10:20.860784 DEC= +07:44:21.13553 RAER= 0.50 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations. No flux information" / source= '2207-325', 'J2210-3216' RA= 22:10:21.955269 DEC= -32:16:07.49107 RAER= 0.92 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.051, 8.4, 0.062, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2208+071', 'J2210+0724' RA= 22:10:39.681076 DEC= +07:24:44.75002 RAER= 1.53 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '2208+109', 'J2210+1112' RA= 22:10:40.072720 DEC= +11:12:17.90743 RAER= 0.83 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.010, 8.4, 0.021, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2208-110', 'J2210-1046' RA= 22:10:47.699097 DEC= -10:46:16.53464 RAER= 1.03 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.011, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2208+482', 'J2210+4827' RA= 22:10:50.723768 DEC= +48:27:33.77833 RAER= 0.87 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.048, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2208+199', 'J2210+2013' RA= 22:10:51.652456 DEC= +20:13:24.05502 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.082, 8.4, 0.231, 0.219 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '2208+017', 'J2210+0159' RA= 22:10:56.057564 DEC= +01:59:09.28250 RAER= 0.37 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.064, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2208+318', 'J2210+3203' RA= 22:10:58.545706 DEC= +32:03:41.11317 RAER= 1.39 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.004, 0.004, 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2208+024', 'J2211+0238' RA= 22:11:00.777212 DEC= +02:38:53.25971 RAER= 0.50 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2208-053', 'J2211-0504' RA= 22:11:05.046237 DEC= -05:04:02.14267 RAER= 2.11 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2208-002', 'J2211-0003' RA= 22:11:08.344610 DEC= -00:03:02.50513 RAER= 0.44 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2209+386', 'J2211+3855' RA= 22:11:12.008701 DEC= +38:55:37.94996 RAER= 1.19 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2209+38A', 'J2211+385A' RA= 22:11:15.575672 DEC= +38:55:48.59912 RAER= 0.97 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.064, 8.4, 0.043, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2207-730', 'J2211-7249' RA= 22:11:23.204764 DEC= -72:49:07.27618 RAER= 2.10 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations. No flux information" / source= '2208-137', 'J2211-1328' RA= 22:11:24.099450 DEC= -13:28:09.72391 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.402, 0.248, 8.4, 0.356, 0.190 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6910 observations" / source= '2208-120', 'J2211-1150' RA= 22:11:29.313246 DEC= -11:50:43.05708 RAER= 1.72 DECER= 5.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.081, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2209+290', 'J2211+2919' RA= 22:11:30.337738 DEC= +29:19:48.90928 RAER= 1.54 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2209+065', 'J2211+0646' RA= 22:11:32.599255 DEC= +06:46:06.73548 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations. No flux information" / source= '2209+152', 'J2211+1530' RA= 22:11:33.216187 DEC= +15:30:28.78339 RAER= 0.63 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2208-144', 'J2211-1411' RA= 22:11:33.341080 DEC= -14:11:54.43204 RAER= 0.21 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.033, 0.031, 5.0, 0.025, 0.017, 8.4, 0.036, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '2208-490', 'J2211-4850' RA= 22:11:35.206070 DEC= -48:50:53.68123 RAER= 2.21 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.184, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2210+629', 'J2211+6311' RA= 22:11:37.623222 DEC= +63:11:05.70906 RAER= 1.40 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.045, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2208-455', 'J2211-4519' RA= 22:11:49.933503 DEC= -45:19:30.37192 RAER= 2.35 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2208-373', 'J2211-3707' RA= 22:11:50.526099 DEC= -37:07:04.98030 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.128, 8.4, 0.141, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 318 observations" / source= '2209+184', 'J2211+1841' RA= 22:11:53.888892 DEC= +18:41:49.86199 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.096, 8.4, 0.200, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 695 observations" / source= '2209+146', 'J2212+1452' RA= 22:12:00.135678 DEC= +14:52:55.27230 RAER= 0.70 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.008, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2209+080', 'J2212+0819' RA= 22:12:01.589239 DEC= +08:19:16.50545 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.161, 8.4, 0.296, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2800 observations" / source= '2209-117', 'J2212-1129' RA= 22:12:03.785280 DEC= -11:29:02.91863 RAER= 4.14 DECER= 6.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2209+058', 'J2212+0607' RA= 22:12:04.825203 DEC= +06:07:47.75500 RAER= 0.53 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations. No flux information" / source= '2209+236', 'J2212+2355' RA= 22:12:05.966320 DEC= +23:55:40.54388 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.792, 0.651, 5.0, 1.030, 0.885, 8.4, 0.900, 0.563, 15.2, 0.970, 0.611 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43626 observations" / source= '2209+328', 'J2212+3308' RA= 22:12:07.977307 DEC= +33:08:34.51986 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.076, 5.0, 0.075, 0.035, 8.4, 0.085, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '2209+158', 'J2212+1607' RA= 22:12:08.043658 DEC= +16:07:43.26851 RAER= 1.47 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2209+284', 'J2212+2843' RA= 22:12:10.252938 DEC= +28:43:00.53610 RAER= 0.67 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.070, 8.4, 0.065, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2210+355', 'J2212+3546' RA= 22:12:17.378196 DEC= +35:46:37.73511 RAER= 0.48 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.209, 0.108, 8.4, 0.143, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2209-108', 'J2212-1037' RA= 22:12:20.095133 DEC= -10:37:37.78648 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.074, 5.0, 0.081, 0.067, 8.4, 0.090, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '2209-255', 'J2212-2518' RA= 22:12:20.716630 DEC= -25:18:28.46804 RAER= 0.20 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.045, 8.4, 0.051, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 459 observations" / source= '2209-093', 'J2212-0904' RA= 22:12:35.511875 DEC= -09:04:56.98236 RAER= 0.17 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.041, 0.016, 5.0, 0.025, 0.017, 8.4, 0.058, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 229 observations" / source= '2210+016', 'J2212+0152' RA= 22:12:37.973296 DEC= +01:52:51.18835 RAER= 0.29 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.213, 0.103, 8.4, 0.150, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 327 observations" / source= '2210+277', 'J2212+2759' RA= 22:12:39.103111 DEC= +27:59:38.44958 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.077, 5.0, 0.099, 0.071, 8.4, 0.100, 0.058, 15.2, 0.085, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '2209-272', 'J2212-2659' RA= 22:12:40.760403 DEC= -26:59:09.28576 RAER= 0.78 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2210+074', 'J2212+0740' RA= 22:12:49.610786 DEC= +07:40:49.32219 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 249 observations. No flux information" / source= '2210+065', 'J2212+0646' RA= 22:12:50.839309 DEC= +06:46:08.74110 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.219, 0.173, 8.4, 0.243, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5182 observations" / source= '2210-257', 'J2213-2529' RA= 22:13:02.497975 DEC= -25:29:30.08058 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.817, 0.398, 5.0, 0.720, 0.448, 8.4, 0.463, 0.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2348 observations" / source= '2210-281', 'J2213-2754' RA= 22:13:05.980499 DEC= -27:54:20.58405 RAER= 5.01 DECER= 8.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.015, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2210+361', 'J2213+3623' RA= 22:13:10.222370 DEC= +36:23:55.18350 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.077, 8.4, 0.092, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '2210-104', 'J2213-1011' RA= 22:13:14.622271 DEC= -10:11:35.19129 RAER= 0.16 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.039, 8.4, 0.060, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '2210+298', 'J2213+3006' RA= 22:13:14.728983 DEC= +30:06:22.56464 RAER= 0.60 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.028, 8.4, 0.048, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2211+289', 'J2213+2910' RA= 22:13:18.174363 DEC= +29:10:13.11813 RAER= 0.42 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.040, 8.4, 0.030, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 486 observations" / source= '2211+340', 'J2213+3419' RA= 22:13:20.950061 DEC= +34:19:58.69544 RAER= 11.99 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2210+085', 'J2213+0847' RA= 22:13:21.736138 DEC= +08:47:29.97741 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.048, 5.0, 0.097, 0.047, 8.4, 0.087, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations" / source= '2210-210', 'J2213-2050' RA= 22:13:25.826518 DEC= -20:50:22.76610 RAER= 3.28 DECER= 7.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2210-481', 'J2213-4754' RA= 22:13:30.359659 DEC= -47:54:25.23589 RAER= 23.32 DECER= 11.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2210-095', 'J2213-0915' RA= 22:13:30.620730 DEC= -09:15:26.03107 RAER= 27.40 DECER= 19.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2210-223', 'J2213-2207' RA= 22:13:34.590904 DEC= -22:07:17.51975 RAER= 3.58 DECER= 6.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2209-637', 'J2213-6330' RA= 22:13:34.763519 DEC= -63:30:01.53495 RAER= 0.77 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.178, 0.176 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2210-330', 'J2213-3246' RA= 22:13:37.872377 DEC= -32:46:00.27056 RAER= 2.94 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.015, 8.4, 0.044, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2211+257', 'J2213+2558' RA= 22:13:46.275905 DEC= +25:58:24.38483 RAER= 1.81 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2211+089', 'J2213+0913' RA= 22:13:53.761106 DEC= +09:13:25.25807 RAER= 0.79 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.013, 8.4, 0.072, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2211-061', 'J2213-0551' RA= 22:13:54.230981 DEC= -05:51:30.16803 RAER= 1.57 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2211+348', 'J2214+3508' RA= 22:14:00.830355 DEC= +35:08:01.28329 RAER= 2.22 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.011, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2212+595', 'J2214+5950' RA= 22:14:01.020038 DEC= +59:50:52.11906 RAER= 4.51 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2211-251', 'J2214-2456' RA= 22:14:04.315055 DEC= -24:56:44.02530 RAER= 8.18 DECER= 16.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2211+374', 'J2214+3739' RA= 22:14:05.694858 DEC= +37:39:09.19639 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.307, 0.179, 8.4, 0.210, 0.033, 22.2, 0.199, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1449 observations" / source= '2211+069', 'J2214+0711' RA= 22:14:08.861605 DEC= +07:11:42.39249 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.174, 8.4, 0.258, 0.212 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3846 observations" / source= '2211+080', 'J2214+0819' RA= 22:14:17.587367 DEC= +08:19:52.79116 RAER= 1.87 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2211-403', 'J2214-4008' RA= 22:14:18.420928 DEC= -40:08:50.05241 RAER= 1.30 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2211+055', 'J2214+0547' RA= 22:14:22.266263 DEC= +05:47:22.46592 RAER= 0.43 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.031, 8.4, 0.055, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2211-132', 'J2214-1257' RA= 22:14:26.583265 DEC= -12:57:42.47979 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.100, 5.0, 0.108, 0.101, 8.4, 0.084, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '2211-388', 'J2214-3835' RA= 22:14:38.569463 DEC= -38:35:45.01004 RAER= 0.45 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.632, 0.150, 8.4, 0.220, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 279 observations" / source= '2211-142', 'J2214-1400' RA= 22:14:39.366752 DEC= -14:00:58.24117 RAER= 1.39 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2212+177', 'J2214+1802' RA= 22:14:44.798554 DEC= +18:02:03.13316 RAER= 0.58 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2212+262', 'J2214+2631' RA= 22:14:45.933193 DEC= +26:31:52.01436 RAER= 2.53 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2212-083', 'J2214-0804' RA= 22:14:46.309970 DEC= -08:04:29.84780 RAER= 1.86 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2211-256', 'J2214-2521' RA= 22:14:46.402197 DEC= -25:21:16.07725 RAER= 0.21 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.306, 0.150, 8.4, 0.146, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 416 observations" / source= '2212+135', 'J2214+1350' RA= 22:14:46.882006 DEC= +13:50:27.11625 RAER= 0.52 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '2213+526', 'J2214+5250' RA= 22:14:55.712888 DEC= +52:50:58.06887 RAER= 1.15 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.020, 22.2, 0.038, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2212+000', 'J2214+0020' RA= 22:14:56.373764 DEC= +00:20:00.14768 RAER= 1.36 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2212+356', 'J2214+3551' RA= 22:14:56.972486 DEC= +35:51:25.67265 RAER= 0.74 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.052, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2212+148', 'J2215+1503' RA= 22:15:05.420897 DEC= +15:03:26.96473 RAER= 1.11 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.044, 8.4, 0.051, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2212-112', 'J2215-1100' RA= 22:15:06.090315 DEC= -11:00:10.62248 RAER= 0.18 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, 0.026, 5.0, 0.031, 0.021, 8.4, 0.042, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 242 observations" / source= '2213+608', 'J2215+6105' RA= 22:15:07.728335 DEC= +61:05:05.68917 RAER= 5.95 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2212+131', 'J2215+1322' RA= 22:15:09.312077 DEC= +13:22:37.31002 RAER= 12.80 DECER= 13.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2213+432', 'J2215+4332' RA= 22:15:10.118248 DEC= +43:32:48.75583 RAER= 1.80 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.012, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2212+054', 'J2215+0544' RA= 22:15:13.480587 DEC= +05:44:54.53631 RAER= 0.79 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.013, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2212+091', 'J2215+0922' RA= 22:15:15.177605 DEC= +09:22:39.81384 RAER= 0.45 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.034, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2212-299', 'J2215-2944' RA= 22:15:16.034594 DEC= -29:44:23.33117 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.235, 8.4, 0.328, 0.183 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '2212+06A', 'J2215+063A' RA= 22:15:25.033901 DEC= +06:34:03.14030 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations. No flux information" / source= '2213+353', 'J2215+3534' RA= 22:15:25.258803 DEC= +35:34:06.87108 RAER= 1.04 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2212-085', 'J2215-0819' RA= 22:15:28.606395 DEC= -08:19:43.55844 RAER= 0.21 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.030, 8.4, 0.042, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '2213+017', 'J2215+0201' RA= 22:15:35.614755 DEC= +02:01:15.63120 RAER= 0.55 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2213+287', 'J2215+2902' RA= 22:15:36.842578 DEC= +29:02:35.87264 RAER= 0.52 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.021, 8.4, 0.059, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2213+372', 'J2215+3730' RA= 22:15:41.216730 DEC= +37:30:47.39247 RAER= 0.63 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.030, 8.4, 0.024, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2212-664', 'J2215-6609' RA= 22:15:45.294273 DEC= -66:09:13.67449 RAER= 1.93 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2213-136', 'J2215-1323' RA= 22:15:48.215288 DEC= -13:23:21.11290 RAER= 1.87 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2213+122', 'J2215+1229' RA= 22:15:51.462305 DEC= +12:29:00.54673 RAER= 0.53 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.061, 8.4, 0.054, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2213+035', 'J2215+0348' RA= 22:15:55.994862 DEC= +03:48:14.59382 RAER= 0.72 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2213+063', 'J2215+0634' RA= 22:15:56.143971 DEC= +06:34:10.43503 RAER= 0.65 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2213-283', 'J2215-2803' RA= 22:15:59.976427 DEC= -28:03:30.21605 RAER= 1.10 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.042, 8.4, 0.053, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2213-056', 'J2216-0526' RA= 22:16:06.950849 DEC= -05:26:44.65998 RAER= 3.15 DECER= 6.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2213-225', 'J2216-2221' RA= 22:16:09.600022 DEC= -22:21:01.15420 RAER= 16.79 DECER= 16.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2214+532', 'J2216+5331' RA= 22:16:11.454384 DEC= +53:31:17.23168 RAER= 2.74 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.020, 8.4, 0.036, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2214+350', 'J2216+3518' RA= 22:16:20.009903 DEC= +35:18:14.17999 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.444, 0.348, 8.4, 0.406, 0.276 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45385 observations" / source= '2214+307', 'J2216+3102' RA= 22:16:42.710429 DEC= +31:02:35.36440 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.538, 0.388, 8.4, 0.330, 0.100 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '2214-151', 'J2216-1452' RA= 22:16:51.472899 DEC= -14:52:16.20769 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.112, 8.4, 0.114, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '2213-456', 'J2216-4521' RA= 22:16:55.466181 DEC= -45:21:44.62231 RAER= 4.31 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, n/a, 8.4, 0.069, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2214+241', 'J2217+2421' RA= 22:17:00.821174 DEC= +24:21:45.95837 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.560, 0.400, 8.4, 0.652, 0.520, 15.2, 0.724, 0.550 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10206 observations" / source= '2214-192', 'J2217-1902' RA= 22:17:02.165712 DEC= -19:02:03.82523 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.105, 8.4, 0.131, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 344 observations" / source= '2214+224', 'J2217+2239' RA= 22:17:10.957605 DEC= +22:39:46.78168 RAER= 1.14 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.016, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2214+201', 'J2217+2024' RA= 22:17:15.844100 DEC= +20:24:48.90364 RAER= 0.23 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.024, 5.0, 0.097, 0.041, 8.4, 0.070, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '2215+316', 'J2217+3156' RA= 22:17:17.576427 DEC= +31:56:49.99613 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.536, 0.435, 8.4, 0.330, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '2214+051', 'J2217+0525' RA= 22:17:18.231082 DEC= +05:25:19.20114 RAER= 0.31 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037, 8.4, 0.049, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2215+277', 'J2217+2800' RA= 22:17:40.836340 DEC= +28:00:39.61146 RAER= 0.72 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.037, 8.4, 0.051, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2214-176', 'J2217-1724' RA= 22:17:41.862070 DEC= -17:24:20.12446 RAER= 1.90 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2214-206', 'J2217-2022' RA= 22:17:43.239070 DEC= -20:22:50.22091 RAER= 1.57 DECER= 4.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2215-027', 'J2217-0232' RA= 22:17:45.758724 DEC= -02:32:38.42574 RAER= 0.92 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.012, 8.4, 0.015, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2213-709', 'J2217-7044' RA= 22:17:46.734723 DEC= -70:44:53.32936 RAER= 0.60 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 84 observations" / source= '2215+020', 'J2217+0220' RA= 22:17:48.237945 DEC= +02:20:10.71181 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.258, 0.131, 5.0, 0.165, 0.074, 8.4, 0.175, 0.126, 15.2, 0.216, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1620 observations" / source= '2215+517', 'J2217+5202' RA= 22:17:54.459451 DEC= +52:02:51.41698 RAER= 0.95 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2215+006', 'J2218+0052' RA= 22:18:06.676987 DEC= +00:52:23.61975 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.076, 8.4, 0.083, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 904 observations" / source= '2215-057', 'J2218-0532' RA= 22:18:10.323276 DEC= -05:32:42.60964 RAER= 0.79 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.010, 8.4, 0.048, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2215+150', 'J2218+1520' RA= 22:18:10.913905 DEC= +15:20:35.71747 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.462, 0.451, 5.0, 0.894, 0.846, 8.4, 0.678, 0.536 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44458 observations" / source= '2216+415', 'J2218+4146' RA= 22:18:12.230498 DEC= +41:46:33.54100 RAER= 0.40 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.060, 8.4, 0.086, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2215-508', 'J2218-5038' RA= 22:18:19.025302 DEC= -50:38:41.73052 RAER= 0.37 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.227, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2215+225', 'J2218+2250' RA= 22:18:20.300807 DEC= +22:50:39.07216 RAER= 0.74 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.025, 8.4, 0.040, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2216-007', 'J2218-0028' RA= 22:18:36.679731 DEC= -00:28:52.98433 RAER= 0.45 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.042, 8.4, 0.042, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 640 observations" / source= '2216-127', 'J2218-1229' RA= 22:18:43.450879 DEC= -12:29:13.33038 RAER= 0.18 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.113, 5.0, 0.137, 0.059, 8.4, 0.093, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '2216-038', 'J2218-0335' RA= 22:18:52.037724 DEC= -03:35:36.87938 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.980, 1.391, 5.0, 1.788, 1.361, 8.4, 1.726, 0.721, 15.2, 1.809, 0.822 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14539 observations" / source= '2216-122', 'J2218-1200' RA= 22:18:53.114569 DEC= -12:00:20.03437 RAER= 5.41 DECER= 9.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2216+193', 'J2218+1938' RA= 22:18:54.582970 DEC= +19:38:41.35465 RAER= 0.68 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.022, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2216-105', 'J2218-1017' RA= 22:18:56.803945 DEC= -10:17:43.48847 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.064, 5.0, 0.061, 0.016, 8.4, 0.053, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 256 observations" / source= '2216+400', 'J2219+4020' RA= 22:19:00.150618 DEC= +40:20:43.07799 RAER= 1.38 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2216+339', 'J2219+3409' RA= 22:19:00.409402 DEC= +34:09:10.77415 RAER= 0.82 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.028, 8.4, 0.033, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2216-148', 'J2219-1435' RA= 22:19:02.753089 DEC= -14:35:34.13084 RAER= 1.62 DECER= 4.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2216-126', 'J2219-1221' RA= 22:19:07.487951 DEC= -12:21:39.85658 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.024, 8.4, 0.031, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '2216+178', 'J2219+1806' RA= 22:19:14.092477 DEC= +18:06:35.58074 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.135, 0.119, 8.4, 0.196, 0.147, 15.2, 0.224, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1908 observations" / source= '2217+281', 'J2219+2826' RA= 22:19:24.554647 DEC= +28:26:49.59685 RAER= 0.80 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.021, 8.4, 0.042, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2217+261', 'J2219+2627' RA= 22:19:29.854803 DEC= +26:27:24.63728 RAER= 10.94 DECER= 9.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2216+022', 'J2219+0229' RA= 22:19:30.786947 DEC= +02:29:45.49325 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.199, 0.147, 8.4, 0.163, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '2216-210', 'J2219-2048' RA= 22:19:31.692368 DEC= -20:48:17.94082 RAER= 3.61 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2216-275', 'J2219-2719' RA= 22:19:35.320237 DEC= -27:19:03.29451 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.063, 8.4, 0.128, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 463 observations" / source= '2217+214', 'J2219+2141' RA= 22:19:38.521599 DEC= +21:41:12.56022 RAER= 0.17 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.049, 8.4, 0.076, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 443 observations" / source= '2216-281', 'J2219-2756' RA= 22:19:42.563217 DEC= -27:56:27.37514 RAER= 2.04 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, 0.011, 8.4, 0.134, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2217+210', 'J2219+2120' RA= 22:19:44.175366 DEC= +21:20:53.18586 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.054, 8.4, 0.131, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '2217-011', 'J2219-0051' RA= 22:19:47.282456 DEC= -00:51:32.55565 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.164, 8.4, 0.130, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 467 observations" / source= '2217+259', 'J2219+2613' RA= 22:19:49.741164 DEC= +26:13:27.94658 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.112, 8.4, 0.126, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '2217+073', 'J2219+0736' RA= 22:19:50.429650 DEC= +07:36:50.81646 RAER= 0.76 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2217-210', 'J2220-2047' RA= 22:20:05.664676 DEC= -20:47:12.52852 RAER= 1.92 DECER= 4.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2217+082', 'J2220+0829' RA= 22:20:09.954762 DEC= +08:29:11.38360 RAER= 0.57 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.065, 8.4, 0.068, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2218+552', 'J2220+5531' RA= 22:20:10.119305 DEC= +55:31:23.75565 RAER= 7.06 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.064, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2217+087', 'J2220+0900' RA= 22:20:11.777662 DEC= +09:00:29.63443 RAER= 0.86 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011, 8.4, 0.026, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2217+231', 'J2220+2325' RA= 22:20:15.524997 DEC= +23:25:06.60229 RAER= 0.97 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.018, 8.4, 0.046, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2217-133', 'J2220-1308' RA= 22:20:18.130772 DEC= -13:08:13.39879 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.034, 8.4, 0.029, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '2218+262', 'J2220+2628' RA= 22:20:22.088332 DEC= +26:28:04.47624 RAER= 0.63 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.047, 8.4, 0.062, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2217+116', 'J2220+1152' RA= 22:20:23.222152 DEC= +11:52:30.56651 RAER= 0.45 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.032, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2217-338', 'J2220-3336' RA= 22:20:26.978489 DEC= -33:36:59.70968 RAER= 2.64 DECER= 11.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2218+279', 'J2220+2813' RA= 22:20:28.725803 DEC= +28:13:55.67153 RAER= 0.28 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.031, 8.4, 0.028, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2217+018', 'J2220+0204' RA= 22:20:30.773117 DEC= +02:04:54.05059 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.027, 8.4, 0.076, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2218+073', 'J2220+0737' RA= 22:20:35.869632 DEC= +07:37:57.75517 RAER= 0.67 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.064, 8.4, 0.046, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2217-251', 'J2220-2454' RA= 22:20:37.459998 DEC= -24:54:02.12826 RAER= 2.54 DECER= 5.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2218+275', 'J2220+2749' RA= 22:20:38.837696 DEC= +27:49:50.27442 RAER= 0.63 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.046, 8.4, 0.069, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2218+336', 'J2220+3354' RA= 22:20:51.247795 DEC= +33:54:57.30825 RAER= 0.46 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.045, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2220+738', 'J2221+7407' RA= 22:21:02.404782 DEC= +74:07:48.00491 RAER= 10.75 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2218-017', 'J2221-0128' RA= 22:21:12.680918 DEC= -01:28:06.30861 RAER= 1.30 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.032, 8.4, 0.016, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2218+110', 'J2221+1117' RA= 22:21:19.159381 DEC= +11:17:41.94554 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.136, 8.4, 0.184, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '2218+200', 'J2221+2019' RA= 22:21:20.731043 DEC= +20:19:22.15198 RAER= 0.55 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.036, 8.4, 0.036, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2220+695', 'J2221+6949' RA= 22:21:22.368657 DEC= +69:49:09.08674 RAER= 3.40 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.041, 8.4, 0.062, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2217-688', 'J2221-6832' RA= 22:21:27.171692 DEC= -68:32:58.95245 RAER= 57.62 DECER= 18.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2218-526', 'J2221-5225' RA= 22:21:29.312427 DEC= -52:25:27.84084 RAER= 15.10 DECER= 7.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2219+622', 'J2221+6230' RA= 22:21:37.327308 DEC= +62:30:49.59720 RAER= 2.75 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.052, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2218-099', 'J2221-0940' RA= 22:21:38.347679 DEC= -09:40:51.25931 RAER= 1.55 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2219+582', 'J2221+5832' RA= 22:21:43.083932 DEC= +58:32:46.73046 RAER= 3.66 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2218-229', 'J2221-2240' RA= 22:21:44.209934 DEC= -22:40:08.53130 RAER= 0.83 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2219+337', 'J2221+3358' RA= 22:21:52.313745 DEC= +33:58:52.03738 RAER= 0.48 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.034, 8.4, 0.045, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2219+283', 'J2221+2835' RA= 22:21:54.416713 DEC= +28:35:58.06432 RAER= 1.45 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.013, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2220+648', 'J2221+6505' RA= 22:21:55.492267 DEC= +65:05:37.25216 RAER= 0.76 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2219+412', 'J2221+4132' RA= 22:21:57.671761 DEC= +41:32:08.04026 RAER= 1.48 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.026, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2219-340', 'J2222-3345' RA= 22:22:08.579507 DEC= -33:45:56.79866 RAER= 1.07 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.062, 8.4, 0.042, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 150 observations" / source= '2221+720', 'J2222+7220' RA= 22:22:12.885545 DEC= +72:20:43.59421 RAER= 4.65 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2220+633', 'J2222+6337' RA= 22:22:16.868324 DEC= +63:37:55.12095 RAER= 7.57 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2219-276', 'J2222-2722' RA= 22:22:19.242512 DEC= -27:22:28.50339 RAER= 9.06 DECER= 18.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2219-354', 'J2222-3509' RA= 22:22:27.060640 DEC= -35:09:50.01054 RAER= 0.86 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.022, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2220+250', 'J2222+2517' RA= 22:22:32.618753 DEC= +25:17:53.56670 RAER= 0.54 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.040, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2219-213', 'J2222-2107' RA= 22:22:36.196284 DEC= -21:07:36.98221 RAER= 0.52 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.050, 8.4, 0.065, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2219-287', 'J2222-2827' RA= 22:22:36.806051 DEC= -28:27:50.88110 RAER= 2.04 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.084, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2220+134', 'J2222+1344' RA= 22:22:45.163205 DEC= +13:44:54.44776 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.128, 5.0, 0.175, 0.115, 8.4, 0.178, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '2220-16A', 'J2222-1604' RA= 22:22:49.338512 DEC= -16:04:41.90587 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.085, 0.055, 5.0, 0.067, 0.047, 8.4, 0.049, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '2219-394', 'J2222-3913' RA= 22:22:51.390442 DEC= -39:13:32.00817 RAER= 1.13 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.047, 8.4, 0.063, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2220+144', 'J2222+1441' RA= 22:22:51.400888 DEC= +14:41:13.59994 RAER= 0.55 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.047, 8.4, 0.080, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2220+516', 'J2222+5152' RA= 22:22:51.925190 DEC= +51:52:08.89183 RAER= 1.26 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2220+119', 'J2222+1213' RA= 22:22:52.989020 DEC= +12:13:49.80874 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.101, 8.4, 0.312, 0.223 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 621 observations" / source= '2220-119', 'J2222-1144' RA= 22:22:56.005062 DEC= -11:44:26.37595 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.114, 8.4, 0.116, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '2220-321', 'J2222-3151' RA= 22:22:57.815920 DEC= -31:51:17.85947 RAER= 8.56 DECER= 17.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2220+105', 'J2222+1047' RA= 22:22:57.976012 DEC= +10:47:42.30974 RAER= 0.33 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.081, 8.4, 0.072, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2221+640', 'J2222+6418' RA= 22:22:59.826123 DEC= +64:18:13.85658 RAER= 8.40 DECER= 4.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2221+675', 'J2223+6747' RA= 22:23:00.667206 DEC= +67:47:01.67844 RAER= 15.46 DECER= 4.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2220+148', 'J2223+1508' RA= 22:23:01.240390 DEC= +15:08:51.47576 RAER= 10.10 DECER= 8.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2220-351', 'J2223-3455' RA= 22:23:05.930554 DEC= -34:55:47.17783 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.394, 0.255, 5.0, 0.264, 0.220, 8.4, 0.286, 0.192 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3607 observations" / source= '2220+146', 'J2223+1453' RA= 22:23:07.074847 DEC= +14:53:59.71484 RAER= 0.28 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.060, 8.4, 0.066, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2220+244', 'J2223+2439' RA= 22:23:08.742007 DEC= +24:39:12.43097 RAER= 0.52 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.086, 8.4, 0.100, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2221+412', 'J2223+4127' RA= 22:23:15.197841 DEC= +41:27:13.06160 RAER= 1.04 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.009, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2221+625', 'J2223+6249' RA= 22:23:18.096637 DEC= +62:49:33.80503 RAER= 0.27 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.101, 5.0, 0.225, 0.009, 8.4, 0.216, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 869 observations" / source= '2221+433', 'J2223+4333' RA= 22:23:18.677383 DEC= +43:33:59.91531 RAER= 347.63 DECER= 154.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2220+083', 'J2223+0838' RA= 22:23:21.014154 DEC= +08:38:54.14078 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.088, 0.081, 5.0, 0.079, 0.062, 8.4, 0.100, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '2220-345', 'J2223-3417' RA= 22:23:21.610032 DEC= -34:17:45.69494 RAER= 7.24 DECER= 23.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2220-318', 'J2223-3137' RA= 22:23:21.631656 DEC= -31:37:02.10904 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.148, 8.4, 0.262, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 303 observations" / source= '2220-505', 'J2223-5017' RA= 22:23:28.094880 DEC= -50:17:13.06665 RAER= 3.04 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.071, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2220+036', 'J2223+0356' RA= 22:23:29.442817 DEC= +03:56:42.74632 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.056, 8.4, 0.064, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2220+007', 'J2223+0102' RA= 22:23:29.570999 DEC= +01:02:26.65009 RAER= 0.74 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.007, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2220-064', 'J2223-0612' RA= 22:23:29.703480 DEC= -06:12:02.05145 RAER= 1.15 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2221+579', 'J2223+5813' RA= 22:23:30.015715 DEC= +58:13:50.89377 RAER= 2.08 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.046, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2220-312', 'J2223-3101' RA= 22:23:32.799031 DEC= -31:01:17.66047 RAER= 1.30 DECER= 4.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2221-050', 'J2223-0450' RA= 22:23:38.727351 DEC= -04:50:02.37716 RAER= 1.26 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2220-163', 'J2223-1607' RA= 22:23:41.172703 DEC= -16:07:05.17286 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.072, 8.4, 0.095, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 792 observations" / source= '2221-066', 'J2223-0626' RA= 22:23:44.118812 DEC= -06:26:39.85378 RAER= 0.94 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.015, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2222+655', 'J2223+6547' RA= 22:23:46.653956 DEC= +65:47:51.39200 RAER= 1.38 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.011, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2221+020', 'J2223+0217' RA= 22:23:48.959049 DEC= +02:17:19.67910 RAER= 0.70 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2221-023', 'J2223-0206' RA= 22:23:49.539594 DEC= -02:06:12.85668 RAER= 0.50 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.015, 8.4, 0.028, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '2221+119', 'J2223+1213' RA= 22:23:59.076830 DEC= +12:13:39.01608 RAER= 0.46 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.040, 8.4, 0.067, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2221+131', 'J2223+1326' RA= 22:23:59.535505 DEC= +13:26:44.34633 RAER= 0.26 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.049, 8.4, 0.050, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 65 observations" / source= '2221-116', 'J2224-1126' RA= 22:24:07.962680 DEC= -11:26:21.10700 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.278, 0.152, 5.0, 0.203, 0.080, 8.4, 0.208, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '2222+542', 'J2224+5433' RA= 22:24:13.318431 DEC= +54:33:07.12707 RAER= 2.16 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.029, 8.4, 0.065, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2222+317', 'J2224+3157' RA= 22:24:20.573998 DEC= +31:57:28.10697 RAER= 3.18 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2221+036', 'J2224+0354' RA= 22:24:24.981561 DEC= +03:54:58.41291 RAER= 0.61 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2222+600', 'J2224+6016' RA= 22:24:37.024269 DEC= +60:16:15.59791 RAER= 0.50 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.047, 5.0, 0.097, n/a, 8.4, 0.103, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 384 observations" / source= '2222+040', 'J2224+0417' RA= 22:24:41.074257 DEC= +04:17:37.75954 RAER= 1.35 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2222+393', 'J2224+3935' RA= 22:24:42.906981 DEC= +39:35:12.89175 RAER= 3.89 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2221-387', 'J2224-3831' RA= 22:24:43.961324 DEC= -38:31:33.02884 RAER= 0.31 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.081, 8.4, 0.076, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '2223+645', 'J2224+6449' RA= 22:24:47.922443 DEC= +64:49:08.69464 RAER= 3.92 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '2222+069', 'J2224+0710' RA= 22:24:58.319920 DEC= +07:10:58.17387 RAER= 0.46 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.057, 8.4, 0.052, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2222-026', 'J2225-0224' RA= 22:25:01.551780 DEC= -02:24:30.65749 RAER= 0.21 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.036, 8.4, 0.053, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 110 observations" / source= '2222+041', 'J2225+0422' RA= 22:25:06.774977 DEC= +04:22:14.97301 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.031, 8.4, 0.041, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2223+510', 'J2225+5120' RA= 22:25:25.394342 DEC= +51:20:45.78786 RAER= 1.34 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2223+204', 'J2225+2040' RA= 22:25:36.919005 DEC= +20:40:15.32064 RAER= 0.67 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.098, 8.4, 0.070, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2223+210', 'J2225+2118' RA= 22:25:38.047123 DEC= +21:18:06.41516 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.526, 0.606, 5.0, 1.331, 0.481, 8.4, 1.263, 0.440, 15.2, 1.135, 0.569 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 708 observations" / source= '2223+098', 'J2225+1008' RA= 22:25:43.375539 DEC= +10:08:34.32103 RAER= 0.43 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.048, 8.4, 0.071, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2223+084', 'J2225+0841' RA= 22:25:43.480194 DEC= +08:41:57.17643 RAER= 0.48 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.035, 8.4, 0.052, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2223-114', 'J2225-1113' RA= 22:25:43.718387 DEC= -11:13:40.69824 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.088, 8.4, 0.089, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2746 observations" / source= '2223-052', 'J2225-0457' RA= 22:25:47.259292 DEC= -04:57:01.39073 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.901, 0.758, 5.0, 2.321, 0.805, 8.4, 2.456, 1.122, 15.2, 5.181, 2.634 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135511 observations" / source= '2223-053', 'J2225-0507' RA= 22:25:56.593065 DEC= -05:07:34.53334 RAER= 2.65 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2223+417', 'J2226+4202' RA= 22:26:06.409915 DEC= +42:02:13.02979 RAER= 0.90 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2223+324', 'J2226+3241' RA= 22:26:07.373372 DEC= +32:41:50.04385 RAER= 0.72 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.010, 8.4, 0.040, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2223+068', 'J2226+0705' RA= 22:26:15.483903 DEC= +07:05:59.82770 RAER= 0.44 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.034, 8.4, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2223-257', 'J2226-2528' RA= 22:26:18.723935 DEC= -25:28:04.16584 RAER= 1.63 DECER= 5.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2224+533', 'J2226+5336' RA= 22:26:21.141521 DEC= +53:36:17.65502 RAER= 0.86 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.098, 8.4, 0.083, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2224+575', 'J2226+5749' RA= 22:26:22.972087 DEC= +57:49:28.18315 RAER= 4.96 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2225+687', 'J2226+6902' RA= 22:26:25.477536 DEC= +69:02:08.38184 RAER= 4.18 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2224+620', 'J2226+6220' RA= 22:26:30.410953 DEC= +62:20:00.98820 RAER= 2.82 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations. No flux information" / source= '2224+019', 'J2226+0210' RA= 22:26:36.435522 DEC= +02:10:37.32707 RAER= 0.49 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2224+290', 'J2226+2918' RA= 22:26:37.455762 DEC= +29:18:49.82016 RAER= 1.57 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.005, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2224+006', 'J2226+0052' RA= 22:26:46.537019 DEC= +00:52:11.33156 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.481, 0.384, 5.0, 0.417, 0.324, 8.4, 0.448, 0.300 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 713 observations" / source= '2224-076', 'J2226-0723' RA= 22:26:50.313530 DEC= -07:23:27.28797 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.011, 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '2223-628', 'J2226-6237' RA= 22:26:52.261261 DEC= -62:37:03.12299 RAER= 1692.83 DECER= 1169.6 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.201, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2224+036', 'J2227+0355' RA= 22:27:05.230347 DEC= +03:55:57.27489 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.073, 8.4, 0.101, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '2223-525', 'J2227-5219' RA= 22:27:08.479709 DEC= -52:19:50.96540 RAER= 1.43 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.131, 0.101 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2225+692', 'J2227+6931' RA= 22:27:15.960539 DEC= +69:31:41.52035 RAER= 8.66 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.015, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2225+369', 'J2227+3715' RA= 22:27:17.785279 DEC= +37:15:18.55876 RAER= 0.67 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.016, 8.4, 0.065, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2224-164', 'J2227-1611' RA= 22:27:20.279649 DEC= -16:11:27.19104 RAER= 0.91 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.024, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2226+772', 'J2227+7733' RA= 22:27:21.622569 DEC= +77:33:19.23625 RAER= 0.80 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.068, 8.4, 0.069, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '2225+661', 'J2227+6623' RA= 22:27:23.562227 DEC= +66:23:51.05844 RAER= 2.11 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.022, 8.4, 0.042, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2224-001', 'J2227+0005' RA= 22:27:29.059940 DEC= +00:05:21.97161 RAER= 0.36 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.059, 8.4, 0.080, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2225+499', 'J2227+5010' RA= 22:27:40.037238 DEC= +50:10:54.05735 RAER= 1.22 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.016, 8.4, 0.041, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2224-200', 'J2227-1946' RA= 22:27:41.439679 DEC= -19:46:36.00007 RAER= 0.79 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.170, 0.023, 8.4, 0.125, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2225+007', 'J2227+0057' RA= 22:27:43.653697 DEC= +00:57:29.55032 RAER= 0.87 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2225+003', 'J2227+0034' RA= 22:27:44.580879 DEC= +00:34:50.65418 RAER= 1.56 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2225-196', 'J2227-1922' RA= 22:27:47.475451 DEC= -19:22:04.40424 RAER= 1.02 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2225+240', 'J2227+2421' RA= 22:27:47.945267 DEC= +24:21:12.16757 RAER= 1.31 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2225-30A', 'J2227-3033' RA= 22:27:50.635637 DEC= -30:33:43.50978 RAER= 1.39 DECER= 3.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2225-308', 'J2227-3034' RA= 22:27:54.469999 DEC= -30:34:31.85917 RAER= 4.13 DECER= 6.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2225+003', 'J2227+0037' RA= 22:27:58.131223 DEC= +00:37:05.42817 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.067, 8.4, 0.072, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2225+49A', 'J2227+5012' RA= 22:27:58.340036 DEC= +50:12:21.34366 RAER= 1.66 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2225+164', 'J2227+1642' RA= 22:27:59.969398 DEC= +16:42:43.03772 RAER= 0.75 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2227+752', 'J2228+7532' RA= 22:28:00.730433 DEC= +75:32:21.60587 RAER= 6.05 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2225+247', 'J2228+2503' RA= 22:28:01.541710 DEC= +25:03:03.04066 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.107, 8.4, 0.075, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 406 observations" / source= '2225+332', 'J2228+3331' RA= 22:28:05.460762 DEC= +33:31:38.23412 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.179, 5.0, 0.166, 0.137, 8.4, 0.137, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 252 observations" / source= '2226+258', 'J2228+2605' RA= 22:28:21.025943 DEC= +26:05:58.15037 RAER= 0.71 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.043, 8.4, 0.047, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2225-190', 'J2228-1850' RA= 22:28:23.646986 DEC= -18:50:00.40028 RAER= 0.54 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.038, 8.4, 0.045, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2225-168', 'J2228-1636' RA= 22:28:30.197261 DEC= -16:36:43.17859 RAER= 1.38 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2226+278', 'J2228+2807' RA= 22:28:31.834671 DEC= +28:07:01.15041 RAER= 0.86 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.067, 8.4, 0.078, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2226+326', 'J2228+3256' RA= 22:28:33.714192 DEC= +32:56:44.20152 RAER= 0.51 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.071, 8.4, 0.081, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2226+219', 'J2228+2211' RA= 22:28:39.493929 DEC= +22:11:25.02315 RAER= 0.30 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2226+142', 'J2228+1428' RA= 22:28:47.999023 DEC= +14:28:48.52545 RAER= 0.42 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.041, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2226+248', 'J2228+2505' RA= 22:28:49.035104 DEC= +25:05:01.02198 RAER= 4.37 DECER= 6.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2226+440', 'J2228+4419' RA= 22:28:50.463323 DEC= +44:19:08.44227 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.170, 0.093, 8.4, 0.146, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 450 observations" / source= '2226-081', 'J2228-0753' RA= 22:28:52.607556 DEC= -07:53:46.64232 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.075, 8.4, 0.179, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 570 observations" / source= '2226-011', 'J2228-0054' RA= 22:28:53.393181 DEC= -00:54:23.48217 RAER= 0.64 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.019, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2225-694', 'J2229-6910' RA= 22:29:00.176701 DEC= -69:10:30.27370 RAER= 0.37 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.269, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '2226-19A', 'J2229-1921' RA= 22:29:07.478573 DEC= -19:21:35.36817 RAER= 0.81 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.122, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2226+089', 'J2229+0914' RA= 22:29:08.084091 DEC= +09:14:21.53030 RAER= 7.51 DECER= 10.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2226+151', 'J2229+1523' RA= 22:29:09.240636 DEC= +15:23:00.14689 RAER= 0.51 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.053, 8.4, 0.074, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2227+665', 'J2229+6646' RA= 22:29:13.850979 DEC= +66:46:51.48912 RAER= 0.31 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.101, 8.4, 0.163, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 378 observations" / source= '2227+538', 'J2229+5403' RA= 22:29:14.768781 DEC= +54:03:23.33449 RAER= 1.14 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.056, 8.4, 0.048, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2226-411', 'J2229-4051' RA= 22:29:18.364637 DEC= -40:51:32.13285 RAER= 8.95 DECER= 19.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2224-793', 'J2229-7907' RA= 22:29:18.540050 DEC= -79:07:08.52080 RAER= 0.72 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.256, 0.234 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 264 observations" / source= '2226+095', 'J2229+0951' RA= 22:29:21.237591 DEC= +09:51:12.95530 RAER= 0.68 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2226-343', 'J2229-3402' RA= 22:29:22.002230 DEC= -34:02:37.98626 RAER= 13.67 DECER= 32.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2227+306', 'J2229+3057' RA= 22:29:34.147099 DEC= +30:57:12.08855 RAER= 0.80 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.032, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2227+227', 'J2229+2259' RA= 22:29:35.472525 DEC= +22:59:44.81608 RAER= 0.46 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '2227-019', 'J2229-0142' RA= 22:29:37.998820 DEC= -01:42:03.82371 RAER= 0.58 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2227-088', 'J2229-0832' RA= 22:29:40.084334 DEC= -08:32:54.43557 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.892, 1.386, 5.0, 1.867, 1.374, 8.4, 2.388, 1.723, 15.2, 1.956, 1.454 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96450 observations" / source= '2227-097', 'J2229-0927' RA= 22:29:42.471181 DEC= -09:27:34.44866 RAER= 1.24 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2226-386', 'J2229-3823' RA= 22:29:46.890265 DEC= -38:23:59.69787 RAER= 6.90 DECER= 26.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2227+254', 'J2229+2544' RA= 22:29:48.316523 DEC= +25:44:58.63958 RAER= 0.99 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2227+009', 'J2229+0114' RA= 22:29:51.801924 DEC= +01:14:56.72487 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.074, 5.0, 0.164, 0.087, 8.4, 0.151, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '2226-634', 'J2230-6310' RA= 22:30:10.338117 DEC= -63:10:43.29795 RAER= 2.70 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2227+144', 'J2230+1444' RA= 22:30:12.803840 DEC= +14:44:59.77263 RAER= 0.89 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.020, 8.4, 0.045, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2227-136', 'J2230-1325' RA= 22:30:15.306087 DEC= -13:25:42.90393 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.421, 0.267, 8.4, 0.538, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '2227+276', 'J2230+2753' RA= 22:30:15.431589 DEC= +27:53:43.19033 RAER= 0.89 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.022, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2225-785', 'J2230-7815' RA= 22:30:30.548732 DEC= -78:15:56.57879 RAER= 7.17 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2229+695', 'J2230+6946' RA= 22:30:36.469753 DEC= +69:46:28.07689 RAER= 0.29 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.636, 0.540, 5.0, 0.891, 0.728, 8.4, 0.803, 0.383 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 231334 observations" / source= '2229+662', 'J2230+6630' RA= 22:30:39.550032 DEC= +66:30:25.14861 RAER= 1.73 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.034, 8.4, 0.060, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2227-399', 'J2230-3942' RA= 22:30:40.278577 DEC= -39:42:52.06684 RAER= 0.15 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.196, 0.134, 5.0, 0.313, 0.229, 8.4, 0.275, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1489 observations" / source= '2227-445', 'J2230-4416' RA= 22:30:56.442901 DEC= -44:16:29.89217 RAER= 0.22 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.237, 5.0, 0.386, 0.247, 8.4, 0.375, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 287 observations" / source= '2228+323', 'J2231+3239' RA= 22:31:07.340158 DEC= +32:39:04.77083 RAER= 1.09 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2227-627', 'J2231-6231' RA= 22:31:07.919793 DEC= -62:31:19.34345 RAER= 0.50 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.229, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2228+176', 'J2231+1756' RA= 22:31:13.576084 DEC= +17:56:11.83327 RAER= 6.71 DECER= 6.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2228-017', 'J2231-0128' RA= 22:31:13.747320 DEC= -01:28:31.77325 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.050, 8.4, 0.072, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '2228-286', 'J2231-2821' RA= 22:31:16.269169 DEC= -28:21:40.61956 RAER= 2.38 DECER= 9.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2229+591', 'J2231+5922' RA= 22:31:17.075495 DEC= +59:22:00.84726 RAER= 0.21 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.510, 0.018, 8.4, 0.933, 0.364, 22.2, 0.581, 0.204 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1926 observations" / source= '2229+539', 'J2231+5409' RA= 22:31:19.039012 DEC= +54:09:35.91117 RAER= 3.91 DECER= 4.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.073, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2229+391', 'J2231+3921' RA= 22:31:20.582435 DEC= +39:21:29.52408 RAER= 0.72 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '2228-146', 'J2231-1422' RA= 22:31:39.626240 DEC= -14:22:22.97225 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.256, 0.170, 8.4, 0.156, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 510 observations" / source= '2229-086', 'J2231-0824' RA= 22:31:43.193673 DEC= -08:24:31.87746 RAER= 0.49 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2229+620', 'J2231+6218' RA= 22:31:43.258352 DEC= +62:18:51.73293 RAER= 2.92 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations. No flux information" / source= '2229+066', 'J2231+0655' RA= 22:31:57.396388 DEC= +06:55:40.37705 RAER= 0.47 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.049, 8.4, 0.077, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2229-099', 'J2231-0943' RA= 22:31:58.237001 DEC= -09:43:59.85329 RAER= 0.22 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.044, 8.4, 0.035, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 540 observations" / source= '2231+803', 'J2232+8039' RA= 22:32:03.137393 DEC= +80:39:24.81206 RAER= 23.31 DECER= 4.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.006, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2229-228', 'J2232-2233' RA= 22:32:05.665303 DEC= -22:33:43.88028 RAER= 17.12 DECER= 18.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2229+297', 'J2232+2958' RA= 22:32:11.546309 DEC= +29:58:25.19304 RAER= 0.78 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.035, 8.4, 0.052, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2230+538', 'J2232+5408' RA= 22:32:11.848169 DEC= +54:08:11.98021 RAER= 1.92 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.015, 8.4, 0.021, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2229+074', 'J2232+0744' RA= 22:32:19.363061 DEC= +07:44:41.69568 RAER= 0.89 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.006, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2229-172', 'J2232-1659' RA= 22:32:22.564558 DEC= -16:59:01.89180 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.049, 8.4, 0.241, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '2230+625', 'J2232+6249' RA= 22:32:22.863566 DEC= +62:49:36.47552 RAER= 0.80 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.043, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 177 observations" / source= '2230+161', 'J2232+1626' RA= 22:32:27.872586 DEC= +16:26:07.67002 RAER= 3.87 DECER= 6.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2230+114', 'J2232+1143' RA= 22:32:36.408901 DEC= +11:43:50.90411 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 5.190, 2.011, 5.0, 3.457, 1.416, 8.4, 3.357, 0.900, 15.2, 3.484, 1.879, 22.2, 5.601, 3.537 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16226 observations" / source= '2230+134', 'J2232+1344' RA= 22:32:41.852546 DEC= +13:44:31.83563 RAER= 0.81 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.025, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2230+170', 'J2232+1718' RA= 22:32:44.021515 DEC= +17:18:07.34446 RAER= 0.85 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2230-124', 'J2232-1212' RA= 22:32:46.682643 DEC= -12:12:55.93724 RAER= 2.46 DECER= 6.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2230-206', 'J2232-2022' RA= 22:32:48.798136 DEC= -20:22:26.14126 RAER= 2.58 DECER= 5.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2230-057', 'J2232-0529' RA= 22:32:49.120851 DEC= -05:29:58.22106 RAER= 1.38 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2231+543', 'J2233+5436' RA= 22:33:06.129623 DEC= +54:36:18.35080 RAER= 33.76 DECER= 14.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2230+160', 'J2233+1616' RA= 22:33:08.901729 DEC= +16:16:52.13706 RAER= 0.90 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.022, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2230+316', 'J2233+3154' RA= 22:33:13.587431 DEC= +31:54:01.13719 RAER= 0.98 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.025, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2231+425', 'J2233+4245' RA= 22:33:32.406479 DEC= +42:45:39.92390 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.133, 8.4, 0.220, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 434 observations" / source= '2230-081', 'J2233-0750' RA= 22:33:34.889185 DEC= -07:50:43.17804 RAER= 0.63 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.019, 8.4, 0.040, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2231+458', 'J2233+4606' RA= 22:33:35.841486 DEC= +46:06:24.31864 RAER= 0.84 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2231+357', 'J2233+3601' RA= 22:33:38.056238 DEC= +36:01:03.97112 RAER= 2.91 DECER= 5.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2232+625', 'J2233+6249' RA= 22:33:46.904607 DEC= +62:49:32.99201 RAER= 2.57 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '2231-174', 'J2233-1712' RA= 22:33:53.637247 DEC= -17:12:00.35560 RAER= 0.98 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2231-033', 'J2233-0303' RA= 22:33:54.741575 DEC= -03:03:31.95275 RAER= 0.84 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2231-127', 'J2233-1230' RA= 22:33:54.946489 DEC= -12:30:34.32806 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.046, 8.4, 0.042, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '2231-168', 'J2233-1637' RA= 22:33:55.227040 DEC= -16:37:39.13974 RAER= 1.48 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.018, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2231+452', 'J2233+4532' RA= 22:33:56.890522 DEC= +45:32:41.02839 RAER= 0.38 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.072, 8.4, 0.101, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2231+098', 'J2233+1008' RA= 22:33:58.450313 DEC= +10:08:52.11752 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.122, 8.4, 0.233, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 684 observations" / source= '2232+666', 'J2234+6653' RA= 22:34:01.676025 DEC= +66:53:39.86119 RAER= 2.64 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.024, 8.4, 0.071, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2231-182', 'J2234-1758' RA= 22:34:02.628306 DEC= -17:58:58.91778 RAER= 7.98 DECER= 5.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2231+359', 'J2234+3611' RA= 22:34:02.972661 DEC= +36:11:00.29150 RAER= 0.99 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.024, 8.4, 0.031, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2231-272', 'J2234-2656' RA= 22:34:08.399322 DEC= -26:56:44.57776 RAER= 0.63 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.062, 8.4, 0.077, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '2231+082', 'J2234+0828' RA= 22:34:08.599745 DEC= +08:28:07.84054 RAER= 0.31 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.097, 8.4, 0.066, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2231-094', 'J2234-0911' RA= 22:34:25.364784 DEC= -09:11:33.32809 RAER= 1.05 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2231-266', 'J2234-2622' RA= 22:34:40.885357 DEC= -26:22:19.40781 RAER= 3.55 DECER= 12.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2232-271', 'J2234-2654' RA= 22:34:48.647654 DEC= -26:54:53.92017 RAER= 1.79 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2232-211', 'J2234-2055' RA= 22:34:57.440283 DEC= -20:55:03.23732 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.146, 8.4, 0.180, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 503 observations" / source= '2232-066', 'J2235-0623' RA= 22:35:03.084379 DEC= -06:23:00.80232 RAER= 0.47 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.024, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2232-488', 'J2235-4835' RA= 22:35:13.236577 DEC= -48:35:58.79446 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.652, 0.412, 5.0, 0.814, 0.158, 8.4, 0.692, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11253 observations" / source= '2232-216', 'J2235-2121' RA= 22:35:13.532554 DEC= -21:21:59.02744 RAER= 0.85 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.030, 8.4, 0.033, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2233+399', 'J2235+4010' RA= 22:35:17.399187 DEC= +40:10:07.41473 RAER= 2.19 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.010, 8.4, 0.024, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2233+180', 'J2235+1816' RA= 22:35:28.608267 DEC= +18:16:35.51097 RAER= 0.29 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.040, 8.4, 0.036, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2232+001', 'J2235+0022' RA= 22:35:31.172126 DEC= +00:22:38.14804 RAER= 3.75 DECER= 7.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2233+065', 'J2235+0646' RA= 22:35:53.769181 DEC= +06:46:21.07889 RAER= 0.55 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.053, 8.4, 0.063, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2233-367', 'J2235-3629' RA= 22:35:54.832410 DEC= -36:29:02.87904 RAER= 0.26 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.143, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 145 observations" / source= '2233+340', 'J2235+3418' RA= 22:35:55.408551 DEC= +34:18:36.97298 RAER= 0.26 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.059, 8.4, 0.052, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 477 observations" / source= '2233-186', 'J2235-1826' RA= 22:35:56.170414 DEC= -18:26:12.55596 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.092, 0.066, 8.4, 0.109, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '2233-173', 'J2236-1706' RA= 22:36:09.522774 DEC= -17:06:21.97335 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.158, 8.4, 0.239, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '2233+209', 'J2236+2112' RA= 22:36:16.426384 DEC= +21:12:28.37406 RAER= 0.59 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.083, 8.4, 0.098, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2233-043', 'J2236-0406' RA= 22:36:16.774313 DEC= -04:06:19.66743 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.193, 0.132, 8.4, 0.193, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 332 observations" / source= '2233-217', 'J2236-2131' RA= 22:36:17.710502 DEC= -21:31:41.23396 RAER= 0.49 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.060, 8.4, 0.077, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2233-226', 'J2236-2224' RA= 22:36:20.027240 DEC= -22:24:30.16017 RAER= 1.22 DECER= 3.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2234+282', 'J2236+2828' RA= 22:36:22.470847 DEC= +28:28:57.41325 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.357, 1.139, 5.0, 1.213, 0.821, 8.4, 1.087, 0.528, 15.2, 1.252, 0.754, 22.2, 1.228, 0.763 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103766 observations" / source= '2233-234', 'J2236-2309' RA= 22:36:26.238709 DEC= -23:09:26.59709 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.308, 0.184, 5.0, 0.196, 0.111, 8.4, 0.208, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1493 observations" / source= '2234+368', 'J2236+3707' RA= 22:36:26.340543 DEC= +37:07:13.49776 RAER= 0.82 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.011, 8.4, 0.038, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2234+202', 'J2236+2033' RA= 22:36:32.428653 DEC= +20:33:01.18640 RAER= 0.68 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2233-148', 'J2236-1433' RA= 22:36:34.087151 DEC= -14:33:22.18973 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.451, 0.221, 8.4, 0.320, 0.151, 15.2, 0.673, 0.452 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1646 observations" / source= '2235+731', 'J2236+7322' RA= 22:36:38.597003 DEC= +73:22:52.66225 RAER= 0.37 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.311, 0.246, 8.4, 0.234, 0.140 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1974 observations" / source= '2234-049', 'J2236-0441' RA= 22:36:41.568110 DEC= -04:41:10.68504 RAER= 8.02 DECER= 5.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2234+082', 'J2236+0830' RA= 22:36:42.485107 DEC= +08:30:24.40200 RAER= 0.40 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.022, 8.4, 0.058, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2234-128', 'J2236-1232' RA= 22:36:46.500757 DEC= -12:32:42.80703 RAER= 18.10 DECER= 25.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2234+386', 'J2236+3853' RA= 22:36:48.559115 DEC= +38:53:17.19736 RAER= 0.68 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2234+420', 'J2237+4216' RA= 22:37:04.209706 DEC= +42:16:48.26297 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.136, 8.4, 0.140, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 478 observations" / source= '2234+291', 'J2237+2921' RA= 22:37:04.354134 DEC= +29:21:53.87381 RAER= 0.37 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.056, 8.4, 0.058, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2234-396', 'J2237-3921' RA= 22:37:08.108536 DEC= -39:21:38.09017 RAER= 0.23 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.109, 8.4, 0.177, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 128 observations" / source= '2235+653', 'J2237+6538' RA= 22:37:11.384167 DEC= +65:38:03.52125 RAER= 5.03 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '2234-253', 'J2237-2506' RA= 22:37:18.355494 DEC= -25:06:32.51795 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.168, 5.0, 0.197, 0.025, 8.4, 0.139, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 551 observations" / source= '2235+511', 'J2237+5125' RA= 22:37:22.309543 DEC= +51:25:23.89148 RAER= 0.89 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.034, 8.4, 0.045, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2234+024', 'J2237+0243' RA= 22:37:29.241758 DEC= +02:43:01.76399 RAER= 1.80 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2235+638', 'J2237+6408' RA= 22:37:30.661665 DEC= +64:08:53.94303 RAER= 3.18 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.055, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2235-120', 'J2237-1145' RA= 22:37:46.491301 DEC= -11:45:38.82686 RAER= 0.57 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.027, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2235+150', 'J2237+1520' RA= 22:37:56.446223 DEC= +15:20:08.98956 RAER= 1.19 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2235-245', 'J2238-2415' RA= 22:38:00.749691 DEC= -24:15:35.26720 RAER= 2.15 DECER= 7.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2235+408', 'J2238+4107' RA= 22:38:01.260666 DEC= +41:07:36.31630 RAER= 0.64 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '2235+071', 'J2238+0724' RA= 22:38:10.395728 DEC= +07:24:13.98565 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.162, 8.4, 0.171, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 755 observations" / source= '2235-073', 'J2238-0703' RA= 22:38:12.585043 DEC= -07:03:51.63018 RAER= 1.20 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2235+275', 'J2238+2749' RA= 22:38:12.873632 DEC= +27:49:52.77349 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.145, 8.4, 0.169, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 741 observations" / source= '2235-143', 'J2238-1406' RA= 22:38:14.796212 DEC= -14:06:18.51400 RAER= 7.78 DECER= 14.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2236+678', 'J2238+6804' RA= 22:38:15.029247 DEC= +68:04:59.76185 RAER= 0.40 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.078, 8.4, 0.114, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 873 observations" / source= '2235-129', 'J2238-1240' RA= 22:38:16.234814 DEC= -12:40:36.58195 RAER= 3.09 DECER= 7.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2235+039', 'J2238+0412' RA= 22:38:19.306691 DEC= +04:12:31.59748 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.062, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2235-177', 'J2238-1731' RA= 22:38:31.451224 DEC= -17:31:17.56364 RAER= 3.77 DECER= 7.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2236+362', 'J2238+3629' RA= 22:38:34.505916 DEC= +36:29:34.61325 RAER= 0.93 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.029, 8.4, 0.030, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '2236+124', 'J2238+1242' RA= 22:38:34.604826 DEC= +12:42:50.78252 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.097, 8.4, 0.193, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 611 observations" / source= '2236+128', 'J2238+1307' RA= 22:38:35.925931 DEC= +13:07:58.88436 RAER= 0.45 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.057, 8.4, 0.034, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2235-261', 'J2238-2551' RA= 22:38:41.373409 DEC= -25:51:02.21969 RAER= 0.83 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2236+635', 'J2238+6350' RA= 22:38:43.312110 DEC= +63:50:55.70632 RAER= 1.00 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.032, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2236-178', 'J2238-1734' RA= 22:38:59.036327 DEC= -17:34:06.51479 RAER= 6.31 DECER= 7.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2236-008', 'J2239-0037' RA= 22:39:00.001706 DEC= -00:37:56.30469 RAER= 0.27 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2235-556', 'J2239-5525' RA= 22:39:06.034401 DEC= -55:25:59.40941 RAER= 1.76 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2236-572', 'J2239-5701' RA= 22:39:12.075900 DEC= -57:01:00.83954 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2109 observations" / source= '2237+599', 'J2239+6011' RA= 22:39:15.525611 DEC= +60:11:50.62096 RAER= 1.23 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, n/a, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2236-294', 'J2239-2911' RA= 22:39:23.168130 DEC= -29:11:28.25676 RAER= 2.45 DECER= 7.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2238+718', 'J2239+7203' RA= 22:39:23.339883 DEC= +72:03:51.91902 RAER= 3.21 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.086, 8.4, 0.040, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2237+417', 'J2239+4159' RA= 22:39:23.401649 DEC= +41:59:38.21720 RAER= 2.65 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2236-221', 'J2239-2153' RA= 22:39:23.716869 DEC= -21:53:15.43910 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.059, 8.4, 0.063, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 391 observations" / source= '2237+667', 'J2239+6701' RA= 22:39:24.149535 DEC= +67:01:02.09235 RAER= 4.84 DECER= 6.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2237+227', 'J2239+2300' RA= 22:39:27.691960 DEC= +23:00:18.03344 RAER= 0.81 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.032, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2236+017', 'J2239+0159' RA= 22:39:28.078126 DEC= +01:59:30.58059 RAER= 0.69 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2236-316', 'J2239-3121' RA= 22:39:30.431349 DEC= -31:21:46.61681 RAER= 51.82 DECER= 55.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2237+094', 'J2239+0939' RA= 22:39:31.084927 DEC= +09:39:41.39186 RAER= 0.46 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.051, 8.4, 0.054, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2236-364', 'J2239-3609' RA= 22:39:31.119726 DEC= -36:09:12.56037 RAER= 1.08 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 68 observations" / source= '2237+121', 'J2239+1222' RA= 22:39:31.963913 DEC= +12:22:24.41746 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.057, 8.4, 0.067, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 827 observations" / source= '2236-047', 'J2239-0429' RA= 22:39:32.790984 DEC= -04:29:32.29092 RAER= 2.80 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2236-342', 'J2239-3401' RA= 22:39:37.273130 DEC= -34:01:01.68173 RAER= 0.94 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2237+012', 'J2239+0128' RA= 22:39:40.717123 DEC= +01:28:53.09896 RAER= 1.00 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.085, 8.4, 0.094, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2236-253', 'J2239-2507' RA= 22:39:42.101578 DEC= -25:07:25.79490 RAER= 2.25 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2238+732', 'J2239+7333' RA= 22:39:45.224984 DEC= +73:33:20.17713 RAER= 4.27 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.031, 8.4, 0.068, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2237-067', 'J2239-0631' RA= 22:39:46.839033 DEC= -06:31:50.57370 RAER= 0.53 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.033, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2238+633', 'J2239+6335' RA= 22:39:59.725285 DEC= +63:35:31.61045 RAER= 1.34 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 89 observations" / source= '2237+432', 'J2240+4333' RA= 22:40:07.788682 DEC= +43:33:23.30978 RAER= 1.78 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.219, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2238+552', 'J2240+5532' RA= 22:40:08.455218 DEC= +55:32:32.13182 RAER= 0.80 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.035, 8.4, 0.050, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2237+250', 'J2240+2519' RA= 22:40:12.015878 DEC= +25:19:56.01322 RAER= 0.77 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.041, 8.4, 0.023, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2237-088', 'J2240-0836' RA= 22:40:13.408632 DEC= -08:36:28.74982 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.082, 8.4, 0.124, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 514 observations" / source= '2237-130', 'J2240-1247' RA= 22:40:15.128217 DEC= -12:47:38.87606 RAER= 0.82 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2237+026', 'J2240+0253' RA= 22:40:16.112990 DEC= +02:53:49.31173 RAER= 1.12 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.040, 8.4, 0.050, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2237-529', 'J2240-5241' RA= 22:40:17.729665 DEC= -52:41:13.88551 RAER= 1.18 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations. No flux information" / source= '2238+512', 'J2240+5133' RA= 22:40:19.878500 DEC= +51:33:11.79514 RAER= 0.20 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.243, 0.155, 8.4, 0.184, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '2238+572', 'J2240+5732' RA= 22:40:22.648804 DEC= +57:32:54.81628 RAER= 13.31 DECER= 7.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2237-110', 'J2240-1044' RA= 22:40:25.165860 DEC= -10:44:21.93973 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.125, 5.0, 0.145, 0.125, 8.4, 0.116, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 542 observations" / source= '2237-124', 'J2240-1209' RA= 22:40:25.901688 DEC= -12:09:33.00632 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.057, 8.4, 0.103, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '2237-234', 'J2240-2311' RA= 22:40:37.373545 DEC= -23:11:24.21000 RAER= 1.64 DECER= 5.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.016, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2237-189', 'J2240-1839' RA= 22:40:37.570312 DEC= -18:39:28.79802 RAER= 0.88 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2238+312', 'J2240+3128' RA= 22:40:42.783373 DEC= +31:28:22.07204 RAER= 0.60 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.037, 8.4, 0.069, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2237-366', 'J2240-3621' RA= 22:40:45.774006 DEC= -36:21:03.69655 RAER= 0.94 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.196, 0.048, 8.4, 0.119, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2238-215', 'J2240-2117' RA= 22:40:48.126300 DEC= -21:17:04.76367 RAER= 0.84 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2238-339', 'J2240-3341' RA= 22:40:49.137331 DEC= -33:41:18.64824 RAER= 40.74 DECER= 46.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2238-186', 'J2241-1821' RA= 22:41:03.200271 DEC= -18:21:23.24950 RAER= 1.47 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2238+410', 'J2241+4120' RA= 22:41:07.205247 DEC= +41:20:11.61730 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.240, 0.151, 8.4, 0.166, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 812 observations" / source= '2238-249', 'J2241-2442' RA= 22:41:11.514903 DEC= -24:42:38.69622 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.034, 8.4, 0.100, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2238+200', 'J2241+2017' RA= 22:41:12.115530 DEC= +20:17:27.69006 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.035, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2238-374', 'J2241-3712' RA= 22:41:21.093329 DEC= -37:12:08.72371 RAER= 1.06 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.030, 8.4, 0.030, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2239+046', 'J2241+0453' RA= 22:41:34.231635 DEC= +04:53:10.40632 RAER= 0.61 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2238-362', 'J2241-3559' RA= 22:41:48.311421 DEC= -35:59:47.77991 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.139, 5.0, 0.131, 0.097, 8.4, 0.143, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '2239+096', 'J2241+0953' RA= 22:41:49.717311 DEC= +09:53:52.44512 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.530, 0.481, 8.4, 0.381, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3801 observations" / source= '2239-105', 'J2241-1015' RA= 22:41:50.446978 DEC= -10:15:22.52521 RAER= 5.17 DECER= 7.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2239+151', 'J2242+1526' RA= 22:42:02.431287 DEC= +15:26:48.33934 RAER= 1.43 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.004, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2239-264', 'J2242-2608' RA= 22:42:05.312612 DEC= -26:08:54.11959 RAER= 0.88 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.065, 8.4, 0.062, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2240+626', 'J2242+6251' RA= 22:42:07.335061 DEC= +62:51:45.64507 RAER= 1.74 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.026, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2239+335', 'J2242+3349' RA= 22:42:09.010964 DEC= +33:49:02.11397 RAER= 0.68 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.055, 8.4, 0.045, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2239+296', 'J2242+2955' RA= 22:42:15.151188 DEC= +29:55:43.11919 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.141, 8.4, 0.112, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 505 observations" / source= '2240+705', 'J2242+7049' RA= 22:42:16.533888 DEC= +70:49:42.62535 RAER= 3.53 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.031, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2239+00A', 'J2242+0055' RA= 22:42:24.142993 DEC= +00:55:13.52647 RAER= 0.76 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '2239+113', 'J2242+1136' RA= 22:42:26.046509 DEC= +11:36:04.44224 RAER= 1.06 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.009, 8.4, 0.033, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2239+00A', 'J2242+0053' RA= 22:42:29.826852 DEC= +00:53:54.31615 RAER= 0.78 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2240+409', 'J2242+4114' RA= 22:42:30.554198 DEC= +41:14:45.64940 RAER= 1.08 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2239-423', 'J2242-4204' RA= 22:42:36.774760 DEC= -42:04:22.63287 RAER= 1.90 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.142, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2242+821', 'J2242+8224' RA= 22:42:43.638200 DEC= +82:24:47.01447 RAER= 1.87 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.047, 8.4, 0.086, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 610 observations" / source= '2240+174', 'J2242+1741' RA= 22:42:47.955767 DEC= +17:41:44.16356 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.075, 8.4, 0.110, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 254 observations" / source= '2240-300', 'J2242-2946' RA= 22:42:51.068958 DEC= -29:46:46.40560 RAER= 0.66 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.053, 8.4, 0.072, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2240-172', 'J2242-1657' RA= 22:42:51.339148 DEC= -16:57:08.22643 RAER= 0.98 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2241+606', 'J2243+6055' RA= 22:43:00.815235 DEC= +60:55:44.22192 RAER= 1.02 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2240+170', 'J2243+1720' RA= 22:43:03.937009 DEC= +17:20:16.07984 RAER= 0.52 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.030, 8.4, 0.027, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2240+070', 'J2243+0716' RA= 22:43:05.606482 DEC= +07:16:30.87433 RAER= 0.55 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.030, 8.4, 0.040, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2239-631', 'J2243-6250' RA= 22:43:07.839279 DEC= -62:50:57.32254 RAER= 0.39 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.213, 0.255 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2240-064', 'J2243-0609' RA= 22:43:08.760765 DEC= -06:09:02.56813 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.055, 8.4, 0.082, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 619 observations" / source= '2240+341', 'J2243+3423' RA= 22:43:14.300917 DEC= +34:23:45.10829 RAER= 9.44 DECER= 5.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2240-219', 'J2243-2139' RA= 22:43:22.702313 DEC= -21:39:16.71700 RAER= 7.07 DECER= 16.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2241+325', 'J2243+3251' RA= 22:43:24.293290 DEC= +32:51:39.88280 RAER= 0.90 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.023, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2240-398', 'J2243-3933' RA= 22:43:26.094523 DEC= -39:33:53.02174 RAER= 0.53 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.057, 8.4, 0.062, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2240-260', 'J2243-2544' RA= 22:43:26.408791 DEC= -25:44:30.68787 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.449, 0.163, 5.0, 0.522, 0.237, 8.4, 0.380, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '2241+190', 'J2243+1918' RA= 22:43:33.681665 DEC= +19:18:30.59731 RAER= 0.68 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.016, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2241-127', 'J2243-1230' RA= 22:43:40.343423 DEC= -12:30:59.74621 RAER= 0.91 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2240-253', 'J2243-2505' RA= 22:43:40.364025 DEC= -25:05:59.23765 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.073, 8.4, 0.130, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 341 observations" / source= '2241-292', 'J2243-2859' RA= 22:43:51.342599 DEC= -28:59:11.16763 RAER= 24.46 DECER= 47.59 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2241+199', 'J2243+2011' RA= 22:43:53.215851 DEC= +20:11:59.97007 RAER= 7.64 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2240-572', 'J2243-5656' RA= 22:43:53.218143 DEC= -56:56:19.71956 RAER= 2.28 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, 0.130 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2241+200', 'J2243+2021' RA= 22:43:54.743520 DEC= +20:21:03.77743 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.046, 8.4, 0.064, 0.048, 15.2, 0.069, 0.065 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 672 observations" / source= '2241+179', 'J2243+1814' RA= 22:43:54.829960 DEC= +18:14:44.63494 RAER= 2.94 DECER= 3.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2241+162', 'J2244+1632' RA= 22:44:02.545124 DEC= +16:32:56.14247 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.027, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2241-029', 'J2244-0240' RA= 22:44:05.987406 DEC= -02:40:40.27613 RAER= 1.20 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2241-207', 'J2244-2027' RA= 22:44:08.617994 DEC= -20:27:22.47831 RAER= 1.13 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2241+406', 'J2244+4057' RA= 22:44:12.731153 DEC= +40:57:13.62038 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.597, 0.348, 8.4, 0.916, 0.697, 15.2, 0.292, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '2241-258', 'J2244-2532' RA= 22:44:16.977375 DEC= -25:32:30.98040 RAER= 1.98 DECER= 7.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2241-223', 'J2244-2204' RA= 22:44:31.631620 DEC= -22:04:09.95025 RAER= 2.54 DECER= 8.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2241-356', 'J2244-3524' RA= 22:44:33.388320 DEC= -35:24:48.45632 RAER= 1.86 DECER= 7.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2242+257', 'J2244+2600' RA= 22:44:35.147269 DEC= +26:00:20.70185 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.117, 8.4, 0.181, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 710 observations" / source= '2242+247', 'J2244+2503' RA= 22:44:36.701723 DEC= +25:03:42.64667 RAER= 0.65 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2242+094', 'J2244+0945' RA= 22:44:36.742311 DEC= +09:45:17.81849 RAER= 0.84 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.014, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2242+028', 'J2244+0306' RA= 22:44:38.231179 DEC= +03:06:25.42848 RAER= 1.36 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2242+626', 'J2244+6257' RA= 22:44:40.999453 DEC= +62:57:09.79687 RAER= 2.92 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.054, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2242+331', 'J2244+3327' RA= 22:44:49.102793 DEC= +33:27:04.63551 RAER= 2.00 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2242+106', 'J2244+1056' RA= 22:44:56.144107 DEC= +10:56:11.61915 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, 0.055, 8.4, 0.049, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2242-347', 'J2245-3430' RA= 22:45:00.262445 DEC= -34:30:30.32549 RAER= 2.37 DECER= 5.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.046, 8.4, 0.035, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2242-252', 'J2245-2458' RA= 22:45:02.165094 DEC= -24:58:02.81857 RAER= 5.36 DECER= 12.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2242+161', 'J2245+1625' RA= 22:45:06.555370 DEC= +16:25:11.73573 RAER= 0.42 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.020, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 78 observations" / source= '2243+423', 'J2245+4236' RA= 22:45:25.965764 DEC= +42:36:05.30728 RAER= 7.90 DECER= 5.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2242+031', 'J2245+0324' RA= 22:45:28.284746 DEC= +03:24:08.86405 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.511, 0.348, 8.4, 0.308, 0.101, 15.2, 0.276, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '2242-180', 'J2245-1745' RA= 22:45:33.071211 DEC= -17:45:25.69920 RAER= 0.74 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.034, 8.4, 0.045, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2242-068', 'J2245-0632' RA= 22:45:36.178406 DEC= -06:32:45.48152 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.014, 8.4, 0.037, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 255 observations" / source= '2243+653', 'J2245+6537' RA= 22:45:42.586051 DEC= +65:37:14.97169 RAER= 38.34 DECER= 17.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.039, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2243+394', 'J2245+3941' RA= 22:45:48.764623 DEC= +39:41:15.90552 RAER= 0.98 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.004, 8.4, 0.090, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2243-081', 'J2245-0755' RA= 22:45:49.003798 DEC= -07:55:19.38213 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.119, 0.093, 8.4, 0.100, 0.074 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 728 observations" / source= '2243+047', 'J2245+0500' RA= 22:45:53.654116 DEC= +05:00:56.96215 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.298, 5.0, 0.147, 0.087, 8.4, 0.325, 0.262 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2079 observations" / source= '2243-178', 'J2245-1737' RA= 22:45:59.007155 DEC= -17:37:32.57582 RAER= 1.00 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47 observations" / source= '2244+616', 'J2246+6156' RA= 22:46:01.609699 DEC= +61:56:46.92698 RAER= 2.82 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2243+154', 'J2246+1544' RA= 22:46:04.994136 DEC= +15:44:35.39999 RAER= 0.43 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '2243-286', 'J2246-2825' RA= 22:46:08.835346 DEC= -28:25:02.86868 RAER= 2.30 DECER= 6.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2243+076', 'J2246+0752' RA= 22:46:10.565245 DEC= +07:52:21.41623 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.041, 8.4, 0.042, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2243+357', 'J2246+3601' RA= 22:46:10.863348 DEC= +36:01:55.66233 RAER= 0.35 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.177, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 162 observations" / source= '2243+062', 'J2246+0633' RA= 22:46:11.160889 DEC= +06:33:27.37847 RAER= 1.09 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.171, 0.109, 8.4, 0.056, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2243-032', 'J2246-0300' RA= 22:46:11.291021 DEC= -03:00:37.69048 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.053, 8.4, 0.078, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 251 observations" / source= '2243+364', 'J2246+3645' RA= 22:46:13.829747 DEC= +36:45:34.95296 RAER= 0.66 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.032, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 80 observations" / source= '2244+635', 'J2246+6349' RA= 22:46:13.996592 DEC= +63:49:54.53919 RAER= 1.58 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.230, 0.006, 8.4, 0.130, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '2243-563', 'J2246-5607' RA= 22:46:16.792602 DEC= -56:07:46.00498 RAER= 0.25 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.443, 0.412 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 156 observations" / source= '2243-123', 'J2246-1206' RA= 22:46:18.231971 DEC= -12:06:51.27759 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.063, 0.986, 5.0, 1.947, 1.434, 8.4, 1.945, 1.192, 15.2, 1.929, 1.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28479 observations" / source= '2244+314', 'J2246+3142' RA= 22:46:21.662919 DEC= +31:42:07.97233 RAER= 1.25 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.015, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2244+628', 'J2246+6307' RA= 22:46:23.527911 DEC= +63:07:08.42687 RAER= 1.69 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2243-004', 'J2246-0012' RA= 22:46:27.683830 DEC= -00:12:14.15955 RAER= 0.64 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.024, 8.4, 0.028, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2243-523', 'J2246-5206' RA= 22:46:42.100308 DEC= -52:06:40.38846 RAER= 10.93 DECER= 10.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.011, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2244+531', 'J2246+5323' RA= 22:46:43.489208 DEC= +53:23:54.41567 RAER= 11.56 DECER= 12.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2244+067', 'J2246+0702' RA= 22:46:43.643007 DEC= +07:02:59.72721 RAER= 1.11 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2244+270', 'J2246+2716' RA= 22:46:58.861397 DEC= +27:16:19.51592 RAER= 5.88 DECER= 7.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2244+349', 'J2247+3511' RA= 22:47:02.993385 DEC= +35:11:59.22264 RAER= 0.52 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.023, 8.4, 0.026, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2244-372', 'J2247-3657' RA= 22:47:03.917329 DEC= -36:57:46.30401 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.567, 0.288, 8.4, 0.696, 0.619 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4445 observations" / source= '2244+119', 'J2247+1211' RA= 22:47:05.537000 DEC= +12:11:51.41416 RAER= 0.87 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.022, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2244+140', 'J2247+1417' RA= 22:47:18.933119 DEC= +14:17:36.22437 RAER= 0.44 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043, 8.4, 0.036, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2244-345', 'J2247-3419' RA= 22:47:28.436237 DEC= -34:19:05.28381 RAER= 3.92 DECER= 17.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2244-002', 'J2247+0000' RA= 22:47:30.196001 DEC= +00:00:06.46241 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.631, 0.335, 5.0, 0.569, 0.265, 8.4, 0.545, 0.289 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 605 observations" / source= '2244-303', 'J2247-3005' RA= 22:47:30.373193 DEC= -30:05:26.40639 RAER= 8.83 DECER= 16.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2245+268', 'J2247+2707' RA= 22:47:33.044544 DEC= +27:07:49.09148 RAER= 12.84 DECER= 37.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2244-448', 'J2247-4437' RA= 22:47:41.052092 DEC= -44:37:04.80730 RAER= 2.32 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.455, 0.163 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2244-377', 'J2247-3729' RA= 22:47:41.567540 DEC= -37:29:08.00224 RAER= 2.23 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2245+471', 'J2247+4723' RA= 22:47:51.816928 DEC= +47:23:07.76840 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.073, 8.4, 0.081, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 487 observations" / source= '2245-091', 'J2247-0850' RA= 22:47:52.193203 DEC= -08:50:22.07856 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.109, 8.4, 0.082, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 654 observations" / source= '2245-128', 'J2247-1237' RA= 22:47:52.641032 DEC= -12:37:19.72158 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.469, 0.412, 5.0, 0.584, 0.540, 8.4, 0.532, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1538 observations" / source= '2245+439', 'J2247+4413' RA= 22:47:53.205554 DEC= +44:13:15.39382 RAER= 0.77 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.057, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2245-241', 'J2247-2355' RA= 22:47:54.079669 DEC= -23:55:59.74987 RAER= 2.04 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2245+052', 'J2247+0532' RA= 22:47:55.270727 DEC= +05:32:28.69142 RAER= 0.55 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.031, 8.4, 0.042, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2245+029', 'J2247+0310' RA= 22:47:58.682058 DEC= +03:10:42.35344 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.726, 0.176, 8.4, 0.410, 0.162 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 529 observations" / source= '2245-059', 'J2248-0541' RA= 22:48:00.080563 DEC= -05:41:18.21808 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.124, 8.4, 0.116, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 560 observations" / source= '2246+706', 'J2248+7054' RA= 22:48:00.767611 DEC= +70:54:49.29713 RAER= 2.09 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.016, 8.4, 0.054, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2245-022', 'J2248-0157' RA= 22:48:01.216313 DEC= -01:57:41.77214 RAER= 0.37 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.040, 8.4, 0.083, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2245-297', 'J2248-2931' RA= 22:48:28.440248 DEC= -29:31:38.26755 RAER= 4.90 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.084, 8.4, 0.091, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2246+531', 'J2248+5325' RA= 22:48:28.594273 DEC= +53:25:12.54309 RAER= 4.52 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2246+151', 'J2248+1527' RA= 22:48:29.077198 DEC= +15:27:01.04410 RAER= 25.81 DECER= 13.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2247+770', 'J2248+7718' RA= 22:48:34.692731 DEC= +77:18:51.94614 RAER= 7.63 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2245-273', 'J2248-2702' RA= 22:48:36.385796 DEC= -27:02:55.30502 RAER= 3.18 DECER= 9.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2246+370', 'J2248+3718' RA= 22:48:37.910502 DEC= +37:18:12.46313 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.689, 0.337, 8.4, 0.308, 0.123 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 575 observations" / source= '2245-328', 'J2248-3235' RA= 22:48:38.685741 DEC= -32:35:52.18828 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.342, 5.0, 0.447, 0.300, 8.4, 0.521, 0.426 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6124 observations" / source= '2246+093', 'J2248+0936' RA= 22:48:56.449219 DEC= +09:36:57.70302 RAER= 0.53 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.021, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2246+061', 'J2248+0627' RA= 22:48:58.816265 DEC= +06:27:41.02845 RAER= 0.67 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.033, 8.4, 0.031, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2246+208', 'J2249+2107' RA= 22:49:00.566711 DEC= +21:07:02.83551 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.667, 0.526, 8.4, 0.388, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 706 observations" / source= '2246+323', 'J2249+3239' RA= 22:49:07.602999 DEC= +32:39:41.32718 RAER= 2.37 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2246+077', 'J2249+0759' RA= 22:49:13.321952 DEC= +07:59:37.08352 RAER= 0.66 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2247+632', 'J2249+6328' RA= 22:49:13.577359 DEC= +63:28:15.35717 RAER= 0.82 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.036, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2246+205', 'J2249+2048' RA= 22:49:18.499297 DEC= +20:48:32.83862 RAER= 1.08 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2246-309', 'J2249-3039' RA= 22:49:19.041868 DEC= -30:39:12.63207 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.201, 8.4, 0.218, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '2247+356', 'J2249+3555' RA= 22:49:23.951438 DEC= +35:55:15.76599 RAER= 2.82 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2246-003', 'J2249-0005' RA= 22:49:27.174814 DEC= -00:05:11.34785 RAER= 0.56 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2247+284', 'J2249+2841' RA= 22:49:33.868232 DEC= +28:41:15.72677 RAER= 0.69 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.028, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2246-600', 'J2249-5944' RA= 22:49:38.457306 DEC= -59:44:22.98377 RAER= 11.11 DECER= 8.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2247+081', 'J2249+0826' RA= 22:49:43.473266 DEC= +08:26:50.00566 RAER= 0.61 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2247+132', 'J2249+1331' RA= 22:49:44.947290 DEC= +13:31:09.47806 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.472, 0.128, 5.0, 0.263, 0.014, 8.4, 0.154, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 727 observations" / source= '2247-248', 'J2249-2434' RA= 22:49:46.739323 DEC= -24:34:50.53334 RAER= 5.97 DECER= 9.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.020, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2247-268', 'J2249-2634' RA= 22:49:50.577722 DEC= -26:34:59.46136 RAER= 12.03 DECER= 17.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2247+108', 'J2249+1105' RA= 22:49:52.235503 DEC= +11:05:15.10319 RAER= 0.28 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.070, 8.4, 0.058, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2247+113', 'J2249+1136' RA= 22:49:54.585982 DEC= +11:36:30.84576 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.063, 5.0, 0.121, 0.059, 8.4, 0.139, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 587 observations" / source= '2247-131', 'J2249-1251' RA= 22:49:59.612477 DEC= -12:51:16.82435 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.274, 0.214, 8.4, 0.183, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 759 observations" / source= '2247-400', 'J2250-3947' RA= 22:50:05.250014 DEC= -39:47:20.01344 RAER= 5.84 DECER= 36.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2247+381', 'J2250+3824' RA= 22:50:05.748206 DEC= +38:24:37.19542 RAER= 0.20 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.043, 8.4, 0.061, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 822 observations" / source= '2247+046', 'J2250+0456' RA= 22:50:07.347964 DEC= +04:56:17.36464 RAER= 0.92 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2248+466', 'J2250+4652' RA= 22:50:17.313609 DEC= +46:52:17.65069 RAER= 0.80 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.274, 0.019, 8.4, 0.132, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2248+591', 'J2250+5925' RA= 22:50:21.550120 DEC= +59:25:08.97283 RAER= 2.30 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2247-423', 'J2250-4206' RA= 22:50:22.220753 DEC= -42:06:13.41754 RAER= 3.34 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2247+140', 'J2250+1419' RA= 22:50:25.345604 DEC= +14:19:52.08921 RAER= 0.97 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.132, 5.0, 0.141, n/a, 8.4, 0.055, 0.215 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 282 observations" / source= '2247-070', 'J2250-0647' RA= 22:50:26.404211 DEC= -06:47:42.86943 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.055, 8.4, 0.026, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2247-100', 'J2250-0945' RA= 22:50:26.896656 DEC= -09:45:01.70181 RAER= 0.92 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.031, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2248+521', 'J2250+5222' RA= 22:50:27.552409 DEC= +52:22:36.73904 RAER= 2.85 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.015, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2248+175', 'J2250+1749' RA= 22:50:32.756343 DEC= +17:49:14.90574 RAER= 0.41 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.026, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2248+712', 'J2250+7129' RA= 22:50:32.935757 DEC= +71:29:19.22892 RAER= 9.40 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2248+284', 'J2250+2844' RA= 22:50:39.157260 DEC= +28:44:45.53055 RAER= 0.93 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.026, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2248-030', 'J2250-0247' RA= 22:50:41.772245 DEC= -02:47:30.08030 RAER= 5.80 DECER= 9.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2248+555', 'J2250+5550' RA= 22:50:42.851023 DEC= +55:50:14.58132 RAER= 0.19 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.089, 8.4, 0.314, 0.167, 22.2, 0.326, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1795 observations" / source= '2247-283', 'J2250-2806' RA= 22:50:44.492390 DEC= -28:06:39.33016 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.219, 8.4, 0.440, 0.348, 15.2, 0.519, 0.458 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 420 observations" / source= '2248+067', 'J2250+0702' RA= 22:50:46.770897 DEC= +07:02:05.08848 RAER= 1.79 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2248+361', 'J2250+3625' RA= 22:50:51.037258 DEC= +36:25:11.52421 RAER= 0.76 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.051, 8.4, 0.059, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2248+472', 'J2250+4733' RA= 22:50:51.697085 DEC= +47:33:04.90673 RAER= 1.20 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.015, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 54 observations" / source= '2248-123', 'J2250-1204' RA= 22:50:53.622128 DEC= -12:04:55.39602 RAER= 0.20 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.592, 0.061, 5.0, 0.042, 0.009, 8.4, 0.069, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '2248+458', 'J2250+4606' RA= 22:50:55.339708 DEC= +46:06:34.91084 RAER= 1.03 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.029, 8.4, 0.037, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2249+665', 'J2251+6648' RA= 22:51:10.302421 DEC= +66:48:11.26574 RAER= 7.23 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.023, 8.4, 0.038, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2248-387', 'J2251-3827' RA= 22:51:19.030640 DEC= -38:27:07.23456 RAER= 26.82 DECER= 58.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.070, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2248+143', 'J2251+1436' RA= 22:51:19.831773 DEC= +14:36:23.54818 RAER= 0.51 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, 0.076, 8.4, 0.092, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2249+379', 'J2251+3813' RA= 22:51:24.505258 DEC= +38:13:41.04251 RAER= 2.24 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2248-497', 'J2251-4929' RA= 22:51:28.698376 DEC= -49:29:11.13304 RAER= 16.59 DECER= 7.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2248-124', 'J2251-1209' RA= 22:51:31.123704 DEC= -12:09:17.00753 RAER= 14.82 DECER= 10.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2248-190', 'J2251-1848' RA= 22:51:31.386888 DEC= -18:48:07.89504 RAER= 0.48 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.142, 0.022, 8.4, 0.140, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2249+185', 'J2251+1848' RA= 22:51:34.727516 DEC= +18:48:40.07473 RAER= 0.66 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.291, 0.021, 5.0, 0.150, 0.006, 8.4, 0.060, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 92 observations" / source= '2249+424', 'J2251+4242' RA= 22:51:35.306665 DEC= +42:42:17.38476 RAER= 0.19 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.075, 8.4, 0.131, 0.102 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '2249+046', 'J2251+0454' RA= 22:51:45.560450 DEC= +04:54:31.58581 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.033, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2249+220', 'J2251+2217' RA= 22:51:53.495345 DEC= +22:17:37.24848 RAER= 0.42 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.088, 8.4, 0.075, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2249+114', 'J2251+1143' RA= 22:51:53.769914 DEC= +11:43:03.28972 RAER= 0.45 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.052, 8.4, 0.066, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2249+047', 'J2251+0502' RA= 22:51:54.303000 DEC= +05:02:34.36897 RAER= 10.69 DECER= 10.16 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2249-028', 'J2251-0234' RA= 22:51:55.575514 DEC= -02:34:01.50097 RAER= 0.14 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.036, 8.4, 0.063, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 294 observations" / source= '2249+402', 'J2251+4030' RA= 22:51:59.771381 DEC= +40:30:58.16382 RAER= 0.18 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.061, 0.040, 8.4, 0.060, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1062 observations" / source= '2250+644', 'J2252+6440' RA= 22:52:05.529981 DEC= +64:40:11.91492 RAER= 2.73 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.013, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2249+490', 'J2252+4916' RA= 22:52:06.058541 DEC= +49:16:54.33568 RAER= 5.60 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2249+296', 'J2252+2955' RA= 22:52:06.731613 DEC= +29:55:16.24206 RAER= 0.59 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.024, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '2249-009', 'J2252-0042' RA= 22:52:21.757402 DEC= -00:42:29.72304 RAER= 0.34 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.046, 8.4, 0.047, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2249-035', 'J2252-0315' RA= 22:52:22.530530 DEC= -03:15:53.35226 RAER= 0.22 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.045, 8.4, 0.038, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '2249-210', 'J2252-2047' RA= 22:52:28.680537 DEC= -20:47:31.53869 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.155, 0.093, 8.4, 0.143, 0.085 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 354 observations" / source= '2250+124', 'J2252+1245' RA= 22:52:32.187329 DEC= +12:45:10.88578 RAER= 0.30 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.028, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2249-204', 'J2252-2008' RA= 22:52:33.432369 DEC= -20:08:38.79448 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, 0.089, 8.4, 0.207, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '2250+078', 'J2252+0804' RA= 22:52:33.735782 DEC= +08:04:35.38225 RAER= 1.46 DECER= 3.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2250-033', 'J2252-0305' RA= 22:52:36.459666 DEC= -03:05:50.32491 RAER= 1.85 DECER= 4.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2250+404', 'J2252+4044' RA= 22:52:39.229089 DEC= +40:44:14.51865 RAER= 1.39 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2250+421', 'J2252+4226' RA= 22:52:40.801384 DEC= +42:26:00.29420 RAER= 0.90 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.039, 8.4, 0.061, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2250+034', 'J2252+0344' RA= 22:52:44.136702 DEC= +03:44:36.28601 RAER= 2.96 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2251+704', 'J2252+7043' RA= 22:52:48.160349 DEC= +70:43:15.82379 RAER= 0.45 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.389, 0.173, 8.4, 0.176, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '2250-281', 'J2252-2751' RA= 22:52:53.351852 DEC= -27:51:36.61468 RAER= 0.32 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.046, 8.4, 0.067, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 288 observations" / source= '2251+662', 'J2252+6629' RA= 22:52:53.373764 DEC= +66:29:02.69670 RAER= 1.38 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.016, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2250+003', 'J2252+0037' RA= 22:52:55.776890 DEC= +00:37:47.09618 RAER= 3.62 DECER= 10.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2250+215', 'J2252+2148' RA= 22:52:56.219320 DEC= +21:48:06.28194 RAER= 0.49 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.044, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2250-316', 'J2253-3121' RA= 22:53:00.072081 DEC= -31:21:28.87283 RAER= 28.77 DECER= 52.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2250-247', 'J2253-2428' RA= 22:53:05.950215 DEC= -24:28:00.20492 RAER= 0.54 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.048, 8.4, 0.063, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2250+194', 'J2253+1942' RA= 22:53:07.369170 DEC= +19:42:34.62868 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.284, 0.211, 8.4, 0.267, 0.182, 15.2, 0.627, 0.508 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12292 observations" / source= '2250+479', 'J2253+4810' RA= 22:53:09.957225 DEC= +48:10:12.85272 RAER= 2.01 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.043, 8.4, 0.052, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2250+323', 'J2253+3236' RA= 22:53:12.499817 DEC= +32:36:04.32666 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.081, 8.4, 0.192, 0.108 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 455 observations" / source= '2250+023', 'J2253+0236' RA= 22:53:21.104496 DEC= +02:36:13.04107 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.254, 0.142, 5.0, 0.162, 0.070, 8.4, 0.133, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 588 observations" / source= '2250-127', 'J2253-1231' RA= 22:53:22.781855 DEC= -12:31:53.27896 RAER= 0.98 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.015, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations" / source= '2250+008', 'J2253+0105' RA= 22:53:26.581325 DEC= +01:05:43.66605 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.061, 8.4, 0.121, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 550 observations" / source= '2251+506', 'J2253+5055' RA= 22:53:30.174282 DEC= +50:55:44.17878 RAER= 1.34 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2250+033', 'J2253+0339' RA= 22:53:31.328939 DEC= +03:39:45.46978 RAER= 0.70 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.019, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2250-351', 'J2253-3455' RA= 22:53:36.032280 DEC= -34:55:30.79005 RAER= 2.89 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2251+604', 'J2253+6043' RA= 22:53:40.703298 DEC= +60:43:36.01254 RAER= 3.46 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.005, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2251+598', 'J2253+6005' RA= 22:53:49.856068 DEC= +60:05:00.45794 RAER= 2.19 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2251+138', 'J2253+1404' RA= 22:53:54.236967 DEC= +14:04:36.90519 RAER= 0.57 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 123 observations" / source= '2251+428', 'J2253+4304' RA= 22:53:56.159867 DEC= +43:04:31.38278 RAER= 1.54 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.026, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2251+158', 'J2253+1608' RA= 22:53:57.747951 DEC= +16:08:53.56098 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 9.994, 2.056, 5.0, 15.746, 10.540, 8.4, 16.264, 9.910, 15.2, 9.004, 2.714 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52698 observations" / source= '2253+816', 'J2253+8153' RA= 22:53:58.113111 DEC= +81:53:10.13902 RAER= 5.86 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.005, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2251+018', 'J2254+0205' RA= 22:54:02.688107 DEC= +02:05:53.55724 RAER= 0.56 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.039, 8.4, 0.022, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2251+006', 'J2254+0054' RA= 22:54:04.406127 DEC= +00:54:20.95460 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.398, 0.162, 8.4, 0.329, 0.132 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 546 observations" / source= '2251+244', 'J2254+2445' RA= 22:54:09.341917 DEC= +24:45:23.42276 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.024, 0.204, 5.0, 0.597, 0.236, 8.4, 0.364, 0.147 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '2251+113', 'J2254+1136' RA= 22:54:10.421427 DEC= +11:36:38.74829 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.047, 8.4, 0.048, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 703 observations" / source= '2251+414', 'J2254+4140' RA= 22:54:15.321019 DEC= +41:40:59.05637 RAER= 1.27 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.009, 8.4, 0.029, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2251+134', 'J2254+1341' RA= 22:54:21.016229 DEC= +13:41:48.67588 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.352, 0.205, 5.0, 0.346, 0.204, 8.4, 0.374, 0.266 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 774 observations" / source= '2252+618', 'J2254+6209' RA= 22:54:25.292656 DEC= +62:09:38.72150 RAER= 0.36 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.042, 5.0, 0.048, n/a, 8.4, 0.070, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 647 observations" / source= '2251+078', 'J2254+0809' RA= 22:54:29.721039 DEC= +08:09:38.88264 RAER= 1.39 DECER= 3.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2251-220', 'J2254-2147' RA= 22:54:31.346899 DEC= -21:47:39.19195 RAER= 3.07 DECER= 5.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2252+419', 'J2254+4211' RA= 22:54:34.261987 DEC= +42:11:58.20569 RAER= 1.29 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.009, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2251-324', 'J2254-3209' RA= 22:54:34.576335 DEC= -32:09:27.73448 RAER= 0.85 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.031, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2251-419', 'J2254-4139' RA= 22:54:36.697464 DEC= -41:39:40.25421 RAER= 0.18 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.130, 8.4, 0.242, 0.364 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 771 observations" / source= '2252+391', 'J2254+3927' RA= 22:54:39.453765 DEC= +39:27:18.10321 RAER= 0.72 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.035, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '2252-311', 'J2254-3053' RA= 22:54:47.405017 DEC= -30:53:09.04432 RAER= 0.93 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.028, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2252-346', 'J2254-3425' RA= 22:54:50.541710 DEC= -34:25:27.25766 RAER= 6.34 DECER= 20.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2252+361', 'J2254+3625' RA= 22:54:52.029134 DEC= +36:25:32.43056 RAER= 0.40 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.067, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2252+612', 'J2254+6133' RA= 22:54:52.746297 DEC= +61:33:13.55849 RAER= 2.15 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2252-276', 'J2254-2725' RA= 22:54:53.199893 DEC= -27:25:08.93941 RAER= 0.67 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2252+207', 'J2254+2058' RA= 22:54:53.510060 DEC= +20:58:37.12612 RAER= 0.50 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.045, 8.4, 0.045, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2251-597', 'J2254-5926' RA= 22:54:56.829583 DEC= -59:26:00.68644 RAER= 2.10 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.235, 0.217 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2252+172', 'J2254+1733' RA= 22:54:59.597465 DEC= +17:33:24.69062 RAER= 0.41 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2252-394', 'J2254-3913' RA= 22:54:59.908174 DEC= -39:13:03.53357 RAER= 3.16 DECER= 21.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2253+591', 'J2255+5927' RA= 22:55:03.452917 DEC= +59:27:46.36889 RAER= 1.17 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.037, 8.4, 0.034, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2252-089', 'J2255-0844' RA= 22:55:04.239790 DEC= -08:44:04.02156 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.412, 0.109, 8.4, 0.294, 0.158 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3233 observations" / source= '2252+432', 'J2255+4328' RA= 22:55:11.259679 DEC= +43:28:22.35162 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.052, 8.4, 0.083, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2252+239', 'J2255+2410' RA= 22:55:15.374459 DEC= +24:10:11.34375 RAER= 0.63 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2252-360', 'J2255-3548' RA= 22:55:26.295163 DEC= -35:48:33.44837 RAER= 36.30 DECER= 58.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2253+445', 'J2255+4448' RA= 22:55:32.441829 DEC= +44:48:48.92395 RAER= 4.07 DECER= 3.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2253+417', 'J2255+4202' RA= 22:55:36.707839 DEC= +42:02:52.53260 RAER= 0.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.285, 0.809, 5.0, 0.853, 0.545, 8.4, 0.575, 0.267 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2590 observations" / source= '2253-109', 'J2255-1039' RA= 22:55:58.133456 DEC= -10:39:22.32296 RAER= 0.92 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2253-278', 'J2256-2735' RA= 22:56:00.155764 DEC= -27:35:56.11963 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.145, 5.0, 0.226, 0.129, 8.4, 0.200, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 615 observations" / source= '2254+629', 'J2256+6311' RA= 22:56:06.925757 DEC= +63:11:38.32442 RAER= 15.68 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2252-715', 'J2256-7115' RA= 22:56:08.880928 DEC= -71:15:38.85112 RAER= 5.49 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations. No flux information" / source= '2253+227', 'J2256+2301' RA= 22:56:10.675134 DEC= +23:01:45.18118 RAER= 0.18 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.057, 8.4, 0.091, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 444 observations" / source= '2253+036', 'J2256+0353' RA= 22:56:11.316969 DEC= +03:53:52.64828 RAER= 0.36 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.055, 8.4, 0.058, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2253+065', 'J2256+0648' RA= 22:56:19.808569 DEC= +06:48:03.67733 RAER= 0.55 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2253-256', 'J2256-2523' RA= 22:56:21.987956 DEC= -25:23:55.22739 RAER= 1.27 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2253+078', 'J2256+0804' RA= 22:56:23.541273 DEC= +08:04:51.90977 RAER= 0.31 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.029, 8.4, 0.052, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 138 observations" / source= '2253+128', 'J2256+1305' RA= 22:56:24.272492 DEC= +13:05:41.64940 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.033, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2253-658', 'J2256-6533' RA= 22:56:24.871763 DEC= -65:33:25.64893 RAER= 1.44 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2253-381', 'J2256-3754' RA= 22:56:30.498575 DEC= -37:54:48.08164 RAER= 1.43 DECER= 6.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2253-197', 'J2256-1929' RA= 22:56:36.272687 DEC= -19:29:55.78701 RAER= 0.76 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.053, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2254+260', 'J2256+2618' RA= 22:56:39.163405 DEC= +26:18:43.66041 RAER= 0.51 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.106, 8.4, 0.055, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2254-204', 'J2256-2011' RA= 22:56:41.207712 DEC= -20:11:40.50975 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.442, 0.287, 8.4, 0.385, 0.218 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 387 observations" / source= '2254-130', 'J2256-1249' RA= 22:56:45.914919 DEC= -12:49:55.73699 RAER= 0.15 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.163, 5.0, 0.158, 0.113, 8.4, 0.144, 0.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 402 observations" / source= '2255+713', 'J2256+7136' RA= 22:56:52.148991 DEC= +71:36:31.70558 RAER= 3.41 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2254+429', 'J2257+4310' RA= 22:57:01.083307 DEC= +43:10:05.08027 RAER= 1.41 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.047, 8.4, 0.077, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2254+322', 'J2257+3233' RA= 22:57:04.153064 DEC= +32:33:12.33545 RAER= 4.74 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2254-144', 'J2257-1410' RA= 22:57:04.439303 DEC= -14:10:43.17596 RAER= 0.53 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 67 observations" / source= '2254-138', 'J2257-1336' RA= 22:57:04.447267 DEC= -13:36:47.69953 RAER= 0.25 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.036, 5.0, 0.047, 0.044, 8.4, 0.075, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '2254-367', 'J2257-3627' RA= 22:57:10.606841 DEC= -36:27:43.99674 RAER= 0.22 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.524, 0.083, 8.4, 0.411, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 759 observations" / source= '2254-187', 'J2257-1826' RA= 22:57:15.512575 DEC= -18:26:54.88200 RAER= 1.07 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.041, 8.4, 0.047, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2254+074', 'J2257+0743' RA= 22:57:17.303119 DEC= +07:43:12.30260 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.224, 5.0, 0.442, 0.155, 8.4, 0.443, 0.240, 15.2, 0.392, 0.214 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11380 observations" / source= '2254+024', 'J2257+0243' RA= 22:57:17.563100 DEC= +02:43:17.51158 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.038, 8.4, 0.133, 0.131 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3028 observations" / source= '2255+570', 'J2257+5720' RA= 22:57:22.045778 DEC= +57:20:30.20666 RAER= 0.25 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.050, 8.4, 0.145, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '2255+416', 'J2257+4154' RA= 22:57:22.072920 DEC= +41:54:16.52775 RAER= 0.19 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.189, 0.139, 8.4, 0.140, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 696 observations" / source= '2255+368', 'J2257+3706' RA= 22:57:35.444953 DEC= +37:06:30.44295 RAER= 0.45 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.061, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2254-248', 'J2257-2437' RA= 22:57:40.310553 DEC= -24:37:32.69479 RAER= 12.91 DECER= 18.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2255-183', 'J2257-1805' RA= 22:57:53.614365 DEC= -18:05:13.72163 RAER= 0.54 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.040, 8.4, 0.039, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 85 observations" / source= '2252-830', 'J2257-8246' RA= 22:57:59.409286 DEC= -82:46:53.15449 RAER= 12.59 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2301+869', 'J2258+8711' RA= 22:58:05.596811 DEC= +87:11:22.81164 RAER= 9.86 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.045, 8.4, 0.046, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2255-282', 'J2258-2758' RA= 22:58:05.962876 DEC= -27:58:21.25668 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.330, 0.908, 5.0, 1.438, 1.168, 8.4, 2.383, 1.780, 15.2, 5.085, 3.896 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 88419 observations" / source= '2255-370', 'J2258-3644' RA= 22:58:15.015996 DEC= -36:44:34.36860 RAER= 2.92 DECER= 10.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.015, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2256+486', 'J2258+4857' RA= 22:58:15.634248 DEC= +48:57:50.75056 RAER= 0.90 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.027, 8.4, 0.027, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2255-556', 'J2258-5525' RA= 22:58:18.990531 DEC= -55:25:37.39116 RAER= 16.51 DECER= 7.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2255+050', 'J2258+0516' RA= 22:58:24.602779 DEC= +05:16:39.16803 RAER= 0.15 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.115, 8.4, 0.147, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 227 observations" / source= '2256+493', 'J2258+4937' RA= 22:58:25.306495 DEC= +49:37:44.59507 RAER= 0.66 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.029, 8.4, 0.042, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2255-705', 'J2258-7014' RA= 22:58:31.563301 DEC= -70:14:39.72753 RAER= 1.10 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2255-065', 'J2258-0619' RA= 22:58:35.483289 DEC= -06:19:47.79151 RAER= 1.47 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2256+359', 'J2258+3610' RA= 22:58:35.839169 DEC= +36:10:29.24262 RAER= 1.23 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2256-388', 'J2258-3832' RA= 22:58:50.808117 DEC= -38:32:30.96360 RAER= 0.89 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.085, 8.4, 0.079, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2257+709', 'J2258+7114' RA= 22:58:54.240390 DEC= +71:14:21.55979 RAER= 2.23 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.057, 8.4, 0.077, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2256+017', 'J2258+0203' RA= 22:58:57.752713 DEC= +02:03:42.28682 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.122, 8.4, 0.182, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 479 observations" / source= '2256+570', 'J2258+5719' RA= 22:58:57.941248 DEC= +57:19:06.46360 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.074, 8.4, 0.151, 0.078, 22.2, 0.189, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2441 observations" / source= '2257+631', 'J2258+6325' RA= 22:58:59.510297 DEC= +63:25:29.20187 RAER= 101.67 DECER= 9.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.053, 0.072 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2256+274', 'J2259+2743' RA= 22:59:00.307618 DEC= +27:43:56.68677 RAER= 0.88 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.022, 8.4, 0.058, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2256-084', 'J2259-0811' RA= 22:59:00.688844 DEC= -08:11:03.04582 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.120, 5.0, 0.119, 0.093, 8.4, 0.095, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1351 observations" / source= '2256+440', 'J2259+4421' RA= 22:59:01.430750 DEC= +44:21:24.79427 RAER= 2.82 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2256+403', 'J2259+4037' RA= 22:59:04.102665 DEC= +40:37:47.34783 RAER= 0.95 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.068, 8.4, 0.063, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2256+286', 'J2259+2856' RA= 22:59:07.752384 DEC= +28:56:53.64916 RAER= 1.38 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2256-295', 'J2259-2917' RA= 22:59:19.278630 DEC= -29:17:55.52772 RAER= 41.33 DECER= 55.11 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2256-296', 'J2259-2920' RA= 22:59:29.933518 DEC= -29:20:43.79844 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.082, 5.0, 0.089, 0.093, 8.4, 0.096, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 346 observations" / source= '2257+340', 'J2259+3418' RA= 22:59:30.106210 DEC= +34:18:19.01965 RAER= 1.50 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.006, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2257+297', 'J2259+3001' RA= 22:59:31.193831 DEC= +30:01:43.99141 RAER= 0.40 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.038, 8.4, 0.038, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2257+314', 'J2259+3144' RA= 22:59:37.358738 DEC= +31:44:32.20243 RAER= 0.57 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.019, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 114 observations" / source= '2257+149', 'J2259+1510' RA= 22:59:39.397673 DEC= +15:10:20.71038 RAER= 0.29 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.052, 8.4, 0.065, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '2257+205', 'J2259+2047' RA= 22:59:39.809514 DEC= +20:47:49.15892 RAER= 0.96 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.022, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2256-360', 'J2259-3548' RA= 22:59:41.826405 DEC= -35:48:46.63600 RAER= 1.51 DECER= 5.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.013, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2257+198', 'J2259+2007' RA= 22:59:44.013930 DEC= +20:07:53.92631 RAER= 0.50 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.042, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2256-743', 'J2259-7405' RA= 22:59:47.627711 DEC= -74:05:01.10553 RAER= 1.85 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2257-110', 'J2259-1045' RA= 22:59:51.004671 DEC= -10:45:16.13452 RAER= 0.41 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.083, 8.4, 0.063, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2257+31A', 'J2259+3139' RA= 22:59:53.505554 DEC= +31:39:48.20609 RAER= 0.78 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.034, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2257+117', 'J2259+1201' RA= 22:59:54.060318 DEC= +12:01:35.74442 RAER= 0.59 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.047, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2257+589', 'J2259+5911' RA= 22:59:56.647428 DEC= +59:11:47.12856 RAER= 5.49 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2257-048', 'J2259-0431' RA= 22:59:56.750671 DEC= -04:31:57.20293 RAER= 0.35 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.014, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '2257-161', 'J2259-1553' RA= 22:59:57.254482 DEC= -15:53:33.37237 RAER= 0.67 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.045, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2257+039', 'J2300+0414' RA= 23:00:06.198323 DEC= +04:14:25.23788 RAER= 0.54 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.029, 8.4, 0.041, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2257+487', 'J2300+4901' RA= 23:00:07.246251 DEC= +49:01:32.12593 RAER= 5.11 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2257-106', 'J2300-1021' RA= 23:00:11.739118 DEC= -10:21:44.46712 RAER= 0.30 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.053, 8.4, 0.069, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '2257+079', 'J2300+0810' RA= 23:00:16.100132 DEC= +08:10:37.53270 RAER= 1.05 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2257+103', 'J2300+1037' RA= 23:00:18.312580 DEC= +10:37:54.08229 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.134, 8.4, 0.116, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '2257+313', 'J2300+3137' RA= 23:00:22.837302 DEC= +31:37:04.40409 RAER= 0.42 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2257-270', 'J2300-2644' RA= 23:00:25.500716 DEC= -26:44:22.78047 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.151, 8.4, 0.129, 0.111 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 403 observations" / source= '2258+325', 'J2300+3249' RA= 23:00:28.048967 DEC= +32:49:23.87033 RAER= 0.41 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.055, 8.4, 0.054, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2258+505', 'J2300+5050' RA= 23:00:34.183784 DEC= +50:50:18.56473 RAER= 0.57 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.041, 8.4, 0.054, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2258+033', 'J2300+0337' RA= 23:00:40.885787 DEC= +03:37:10.84002 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.373, 0.198, 8.4, 0.218, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 698 observations" / source= '2257-360', 'J2300-3548' RA= 23:00:41.573579 DEC= -35:48:33.95447 RAER= 0.94 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.018, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 96 observations" / source= '2258+166', 'J2300+1655' RA= 23:00:42.991121 DEC= +16:55:14.39156 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.377, 0.186, 8.4, 0.351, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 449 observations" / source= '2257-326', 'J2300-3220' RA= 23:00:43.093114 DEC= -32:20:20.24711 RAER= 6.84 DECER= 10.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.034, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2258+123', 'J2300+1235' RA= 23:00:44.038358 DEC= +12:35:59.06338 RAER= 0.64 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.078, 5.0, 0.165, n/a, 8.4, 0.122, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2258+380', 'J2300+3818' RA= 23:00:47.149523 DEC= +38:18:38.86854 RAER= 1.54 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.019, 8.4, 0.049, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2259+709', 'J2300+7110' RA= 23:00:50.226782 DEC= +71:10:13.68290 RAER= 4.60 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.059, 8.4, 0.067, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2258-078', 'J2300-0735' RA= 23:00:54.715494 DEC= -07:35:43.59522 RAER= 0.62 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2258-358', 'J2300-3536' RA= 23:00:55.955975 DEC= -35:36:15.52000 RAER= 2.12 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.114, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2258-049', 'J2300-0442' RA= 23:00:56.351381 DEC= -04:42:35.95498 RAER= 0.58 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.022, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2258-099', 'J2301-0942' RA= 23:01:06.891129 DEC= -09:42:46.40463 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.093 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 349 observations" / source= '2258-022', 'J2301-0158' RA= 23:01:07.978481 DEC= -01:58:04.58570 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.318, 5.0, 0.562, 0.436, 8.4, 0.762, 0.560, 15.2, 1.240, 0.755 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 731 observations" / source= '2258+255', 'J2301+2550' RA= 23:01:13.002678 DEC= +25:50:03.25273 RAER= 0.43 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.039, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2258+349', 'J2301+3513' RA= 23:01:14.439114 DEC= +35:13:00.85121 RAER= 0.19 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.074, 8.4, 0.183, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 208 observations" / source= '2259+575', 'J2301+5749' RA= 23:01:19.557098 DEC= +57:49:10.09150 RAER= 3.99 DECER= 5.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.008, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2258+211', 'J2301+2123' RA= 23:01:26.414941 DEC= +21:23:31.46899 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.064, 8.4, 0.043, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2259+568', 'J2301+5706' RA= 23:01:26.626698 DEC= +57:06:25.50709 RAER= 0.24 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.262, 0.026, 8.4, 0.251, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 555 observations" / source= '2259+371', 'J2301+3726' RA= 23:01:27.737387 DEC= +37:26:49.24401 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.704, 0.341, 8.4, 0.556, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 345 observations" / source= '2259+340', 'J2301+3418' RA= 23:01:38.141244 DEC= +34:18:13.43033 RAER= 2.43 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.013, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2301+817', 'J2301+8200' RA= 23:01:38.224551 DEC= +82:00:14.96529 RAER= 27.37 DECER= 4.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2259+404', 'J2301+4044' RA= 23:01:40.546947 DEC= +40:44:08.84877 RAER= 0.84 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.025, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2259-220', 'J2301-2145' RA= 23:01:41.041507 DEC= -21:45:07.25569 RAER= 8.16 DECER= 14.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2259+176', 'J2301+1757' RA= 23:01:44.875238 DEC= +17:57:05.05300 RAER= 0.32 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.097, 8.4, 0.082, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2259+058', 'J2301+0609' RA= 23:01:53.461159 DEC= +06:09:12.82056 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.323, 0.258, 8.4, 0.249, 0.155 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 895 observations" / source= '2259-082', 'J2302-0757' RA= 23:02:01.964570 DEC= -07:57:35.13056 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.009, 8.4, 0.092, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 240 observations" / source= '2300+624', 'J2302+6246' RA= 23:02:03.750145 DEC= +62:46:08.35697 RAER= 7.79 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2259+169', 'J2302+1710' RA= 23:02:03.775543 DEC= +17:10:25.45017 RAER= 0.75 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.027, 8.4, 0.054, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 70 observations" / source= '2300+653', 'J2302+6534' RA= 23:02:05.011434 DEC= +65:34:14.87241 RAER= 15.85 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.074, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2259+511', 'J2302+5122' RA= 23:02:06.651398 DEC= +51:22:30.42752 RAER= 0.62 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.230, 0.203, 8.4, 0.117, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2259-269', 'J2302-2641' RA= 23:02:08.930609 DEC= -26:41:33.85603 RAER= 0.68 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.057, 8.4, 0.042, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2259+210', 'J2302+2121' RA= 23:02:15.578893 DEC= +21:21:42.37222 RAER= 0.66 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.048, 8.4, 0.068, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2259-285', 'J2302-2816' RA= 23:02:15.880255 DEC= -28:16:38.75236 RAER= 0.97 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2259-375', 'J2302-3718' RA= 23:02:23.888267 DEC= -37:18:06.83076 RAER= 1.19 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.470, 0.090, 8.4, 0.108, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 184 observations" / source= '2300+466', 'J2302+4653' RA= 23:02:25.856497 DEC= +46:53:54.30494 RAER= 1.38 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.026, 8.4, 0.062, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2259-458', 'J2302-4533' RA= 23:02:40.048335 DEC= -45:33:57.99330 RAER= 2.73 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2300+638', 'J2302+6405' RA= 23:02:41.314978 DEC= +64:05:52.84911 RAER= 0.30 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.076, 8.4, 0.168, 0.098 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 640 observations" / source= '2300+515', 'J2302+5149' RA= 23:02:47.181083 DEC= +51:49:16.52969 RAER= 0.83 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.020, 8.4, 0.025, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2300-140', 'J2302-1345' RA= 23:02:56.051542 DEC= -13:45:45.56566 RAER= 2.08 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2300-245', 'J2302-2417' RA= 23:02:57.798072 DEC= -24:17:39.17199 RAER= 1.05 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2300-151', 'J2302-1453' RA= 23:02:59.536385 DEC= -14:53:01.81634 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.044, 8.4, 0.064, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 441 observations" / source= '2300+135', 'J2302+1349' RA= 23:02:59.918991 DEC= +13:49:03.71684 RAER= 0.94 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2258-817', 'J2303-8126' RA= 23:03:00.689854 DEC= -81:26:04.30823 RAER= 1.92 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.215, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 111 observations" / source= '2300-189', 'J2303-1841' RA= 23:03:02.975976 DEC= -18:41:25.82264 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.110, 8.4, 0.344, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 556 observations" / source= '2300+386', 'J2303+3853' RA= 23:03:04.065845 DEC= +38:53:48.36587 RAER= 0.17 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.332, 0.194, 8.4, 0.111, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '2300+577', 'J2303+5802' RA= 23:03:04.912168 DEC= +58:02:48.11692 RAER= 0.85 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2300-307', 'J2303-3030' RA= 23:03:05.820843 DEC= -30:30:11.47323 RAER= 0.23 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.290, 0.181, 8.4, 0.155, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 286 observations" / source= '2300+040', 'J2303+0420' RA= 23:03:07.769169 DEC= +04:20:40.07217 RAER= 1.06 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.016, 8.4, 0.015, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2300+142', 'J2303+1431' RA= 23:03:09.952755 DEC= +14:31:41.35445 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.077, 8.4, 0.088, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 515 observations" / source= '2300-079', 'J2303-0743' RA= 23:03:10.500024 DEC= -07:43:28.12834 RAER= 1.12 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2300+345', 'J2303+3446' RA= 23:03:21.626727 DEC= +34:46:48.47353 RAER= 0.20 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.046, 8.4, 0.079, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 558 observations" / source= '2301+522', 'J2303+5229' RA= 23:03:27.249295 DEC= +52:29:10.72160 RAER= 0.83 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.011, 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2300-683', 'J2303-6807' RA= 23:03:43.564599 DEC= -68:07:37.44311 RAER= 0.27 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.968, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3157 observations" / source= '2301+443', 'J2303+4439' RA= 23:03:45.345774 DEC= +44:39:06.03593 RAER= 3.95 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2300-543', 'J2303-5406' RA= 23:03:51.889964 DEC= -54:06:46.04235 RAER= 1.52 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '2301+143', 'J2303+1436' RA= 23:03:55.867025 DEC= +14:36:27.22837 RAER= 8.07 DECER= 9.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2301-103', 'J2303-1002' RA= 23:03:57.919497 DEC= -10:02:19.21511 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.080, 8.4, 0.067, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 864 observations" / source= '2301-368', 'J2304-3633' RA= 23:04:18.469053 DEC= -36:33:26.36091 RAER= 1.84 DECER= 7.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2301+060', 'J2304+0620' RA= 23:04:28.291278 DEC= +06:20:08.30904 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.341, 0.195, 8.4, 0.208, 0.086 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 694 observations" / source= '2302+269', 'J2304+2710' RA= 23:04:29.404327 DEC= +27:10:31.09503 RAER= 0.16 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.076, 8.4, 0.113, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 257 observations" / source= '2301-036', 'J2304-0322' RA= 23:04:34.136200 DEC= -03:22:57.47607 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 269 observations" / source= '2302+232', 'J2304+2331' RA= 23:04:36.436408 DEC= +23:31:07.61123 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.449, 0.308, 8.4, 0.329, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '2302+368', 'J2304+3705' RA= 23:04:36.714659 DEC= +37:05:07.42336 RAER= 0.38 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2301-199', 'J2304-1939' RA= 23:04:39.149530 DEC= -19:39:25.18349 RAER= 1.31 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2302+000', 'J2304+0016' RA= 23:04:40.180154 DEC= +00:16:15.89058 RAER= 15.67 DECER= 19.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2302+437', 'J2304+4401' RA= 23:04:41.870067 DEC= +44:01:06.14124 RAER= 0.72 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.042, 8.4, 0.080, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2302-110', 'J2304-1044' RA= 23:04:42.893047 DEC= -10:44:20.29242 RAER= 19.79 DECER= 17.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2302-173', 'J2304-1705' RA= 23:04:47.596983 DEC= -17:05:02.60602 RAER= 0.71 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2302+402', 'J2304+4028' RA= 23:04:54.636549 DEC= +40:28:53.75097 RAER= 3.51 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2302-366', 'J2304-3625' RA= 23:04:55.993115 DEC= -36:25:12.63186 RAER= 1.03 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.060, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2302+359', 'J2304+3616' RA= 23:04:59.166200 DEC= +36:16:01.65035 RAER= 0.42 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.071, 8.4, 0.052, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2302-069', 'J2305-0642' RA= 23:05:07.707855 DEC= -06:42:21.42328 RAER= 1.43 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2302+283', 'J2305+2834' RA= 23:05:11.942047 DEC= +28:34:27.97983 RAER= 0.89 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2302-279', 'J2305-2738' RA= 23:05:15.340801 DEC= -27:38:41.74716 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.036, 8.4, 0.054, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2302+205', 'J2305+2048' RA= 23:05:16.586407 DEC= +20:48:38.78755 RAER= 0.39 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.059, 8.4, 0.056, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2304+824', 'J2305+8242' RA= 23:05:17.539627 DEC= +82:42:49.15594 RAER= 1.02 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.090, 5.0, 0.150, 0.115, 8.4, 0.157, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 847 observations" / source= '2302-071', 'J2305-0649' RA= 23:05:25.821494 DEC= -06:49:47.84271 RAER= 2.55 DECER= 5.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2303+133', 'J2305+1336' RA= 23:05:32.565031 DEC= +13:36:10.41232 RAER= 0.75 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.027, 8.4, 0.031, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2303+014', 'J2305+0144' RA= 23:05:37.284072 DEC= +01:44:41.90964 RAER= 0.36 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.049, 8.4, 0.060, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2303-008', 'J2305-0036' RA= 23:05:45.671138 DEC= -00:36:08.58633 RAER= 4.11 DECER= 8.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2303+083', 'J2306+0837' RA= 23:06:01.271795 DEC= +08:37:15.38980 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.042, 5.0, 0.043, 0.025, 8.4, 0.058, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 496 observations" / source= '2303+338', 'J2306+3406' RA= 23:06:04.850544 DEC= +34:06:27.66777 RAER= 0.51 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.058, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 95 observations" / source= '2303-052', 'J2306-0459' RA= 23:06:15.317106 DEC= -04:59:48.28501 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.374, 0.181, 8.4, 0.284, 0.120 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 748 observations" / source= '2303+168', 'J2306+1709' RA= 23:06:20.942992 DEC= +17:09:05.60302 RAER= 1.27 DECER= 2.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2303+093', 'J2306+0939' RA= 23:06:25.146411 DEC= +09:39:12.49843 RAER= 7.24 DECER= 4.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2303-084', 'J2306-0808' RA= 23:06:25.495059 DEC= -08:08:28.93882 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.199, 0.103, 8.4, 0.113, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 188 observations" / source= '2303-304', 'J2306-3013' RA= 23:06:33.564448 DEC= -30:13:12.81847 RAER= 0.88 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.036, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2304-043', 'J2306-0402' RA= 23:06:34.826576 DEC= -04:02:15.15979 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.043, 8.4, 0.053, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 321 observations" / source= '2303-370', 'J2306-3649' RA= 23:06:37.415657 DEC= -36:49:26.17974 RAER= 6.65 DECER= 29.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2304-308', 'J2306-3036' RA= 23:06:47.996849 DEC= -30:36:41.60335 RAER= 1.19 DECER= 4.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2303-673', 'J2306-6706' RA= 23:06:51.560646 DEC= -67:06:43.30996 RAER= 12.16 DECER= 4.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.443, 0.136 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2304+141', 'J2306+1424' RA= 23:06:58.011145 DEC= +14:24:04.78784 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.017, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2303-656', 'J2306-6521' RA= 23:06:59.434790 DEC= -65:21:32.40022 RAER= 2.82 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.126 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2304+377', 'J2307+3802' RA= 23:07:00.994994 DEC= +38:02:42.23260 RAER= 0.38 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.604, 0.065, 8.4, 0.110, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 440 observations" / source= '2304+123', 'J2307+1237' RA= 23:07:02.098689 DEC= +12:37:41.26590 RAER= 0.94 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2304+019', 'J2307+0215' RA= 23:07:14.952657 DEC= +02:15:41.03540 RAER= 0.40 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.057, 8.4, 0.044, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2304+322', 'J2307+3230' RA= 23:07:15.912578 DEC= +32:30:31.93634 RAER= 0.15 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.501, 0.225, 8.4, 0.360, 0.137 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 457 observations" / source= '2304-037', 'J2307-0328' RA= 23:07:19.960796 DEC= -03:28:49.53810 RAER= 0.58 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.018, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2304-208', 'J2307-2036' RA= 23:07:20.218447 DEC= -20:36:51.91167 RAER= 2.75 DECER= 4.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2304-123', 'J2307-1205' RA= 23:07:22.095358 DEC= -12:05:17.66662 RAER= 0.81 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2304+190', 'J2307+1920' RA= 23:07:25.471906 DEC= +19:20:13.87467 RAER= 0.69 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.009, 8.4, 0.019, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2304-075', 'J2307-0718' RA= 23:07:30.177713 DEC= -07:18:06.06721 RAER= 0.24 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.030, 8.4, 0.037, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '2305+669', 'J2307+6714' RA= 23:07:31.566515 DEC= +67:14:33.02803 RAER= 1.93 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2305+145', 'J2307+1450' RA= 23:07:34.001699 DEC= +14:50:17.97509 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.061, 5.0, 0.080, 0.078, 8.4, 0.088, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1028 observations" / source= '2304-360', 'J2307-3548' RA= 23:07:37.253722 DEC= -35:48:28.25771 RAER= 8.17 DECER= 42.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2304-230', 'J2307-2247' RA= 23:07:38.654782 DEC= -22:47:52.99516 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.587, 0.137, 8.4, 0.360, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 366 observations" / source= '2305+411', 'J2307+4123' RA= 23:07:40.560950 DEC= +41:23:41.12119 RAER= 1.12 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.015, 8.4, 0.034, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2305+187', 'J2307+1901' RA= 23:07:45.626491 DEC= +19:01:20.50018 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.039, 8.4, 0.041, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 583 observations" / source= '2305-418', 'J2307-4132' RA= 23:07:52.749901 DEC= -41:32:45.33409 RAER= 2.30 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2305+198', 'J2308+2008' RA= 23:08:11.636476 DEC= +20:08:42.19530 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.295, 0.097, 8.4, 0.302, 0.116 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 534 observations" / source= '2305+095', 'J2308+0951' RA= 23:08:19.623115 DEC= +09:51:34.77155 RAER= 0.29 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.052, 8.4, 0.054, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 104 observations" / source= '2306+504', 'J2308+5043' RA= 23:08:25.309551 DEC= +50:43:52.26316 RAER= 0.49 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.096, 8.4, 0.110, 0.088 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2305+095', 'J2308+0947' RA= 23:08:26.607452 DEC= +09:47:26.66192 RAER= 0.79 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2305-233', 'J2308-2303' RA= 23:08:30.347509 DEC= -23:03:43.29451 RAER= 0.70 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.030, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2306+462', 'J2308+4629' RA= 23:08:36.240277 DEC= +46:29:53.45480 RAER= 0.45 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.126, 8.4, 0.069, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '2306-110', 'J2308-1046' RA= 23:08:36.684692 DEC= -10:46:21.89874 RAER= 0.88 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2306+095', 'J2308+0946' RA= 23:08:44.171611 DEC= +09:46:26.11108 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.210, 8.4, 0.250, 0.199 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2273 observations" / source= '2306-377', 'J2308-3730' RA= 23:08:50.378648 DEC= -37:30:22.01111 RAER= 1.11 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.021, 8.4, 0.049, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2306+109', 'J2308+1111' RA= 23:08:51.824344 DEC= +11:11:49.49271 RAER= 0.42 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.052, 8.4, 0.061, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2306-462', 'J2308-4557' RA= 23:08:52.836569 DEC= -45:57:56.19055 RAER= 1.92 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.107 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2306+230', 'J2308+2322' RA= 23:08:58.259503 DEC= +23:22:00.58806 RAER= 0.30 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 108 observations" / source= '2306-511', 'J2309-5051' RA= 23:09:02.444927 DEC= -50:51:00.15103 RAER= 2.77 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2306+392', 'J2309+3932' RA= 23:09:06.476485 DEC= +39:32:56.29081 RAER= 1.49 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.053, 8.4, 0.051, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2306+371', 'J2309+3726' RA= 23:09:13.438056 DEC= +37:26:09.90813 RAER= 0.42 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.117, 5.0, 0.143, 0.028, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 194 observations" / source= '2306-312', 'J2309-3059' RA= 23:09:14.331397 DEC= -30:59:12.58420 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.410, 0.376, 5.0, 0.356, n/a, 8.4, 0.344, 0.261 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 646 observations" / source= '2306-052', 'J2309-0458' RA= 23:09:17.167210 DEC= -04:58:40.47538 RAER= 0.14 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.059, 8.4, 0.092, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 442 observations" / source= '2306+184', 'J2309+1844' RA= 23:09:25.083973 DEC= +18:44:46.73031 RAER= 0.75 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2307+680', 'J2309+6820' RA= 23:09:26.666023 DEC= +68:20:10.75674 RAER= 0.35 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.127, 5.0, 0.166, 0.103, 8.4, 0.167, 0.099 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 773 observations" / source= '2306-368', 'J2309-3632' RA= 23:09:40.099651 DEC= -36:32:22.31950 RAER= 1.41 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2307+105', 'J2309+1046' RA= 23:09:40.110155 DEC= +10:46:38.24094 RAER= 0.91 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.020, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2306-36A', 'J2309-363A' RA= 23:09:40.845872 DEC= -36:32:48.83433 RAER= 0.99 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2307-097', 'J2309-0931' RA= 23:09:43.853705 DEC= -09:31:04.74632 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.050, 8.4, 0.065, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 827 observations" / source= '2307+068', 'J2309+0708' RA= 23:09:56.955741 DEC= +07:08:39.83326 RAER= 2.24 DECER= 4.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2307+283', 'J2309+2839' RA= 23:09:58.401279 DEC= +28:39:59.80371 RAER= 0.20 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.106, 5.0, 0.197, 0.132, 8.4, 0.084, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 206 observations" / source= '2307+109', 'J2310+1114' RA= 23:10:02.914659 DEC= +11:14:04.43496 RAER= 7.00 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2307-055', 'J2310-0514' RA= 23:10:09.787126 DEC= -05:14:18.99484 RAER= 2.40 DECER= 4.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2307+375', 'J2310+3752' RA= 23:10:16.225377 DEC= +37:52:01.80024 RAER= 5.56 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2308+672', 'J2310+6730' RA= 23:10:20.878042 DEC= +67:30:16.59225 RAER= 1.08 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.050, 8.4, 0.080, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2307-030', 'J2310-0243' RA= 23:10:28.319853 DEC= -02:43:49.44315 RAER= 1.20 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2307+106', 'J2310+1055' RA= 23:10:28.517742 DEC= +10:55:30.69675 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.351, 0.261, 5.0, 0.188, n/a, 8.4, 0.389, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5853 observations" / source= '2307-599', 'J2310-5941' RA= 23:10:28.519103 DEC= -59:41:11.56814 RAER= 2.57 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.137, 0.067 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '2318+886', 'J2310+8857' RA= 23:10:35.858136 DEC= +88:57:25.96477 RAER= 12.25 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.119, 8.4, 0.072, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 456 observations" / source= '2308+072', 'J2310+0734' RA= 23:10:42.274530 DEC= +07:34:03.77489 RAER= 0.87 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.014, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2308+274', 'J2310+2744' RA= 23:10:45.003632 DEC= +27:44:45.10623 RAER= 1.18 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.019, 8.4, 0.028, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2308-068', 'J2310-0635' RA= 23:10:48.172910 DEC= -06:35:56.20187 RAER= 4.63 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2308+628', 'J2311+6305' RA= 23:11:00.334690 DEC= +63:05:05.77850 RAER= 1.93 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2308+018', 'J2311+0205' RA= 23:11:01.292890 DEC= +02:05:05.32722 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.075, 8.4, 0.090, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 737 observations" / source= '2308-394', 'J2311-3908' RA= 23:11:02.605734 DEC= -39:08:14.88979 RAER= 4.26 DECER= 9.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2308+341', 'J2311+3425' RA= 23:11:05.328801 DEC= +34:25:10.90503 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.712, 0.434, 5.0, 0.878, 0.649, 8.4, 0.696, 0.467, 15.2, 0.895, 0.635 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 873 observations" / source= '2308-566', 'J2311-5624' RA= 23:11:09.219349 DEC= -56:24:46.49261 RAER= 15.62 DECER= 32.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.146, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2308+017', 'J2311+0201' RA= 23:11:10.569730 DEC= +02:01:32.86190 RAER= 0.52 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, n/a, 8.4, 0.018, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '2308-109', 'J2311-1038' RA= 23:11:16.977128 DEC= -10:38:49.58379 RAER= 1.59 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2308+176', 'J2311+1752' RA= 23:11:17.418714 DEC= +17:52:55.02307 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.153, 0.092 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '2308+098', 'J2311+1008' RA= 23:11:17.754520 DEC= +10:08:15.75728 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.049, 8.4, 0.087, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 761 observations" / source= '2308+255', 'J2311+2547' RA= 23:11:21.942093 DEC= +25:47:46.79433 RAER= 7.57 DECER= 9.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2309+316', 'J2311+3156' RA= 23:11:27.208729 DEC= +31:56:34.71479 RAER= 0.19 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.055, 8.4, 0.118, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2309+046', 'J2311+0452' RA= 23:11:36.370811 DEC= +04:52:38.51507 RAER= 0.61 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations" / source= '2309-024', 'J2311-0209' RA= 23:11:36.930299 DEC= -02:09:07.14247 RAER= 1.73 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2309-133', 'J2311-1306' RA= 23:11:45.829713 DEC= -13:06:55.33963 RAER= 0.29 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.256, 0.097, 8.4, 0.051, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 650 observations" / source= '2309+258', 'J2311+2604' RA= 23:11:45.890745 DEC= +26:04:47.75987 RAER= 0.19 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.051, 5.0, 0.100, 0.094, 8.4, 0.090, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 205 observations" / source= '2309+454', 'J2311+4543' RA= 23:11:47.408976 DEC= +45:43:56.01646 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.233, 8.4, 0.435, 0.298 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37651 observations" / source= '2309-240', 'J2311-2346' RA= 23:11:48.859305 DEC= -23:46:16.43798 RAER= 0.76 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2309+530', 'J2311+5317' RA= 23:11:54.037620 DEC= +53:17:44.00038 RAER= 0.59 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.058, 8.4, 0.056, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2309+251', 'J2311+2526' RA= 23:11:59.269175 DEC= +25:26:04.78831 RAER= 0.33 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.063, 8.4, 0.091, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2309-064', 'J2312-0609' RA= 23:12:00.914017 DEC= -06:09:18.01417 RAER= 1.96 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2309-203', 'J2312-2006' RA= 23:12:05.200413 DEC= -20:06:08.70198 RAER= 1.28 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.018, 8.4, 0.044, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2309+487', 'J2312+4902' RA= 23:12:05.968644 DEC= +49:02:55.49476 RAER= 3.04 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2309+121', 'J2312+1224' RA= 23:12:10.434876 DEC= +12:24:02.55949 RAER= 0.67 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2309+123', 'J2312+1236' RA= 23:12:10.451035 DEC= +12:36:41.86862 RAER= 0.39 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.036, 8.4, 0.048, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2309+159', 'J2312+1615' RA= 23:12:16.961956 DEC= +16:15:08.33334 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.084, 8.4, 0.098, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 548 observations" / source= '2309-094', 'J2312-0913' RA= 23:12:19.533685 DEC= -09:13:05.92179 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.055, 5.0, 0.056, 0.035, 8.4, 0.057, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 220 observations" / source= '2310+724', 'J2312+7241' RA= 23:12:19.697884 DEC= +72:41:26.91721 RAER= 0.41 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.262, 0.190, 8.4, 0.268, 0.197 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 539 observations" / source= '2309-014', 'J2312-0109' RA= 23:12:22.361310 DEC= -01:09:24.74224 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.036, 8.4, 0.104, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 375 observations" / source= '2309+031', 'J2312+0327' RA= 23:12:26.115959 DEC= +03:27:46.77404 RAER= 0.40 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.062, 8.4, 0.050, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2309+090', 'J2312+0919' RA= 23:12:28.066230 DEC= +09:19:26.45534 RAER= 0.42 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.028, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2309-137', 'J2312-1326' RA= 23:12:32.208881 DEC= -13:26:57.50405 RAER= 2.77 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2310+129', 'J2312+1314' RA= 23:12:32.691681 DEC= +13:14:45.81048 RAER= 12.94 DECER= 13.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2310+357', 'J2312+3603' RA= 23:12:34.566090 DEC= +36:03:30.42641 RAER= 0.34 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.115, 8.4, 0.098, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2310+087', 'J2312+0858' RA= 23:12:35.710396 DEC= +08:58:58.42058 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.061, 8.4, 0.091, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 132 observations" / source= '2310+08A', 'J2312+0902' RA= 23:12:36.980097 DEC= +09:02:00.85757 RAER= 1.19 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2310-057', 'J2312-0525' RA= 23:12:40.746481 DEC= -05:25:46.73384 RAER= 2.08 DECER= 4.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2311+752', 'J2312+7530' RA= 23:12:45.123231 DEC= +75:30:14.49671 RAER= 1.23 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.042, 8.4, 0.097, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2310+144', 'J2312+1444' RA= 23:12:53.050259 DEC= +14:44:53.41307 RAER= 2.07 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, 0.036, 8.4, 0.016, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2310-417', 'J2312-4126' RA= 23:12:55.617135 DEC= -41:26:55.80784 RAER= 3.30 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, n/a, 8.4, 0.089, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2310+385', 'J2312+3847' RA= 23:12:58.793971 DEC= +38:47:42.66042 RAER= 0.16 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.595, 0.247, 8.4, 0.309, 0.052, 15.2, 0.178, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 501 observations" / source= '2309-663', 'J2312-6607' RA= 23:12:58.840008 DEC= -66:07:31.73703 RAER= 0.65 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.073, 0.054 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 73 observations" / source= '2310-071', 'J2313-0651' RA= 23:13:00.958076 DEC= -06:51:53.00562 RAER= 0.21 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.019, 8.4, 0.032, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 262 observations" / source= '2310+103', 'J2313+1039' RA= 23:13:02.330660 DEC= +10:39:51.11402 RAER= 1.40 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2310+062', 'J2313+0628' RA= 23:13:07.701548 DEC= +06:28:38.84610 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.114, 0.135 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 408 observations" / source= '2310-322', 'J2313-3157' RA= 23:13:10.459043 DEC= -31:57:52.81398 RAER= 1.25 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.015, 8.4, 0.023, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2310+287', 'J2313+2902' RA= 23:13:10.651666 DEC= +29:02:00.26018 RAER= 0.87 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.026, 8.4, 0.037, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2310+274', 'J2313+2745' RA= 23:13:14.196520 DEC= +27:45:52.55120 RAER= 2.17 DECER= 3.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2310-316', 'J2313-3125' RA= 23:13:15.146904 DEC= -31:25:04.66954 RAER= 19.14 DECER= 34.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2311+395', 'J2313+3949' RA= 23:13:24.344349 DEC= +39:49:49.64044 RAER= 0.83 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.073, 8.4, 0.086, 0.079 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2310-539', 'J2313-5343' RA= 23:13:26.957947 DEC= -53:43:29.03702 RAER= 6.38 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2310-033', 'J2313-0302' RA= 23:13:34.221068 DEC= -03:02:51.62185 RAER= 0.47 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.010, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 79 observations" / source= '2311-187', 'J2313-1830' RA= 23:13:39.287914 DEC= -18:30:03.92406 RAER= 0.45 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.061, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2311-045', 'J2313-0416' RA= 23:13:44.612764 DEC= -04:16:56.64849 RAER= 0.21 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.020, 8.4, 0.029, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 243 observations" / source= '2311-445', 'J2313-4416' RA= 23:13:47.905811 DEC= -44:16:15.25642 RAER= 2.47 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2311+469', 'J2313+4712' RA= 23:13:48.168686 DEC= +47:12:14.95848 RAER= 0.66 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.043, 8.4, 0.055, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2311+372', 'J2313+3730' RA= 23:13:49.271806 DEC= +37:30:37.28906 RAER= 11.06 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2311-477', 'J2313-4729' RA= 23:13:51.899955 DEC= -47:29:11.73277 RAER= 0.33 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.803, 0.189, 8.4, 0.275, 0.077 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 191 observations" / source= '2311+276', 'J2313+2757' RA= 23:13:54.853910 DEC= +27:57:04.51418 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 365 observations" / source= '2311+100', 'J2313+1019' RA= 23:13:55.673421 DEC= +10:19:09.85474 RAER= 0.61 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.025, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '2311+144', 'J2313+1444' RA= 23:13:57.337372 DEC= +14:44:23.22871 RAER= 0.30 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 102 observations" / source= '2311-373', 'J2313-3704' RA= 23:13:59.708307 DEC= -37:04:46.21602 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.297, 0.198, 8.4, 0.270, 0.171 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 350 observations" / source= '2311-036', 'J2314-0325' RA= 23:14:07.223493 DEC= -03:25:27.63725 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.038, 8.4, 0.040, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 258 observations" / source= '2311-452', 'J2314-4455' RA= 23:14:09.382771 DEC= -44:55:49.23758 RAER= 0.36 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.338, 0.195, 8.4, 0.378, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 135 observations" / source= '2311-165', 'J2314-1618' RA= 23:14:11.048062 DEC= -16:18:20.74783 RAER= 0.99 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2311+450', 'J2314+4518' RA= 23:14:12.242031 DEC= +45:18:19.45915 RAER= 1.02 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.076, 8.4, 0.099, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2311-309', 'J2314-3042' RA= 23:14:14.661842 DEC= -30:42:39.72632 RAER= 1.12 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.022, 8.4, 0.071, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2312+579', 'J2314+5813' RA= 23:14:19.085512 DEC= +58:13:47.63907 RAER= 1.57 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.072, 0.028, 22.2, 0.048, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2311-632', 'J2314-6300' RA= 23:14:19.593779 DEC= -63:00:20.52586 RAER= 3.68 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.259, 0.161 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2311+191', 'J2314+1923' RA= 23:14:19.627082 DEC= +19:23:25.98579 RAER= 0.26 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.048, 8.4, 0.098, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2312+477', 'J2314+4800' RA= 23:14:23.224150 DEC= +48:00:28.82976 RAER= 1.72 DECER= 3.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.026, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2311+137', 'J2314+1359' RA= 23:14:28.936789 DEC= +13:59:06.21485 RAER= 0.70 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2312-066', 'J2314-0624' RA= 23:14:37.219520 DEC= -06:24:13.48561 RAER= 10.91 DECER= 13.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2312-073', 'J2314-0707' RA= 23:14:37.700316 DEC= -07:07:17.42370 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.050, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '2312-319', 'J2314-3138' RA= 23:14:48.500592 DEC= -31:38:39.52669 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.561, 0.374, 8.4, 0.430, 0.304 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 772 observations" / source= '2312+017', 'J2314+0201' RA= 23:14:48.717134 DEC= +02:01:51.08217 RAER= 1.20 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2312+122', 'J2314+1231' RA= 23:14:51.783806 DEC= +12:31:34.91834 RAER= 2.41 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2312+074', 'J2314+0740' RA= 23:14:53.660379 DEC= +07:40:36.90541 RAER= 0.40 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.050, 8.4, 0.067, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2313+747', 'J2314+7500' RA= 23:14:53.663068 DEC= +75:00:22.39667 RAER= 2.39 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.021, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2312+321', 'J2314+3224' RA= 23:14:55.245539 DEC= +32:24:44.28696 RAER= 0.48 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.052, 8.4, 0.030, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2312+336', 'J2315+3353' RA= 23:15:03.896621 DEC= +33:53:51.82343 RAER= 0.29 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.067, 8.4, 0.083, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 157 observations" / source= '2312+371', 'J2315+3726' RA= 23:15:08.490467 DEC= +37:26:54.95649 RAER= 0.58 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.087, 8.4, 0.099, 0.069 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2312-192', 'J2315-1859' RA= 23:15:13.940204 DEC= -18:59:12.87864 RAER= 1.53 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2312-174', 'J2315-1711' RA= 23:15:15.920607 DEC= -17:11:06.20124 RAER= 0.50 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.087, 8.4, 0.053, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2313+342', 'J2315+3430' RA= 23:15:27.872843 DEC= +34:30:33.60831 RAER= 3.27 DECER= 4.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2312-505', 'J2315-5018' RA= 23:15:44.330345 DEC= -50:18:39.70451 RAER= 0.19 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.370, 0.365 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 437 observations" / source= '2313+318', 'J2315+3209' RA= 23:15:45.348025 DEC= +32:09:12.72287 RAER= 0.55 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.049, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2313-234', 'J2315-2307' RA= 23:15:46.927149 DEC= -23:07:44.18225 RAER= 2.18 DECER= 5.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2313-182', 'J2315-1800' RA= 23:15:48.132192 DEC= -18:00:40.25001 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.073, 8.4, 0.056, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 464 observations" / source= '2313+062', 'J2315+0629' RA= 23:15:48.980505 DEC= +06:29:44.70882 RAER= 6.25 DECER= 6.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2316+862', 'J2315+8631' RA= 23:15:49.819478 DEC= +86:31:43.59572 RAER= 2.23 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.122, 8.4, 0.203, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 491 observations" / source= '2313+021', 'J2315+0224' RA= 23:15:54.311228 DEC= +02:24:06.60275 RAER= 0.83 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.018, 8.4, 0.016, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2313+020', 'J2316+0221' RA= 23:16:07.711704 DEC= +02:21:19.69639 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.039, 5.0, 0.046, 0.044, 8.4, 0.051, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 389 observations" / source= '2313+275', 'J2316+2750' RA= 23:16:10.707932 DEC= +27:50:36.53023 RAER= 1.16 DECER= 3.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.025, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2313-439', 'J2316-4337' RA= 23:16:21.099749 DEC= -43:37:46.91666 RAER= 0.60 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.527, 0.131, 8.4, 0.204, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 140 observations" / source= '2313-341', 'J2316-3351' RA= 23:16:26.788150 DEC= -33:51:03.91944 RAER= 4.12 DECER= 54.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2314+042', 'J2316+0429' RA= 23:16:34.604718 DEC= +04:29:39.88737 RAER= 0.76 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.041, 8.4, 0.070, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2313-144', 'J2316-1409' RA= 23:16:35.089352 DEC= -14:09:05.57225 RAER= 13.93 DECER= 37.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2314+038', 'J2316+0405' RA= 23:16:35.194894 DEC= +04:05:18.30050 RAER= 0.25 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.510, 0.073, 8.4, 0.100, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 521 observations" / source= '2314+015', 'J2316+0151' RA= 23:16:35.953198 DEC= +01:51:54.59001 RAER= 1.16 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2314-141', 'J2316-1353' RA= 23:16:39.596970 DEC= -13:53:58.35396 RAER= 25.35 DECER= 13.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2314+160', 'J2316+1618' RA= 23:16:39.698010 DEC= +16:18:06.74530 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.091, 8.4, 0.168, 0.079, 22.2, 0.131, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 632 observations" / source= '2314-340', 'J2316-3349' RA= 23:16:43.386346 DEC= -33:49:12.48556 RAER= 0.17 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.518, 0.372, 5.0, 0.394, n/a, 8.4, 0.200, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 692 observations" / source= '2314+100', 'J2316+1021' RA= 23:16:43.640428 DEC= +10:21:32.72887 RAER= 1.49 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.112, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2314-409', 'J2316-4041' RA= 23:16:46.919906 DEC= -40:41:21.08628 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.523, 0.402, 8.4, 0.314, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '2314+37A', 'J2316+3801' RA= 23:16:54.364387 DEC= +38:01:59.98894 RAER= 1.00 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.010, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2314+617', 'J2316+6203' RA= 23:16:57.768564 DEC= +62:03:48.18644 RAER= 6.09 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2314-524', 'J2317-5210' RA= 23:17:01.728437 DEC= -52:10:01.55469 RAER= 5.46 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2314+374', 'J2317+3743' RA= 23:17:07.581632 DEC= +37:43:13.48934 RAER= 0.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.037, 8.4, 0.048, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2314+377', 'J2317+3759' RA= 23:17:10.278828 DEC= +37:59:48.33333 RAER= 0.65 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.036, 8.4, 0.040, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 69 observations" / source= '2314-625', 'J2317-6215' RA= 23:17:16.099348 DEC= -62:15:29.95733 RAER= 1.47 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.579, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2314-116', 'J2317-1122' RA= 23:17:22.380725 DEC= -11:22:23.27861 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.045, 8.4, 0.068, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 799 observations" / source= '2314-182', 'J2317-1756' RA= 23:17:25.252718 DEC= -17:56:18.11573 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.065, 8.4, 0.084, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 413 observations" / source= '2314-017', 'J2317-0128' RA= 23:17:25.987216 DEC= -01:28:12.64058 RAER= 2.49 DECER= 4.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2314+192', 'J2317+1930' RA= 23:17:27.369534 DEC= +19:30:49.12450 RAER= 1.19 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.028, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2314-458', 'J2317-4533' RA= 23:17:31.987032 DEC= -45:33:59.68219 RAER= 34.45 DECER= 15.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2315-132', 'J2317-1256' RA= 23:17:40.985197 DEC= -12:56:06.93488 RAER= 5.15 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2315+287', 'J2317+2902' RA= 23:17:41.561956 DEC= +29:02:22.77053 RAER= 0.20 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.077, 5.0, 0.100, 0.011, 8.4, 0.090, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 595 observations" / source= '2315-048', 'J2317-0433' RA= 23:17:43.751808 DEC= -04:33:45.65547 RAER= 2.28 DECER= 3.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2315+153', 'J2317+1539' RA= 23:17:46.633705 DEC= +15:39:41.66020 RAER= 0.20 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.145, 8.4, 0.181, 0.151 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '2315+426', 'J2317+4254' RA= 23:17:48.472545 DEC= +42:54:11.19002 RAER= 1.33 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2315+341', 'J2317+3423' RA= 23:17:49.646899 DEC= +34:23:50.91183 RAER= 0.74 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 58 observations" / source= '2315-262', 'J2317-2557' RA= 23:17:52.890263 DEC= -25:57:38.30735 RAER= 0.52 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.028, 8.4, 0.036, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2315+294', 'J2317+2945' RA= 23:17:53.549633 DEC= +29:45:26.51651 RAER= 2.46 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2315+062', 'J2317+0628' RA= 23:17:54.224216 DEC= +06:28:28.41886 RAER= 0.98 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2315+147', 'J2318+1459' RA= 23:18:02.862460 DEC= +14:59:22.87731 RAER= 0.38 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.021, 8.4, 0.046, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2315-404', 'J2318-4010' RA= 23:18:06.862150 DEC= -40:10:06.23011 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.150, 8.4, 0.142, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 275 observations" / source= '2315-172', 'J2318-1659' RA= 23:18:11.361390 DEC= -16:59:29.18858 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.104, 0.101, 8.4, 0.097, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2041 observations" / source= '2315-041', 'J2318-0352' RA= 23:18:15.623441 DEC= -03:52:14.85611 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.066, 8.4, 0.066, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '2315+289', 'J2318+2912' RA= 23:18:16.912955 DEC= +29:12:45.40976 RAER= 2.94 DECER= 6.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.030, 8.4, 0.030, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2315+189', 'J2318+1914' RA= 23:18:22.908414 DEC= +19:14:52.17814 RAER= 0.30 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.071, 8.4, 0.086, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2315+032', 'J2318+0328' RA= 23:18:26.943352 DEC= +03:28:40.56172 RAER= 0.26 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.089, 8.4, 0.081, 0.075 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2316+238', 'J2318+2404' RA= 23:18:33.967842 DEC= +24:04:39.74947 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.110, 8.4, 0.127, 0.089 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2682 observations" / source= '2314-812', 'J2318-8058' RA= 23:18:34.213881 DEC= -80:58:15.60046 RAER= 15.97 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.204, 0.156 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2316+184', 'J2318+1841' RA= 23:18:39.238186 DEC= +18:41:22.60263 RAER= 1.40 DECER= 2.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.011, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2315-435', 'J2318-4313' RA= 23:18:43.632873 DEC= -43:13:38.73396 RAER= 7.10 DECER= 5.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2316+358', 'J2318+3605' RA= 23:18:54.082307 DEC= +36:05:22.52973 RAER= 1.05 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2316-423', 'J2319-4206' RA= 23:19:05.896827 DEC= -42:06:48.33495 RAER= 0.82 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.046, 8.4, 0.135, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2316+177', 'J2319+1800' RA= 23:19:06.928307 DEC= +18:00:56.40883 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.107, 8.4, 0.125, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 309 observations" / source= '2316+000', 'J2319+0018' RA= 23:19:10.340611 DEC= +00:18:59.11443 RAER= 0.58 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.042, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2316-052', 'J2319-0456' RA= 23:19:29.043874 DEC= -04:56:39.04976 RAER= 0.56 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.014, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2317+173', 'J2319+1739' RA= 23:19:37.626637 DEC= +17:39:30.24934 RAER= 1.67 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2317+159', 'J2319+1611' RA= 23:19:43.436142 DEC= +16:11:50.16864 RAER= 1.83 DECER= 7.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2317+28A', 'J2319+282A' RA= 23:19:51.482268 DEC= +28:28:28.93368 RAER= 3.45 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '2317+282', 'J2319+2828' RA= 23:19:51.505000 DEC= +28:28:28.76641 RAER= 7.67 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2317+124', 'J2319+1242' RA= 23:19:51.706493 DEC= +12:42:15.85027 RAER= 0.65 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2317-015', 'J2319-0116' RA= 23:19:52.833210 DEC= -01:16:26.82647 RAER= 1.91 DECER= 4.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2317-372', 'J2319-3656' RA= 23:19:53.564282 DEC= -36:56:28.26564 RAER= 0.28 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.076, 0.070, 8.4, 0.073, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 322 observations" / source= '2317-047', 'J2319-0426' RA= 23:19:54.824073 DEC= -04:26:08.29608 RAER= 2.34 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2317-099', 'J2320-0941' RA= 23:20:03.710716 DEC= -09:41:34.67788 RAER= 7.39 DECER= 18.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2317-127', 'J2320-1231' RA= 23:20:11.257204 DEC= -12:31:30.87822 RAER= 0.51 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.037, 8.4, 0.069, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2317+059', 'J2320+0613' RA= 23:20:11.810384 DEC= +06:13:16.65790 RAER= 1.03 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.022, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2317-007', 'J2320-0027' RA= 23:20:26.935026 DEC= -00:27:31.20645 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.038, 5.0, 0.049, 0.041, 8.4, 0.053, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '2317+067', 'J2320+0700' RA= 23:20:28.320233 DEC= +07:00:52.18308 RAER= 0.93 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.021, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2317-291', 'J2320-2850' RA= 23:20:30.646094 DEC= -28:50:48.97908 RAER= 1.35 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.017, 8.4, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2318+002', 'J2320+0031' RA= 23:20:37.991120 DEC= +00:31:39.71863 RAER= 0.81 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2318+079', 'J2320+0813' RA= 23:20:42.537929 DEC= +08:13:00.98583 RAER= 0.34 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.006, 8.4, 0.032, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 116 observations" / source= '2318+049', 'J2320+0513' RA= 23:20:44.856594 DEC= +05:13:49.95262 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.711, 0.621, 5.0, 0.932, 0.807, 8.4, 0.837, 0.627, 15.2, 0.764, 0.496 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75620 observations" / source= '2318+182', 'J2320+1829' RA= 23:20:46.775965 DEC= +18:29:25.77539 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.127, 8.4, 0.129, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 704 observations" / source= '2318-141', 'J2320-1353' RA= 23:20:49.347626 DEC= -13:53:56.78372 RAER= 1.43 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2318-195', 'J2320-1919' RA= 23:20:49.689254 DEC= -19:19:19.83435 RAER= 0.20 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.083, 8.4, 0.041, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 363 observations" / source= '2318+073', 'J2320+0739' RA= 23:20:55.376307 DEC= +07:39:20.42549 RAER= 1.07 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2318-166', 'J2321-1623' RA= 23:21:02.020209 DEC= -16:23:05.03232 RAER= 6.58 DECER= 16.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2318+283', 'J2321+2836' RA= 23:21:16.321725 DEC= +28:36:55.36268 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.058, 8.4, 0.060, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2318-133', 'J2321-1305' RA= 23:21:17.176051 DEC= -13:05:38.09246 RAER= 1.37 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2318-087', 'J2321-0827' RA= 23:21:18.250240 DEC= -08:27:21.52146 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.180, 8.4, 0.172, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 826 observations" / source= '2319+509', 'J2321+5111' RA= 23:21:27.436718 DEC= +51:11:15.08519 RAER= 2.05 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2318-165', 'J2321-1619' RA= 23:21:37.009611 DEC= -16:19:28.38738 RAER= 0.90 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2319+461', 'J2321+4623' RA= 23:21:39.265810 DEC= +46:23:08.93667 RAER= 0.98 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.008, 8.4, 0.092, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2319+051', 'J2321+0527' RA= 23:21:40.801374 DEC= +05:27:37.22345 RAER= 0.64 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 52 observations" / source= '2318-649', 'J2321-6438' RA= 23:21:42.218467 DEC= -64:38:07.00909 RAER= 1.20 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '2319+317', 'J2321+3204' RA= 23:21:54.955991 DEC= +32:04:07.62252 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.354, 0.286, 8.4, 0.512, 0.423, 15.2, 0.361, 0.250 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27913 observations" / source= '2319+272', 'J2321+2732' RA= 23:21:59.862233 DEC= +27:32:46.44372 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.961, 0.479, 5.0, 0.830, 0.436, 8.4, 0.742, 0.336, 15.2, 0.554, 0.245, 22.2, 0.491, 0.340 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5593 observations" / source= '2319+189', 'J2322+1912' RA= 23:22:02.552066 DEC= +19:12:06.23438 RAER= 0.51 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.308, 0.017, 8.4, 0.386, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2319+209', 'J2322+2113' RA= 23:22:02.604924 DEC= +21:13:56.53894 RAER= 0.56 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.025, 8.4, 0.037, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2319+145', 'J2322+1448' RA= 23:22:04.366458 DEC= +14:48:17.72356 RAER= 0.50 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.065, 8.4, 0.039, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2319-294', 'J2322-2910' RA= 23:22:07.242866 DEC= -29:10:36.32938 RAER= 1.04 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2320+689', 'J2322+6911' RA= 23:22:09.045190 DEC= +69:11:03.41675 RAER= 0.38 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.231, 0.094, 8.4, 0.136, 0.071 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 482 observations" / source= '2319+047', 'J2322+0459' RA= 23:22:12.283691 DEC= +04:59:05.51724 RAER= 8.04 DECER= 9.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2319+444', 'J2322+4445' RA= 23:22:20.358083 DEC= +44:45:42.35360 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.289, 0.224, 5.0, 0.173, 0.090, 8.4, 0.382, 0.193 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6631 observations" / source= '2320+506', 'J2322+5057' RA= 23:22:25.982188 DEC= +50:57:51.96385 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.351, 0.684, 5.0, 1.176, 0.491, 8.4, 1.132, 0.506, 15.2, 1.022, 0.582 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4200 observations" / source= '2319+184', 'J2322+1843' RA= 23:22:28.568840 DEC= +18:43:24.89871 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.247, 0.202, 8.4, 0.239, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 652 observations" / source= '2320+079', 'J2322+0812' RA= 23:22:36.089451 DEC= +08:12:01.59356 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.885, 0.242, 8.4, 0.384, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 547 observations" / source= '2320+024', 'J2322+0243' RA= 23:22:40.593445 DEC= +02:43:34.27961 RAER= 0.52 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.021, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2320+616', 'J2322+6153' RA= 23:22:42.580254 DEC= +61:53:11.76779 RAER= 2.13 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.130, 8.4, 0.221, 0.220 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2320+343', 'J2322+3436' RA= 23:22:44.014643 DEC= +34:36:13.87778 RAER= 0.28 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 244 observations" / source= '2320-179', 'J2322-1738' RA= 23:22:45.253237 DEC= -17:38:55.58178 RAER= 0.96 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2320-204', 'J2322-2011' RA= 23:22:48.275275 DEC= -20:11:41.22649 RAER= 0.17 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.095, 8.4, 0.125, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 211 observations" / source= '2320-078', 'J2322-0737' RA= 23:22:52.091189 DEC= -07:37:05.61814 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.142, 5.0, 0.195, 0.173, 8.4, 0.204, 0.188 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 905 observations" / source= '2320-536', 'J2322-5322' RA= 23:22:52.567462 DEC= -53:22:02.73814 RAER= 2.65 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2320-495', 'J2322-4916' RA= 23:22:54.427842 DEC= -49:16:30.39598 RAER= 4.15 DECER= 9.25 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations. No flux information" / source= '2320+305', 'J2322+3048' RA= 23:22:58.056972 DEC= +30:48:40.38132 RAER= 0.53 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.029, 8.4, 0.049, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2320-021', 'J2323-0150' RA= 23:23:04.629886 DEC= -01:50:48.11329 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.076, 5.0, 0.227, 0.097, 8.4, 0.159, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 880 observations" / source= '2320+508', 'J2323+5109' RA= 23:23:06.876306 DEC= +51:09:45.45946 RAER= 0.96 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2320-162', 'J2323-1601' RA= 23:23:07.096736 DEC= -16:01:29.23557 RAER= 1.04 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.017, 8.4, 0.019, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2321+742', 'J2323+7432' RA= 23:23:10.647918 DEC= +74:32:54.67897 RAER= 5.22 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2320-269', 'J2323-2640' RA= 23:23:16.328979 DEC= -26:40:01.73333 RAER= 5.54 DECER= 12.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2320+203', 'J2323+2035' RA= 23:23:20.341383 DEC= +20:35:23.47311 RAER= 0.68 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.080, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2320+008', 'J2323+0109' RA= 23:23:20.662744 DEC= +01:09:49.87238 RAER= 4.20 DECER= 9.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2320-312', 'J2323-3057' RA= 23:23:27.344529 DEC= -30:57:57.88418 RAER= 1.04 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.040, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2320-035', 'J2323-0317' RA= 23:23:31.953750 DEC= -03:17:05.02383 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.871, 0.396, 5.0, 0.963, 0.452, 8.4, 0.789, 0.606, 15.2, 1.146, 0.827 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3171 observations" / source= '2321-065', 'J2323-0617' RA= 23:23:39.113768 DEC= -06:17:59.24029 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.140, 8.4, 0.152, 0.103 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 777 observations" / source= '2321+273', 'J2323+2735' RA= 23:23:42.416251 DEC= +27:35:20.58772 RAER= 0.23 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.058, 8.4, 0.139, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 220 observations" / source= '2321-164', 'J2323-1612' RA= 23:23:44.631494 DEC= -16:12:52.12500 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.216, 0.129, 8.4, 0.146, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 597 observations" / source= '2321+365', 'J2323+3651' RA= 23:23:50.235963 DEC= +36:51:06.66212 RAER= 0.75 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2321+419', 'J2323+4210' RA= 23:23:52.075549 DEC= +42:10:58.55433 RAER= 0.45 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2321-200', 'J2323-1946' RA= 23:23:59.310729 DEC= -19:46:45.10770 RAER= 0.86 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2321-012', 'J2324-0058' RA= 23:24:04.620454 DEC= -00:58:54.16647 RAER= 0.16 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.035, 8.4, 0.066, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '2321-375', 'J2324-3714' RA= 23:24:07.111817 DEC= -37:14:22.45552 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.402, 0.206, 8.4, 0.604, 0.401 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 593 observations" / source= '2321+304', 'J2324+3040' RA= 23:24:14.949591 DEC= +30:40:38.30393 RAER= 3.38 DECER= 7.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2321-347', 'J2324-3430' RA= 23:24:15.551822 DEC= -34:30:05.85210 RAER= 1.20 DECER= 4.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2321+465', 'J2324+4648' RA= 23:24:21.670864 DEC= +46:48:35.59060 RAER= 9.71 DECER= 5.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2321-197', 'J2324-1926' RA= 23:24:23.247455 DEC= -19:26:41.67864 RAER= 1.03 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2321+136', 'J2324+1358' RA= 23:24:25.978844 DEC= +13:58:20.20570 RAER= 8.24 DECER= 35.50 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '2321-074', 'J2324-0709' RA= 23:24:26.298420 DEC= -07:09:17.17705 RAER= 0.62 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 51 observations" / source= '2321-215', 'J2324-2119' RA= 23:24:28.056335 DEC= -21:19:00.49466 RAER= 0.19 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.055, 5.0, 0.084, 0.039, 8.4, 0.062, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 492 observations" / source= '2322+252', 'J2324+2531' RA= 23:24:39.435450 DEC= +25:31:42.04499 RAER= 1.43 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.016, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2322+462', 'J2324+4632' RA= 23:24:40.766744 DEC= +46:32:13.84382 RAER= 0.98 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.022, 8.4, 0.043, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2322-409', 'J2324-4040' RA= 23:24:44.672412 DEC= -40:40:49.44606 RAER= 1.14 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2322+077', 'J2324+0802' RA= 23:24:45.325164 DEC= +08:02:06.17378 RAER= 0.54 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.082, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '2322-148', 'J2324-1433' RA= 23:24:46.547208 DEC= -14:33:23.92265 RAER= 4.05 DECER= 8.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2322+119', 'J2324+1213' RA= 23:24:46.779074 DEC= +12:13:43.17866 RAER= 2.92 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2322-275', 'J2324-2719' RA= 23:24:47.425742 DEC= -27:19:20.01926 RAER= 1.49 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.329, n/a, 8.4, 0.197, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2322-233', 'J2324-2304' RA= 23:24:52.102762 DEC= -23:04:06.94286 RAER= 0.85 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.027, 8.4, 0.045, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2322+311', 'J2324+3127' RA= 23:24:58.719666 DEC= +31:27:09.67021 RAER= 0.20 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.048, 8.4, 0.106, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 90 observations" / source= '2322+344', 'J2324+3444' RA= 23:24:59.724567 DEC= +34:44:35.89992 RAER= 0.39 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.056, 8.4, 0.067, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2323+790', 'J2325+7917' RA= 23:25:03.132202 DEC= +79:17:15.68151 RAER= 1.07 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.782, 0.068, 8.4, 0.139, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '2322-411', 'J2325-4051' RA= 23:25:03.379267 DEC= -40:51:30.08589 RAER= 1.19 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.387, 0.064, 8.4, 0.086, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 201 observations" / source= '2322-394', 'J2325-3909' RA= 23:25:04.121424 DEC= -39:09:36.44166 RAER= 1.88 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.021, 8.4, 0.029, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2322-040', 'J2325-0344' RA= 23:25:10.258080 DEC= -03:44:46.71446 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.108, 0.335, 5.0, 0.255, 0.095, 8.4, 0.300, 0.055 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 662 observations" / source= '2322-572', 'J2325-5656' RA= 23:25:10.593452 DEC= -56:56:28.84165 RAER= 0.73 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.133 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2322-142', 'J2325-1357' RA= 23:25:10.846535 DEC= -13:57:28.26834 RAER= 0.62 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.035, 8.4, 0.021, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2322-328', 'J2325-3236' RA= 23:25:11.792814 DEC= -32:36:34.54333 RAER= 9.74 DECER= 17.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.025, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2322+031', 'J2325+0327' RA= 23:25:16.735740 DEC= +03:27:25.54920 RAER= 0.51 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.028, 8.4, 0.035, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2322+396', 'J2325+3957' RA= 23:25:17.869851 DEC= +39:57:36.50864 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.073, 8.4, 0.105, 0.073 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1471 observations" / source= '2322+110', 'J2325+1118' RA= 23:25:18.788372 DEC= +11:18:39.06788 RAER= 1.73 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2322-123', 'J2325-1207' RA= 23:25:19.731220 DEC= -12:07:27.16555 RAER= 0.43 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.045, 8.4, 0.060, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2322-204', 'J2325-2012' RA= 23:25:20.247621 DEC= -20:12:12.87345 RAER= 0.87 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2322+282', 'J2325+2829' RA= 23:25:21.750319 DEC= +28:29:42.78544 RAER= 0.81 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2322-482', 'J2325-4800' RA= 23:25:26.873336 DEC= -48:00:17.26224 RAER= 2.09 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.116, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2323+165', 'J2325+1646' RA= 23:25:38.118656 DEC= +16:46:42.72420 RAER= 0.76 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2323+435', 'J2325+4346' RA= 23:25:42.286730 DEC= +43:46:58.68826 RAER= 1.33 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2323+618', 'J2325+6208' RA= 23:25:43.899684 DEC= +62:08:29.96436 RAER= 2.91 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2323-169', 'J2325-1641' RA= 23:25:44.048713 DEC= -16:41:36.14977 RAER= 0.32 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.048, 8.4, 0.054, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 369 observations" / source= '2323+478', 'J2325+4806' RA= 23:25:44.912268 DEC= +48:06:25.28794 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.049, 5.0, 0.078, 0.049, 8.4, 0.075, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 567 observations" / source= '2323+307', 'J2325+3058' RA= 23:25:46.977322 DEC= +30:58:42.59837 RAER= 1.24 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.020, 8.4, 0.031, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2323+180', 'J2325+1822' RA= 23:25:47.943376 DEC= +18:22:11.63375 RAER= 0.49 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.076, 8.4, 0.114, 0.119 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2323-272', 'J2325-2655' RA= 23:25:49.634817 DEC= -26:55:32.76407 RAER= 0.89 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2324+836', 'J2325+8356' RA= 23:25:53.020882 DEC= +83:56:37.39547 RAER= 13.78 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2323-294', 'J2326-2910' RA= 23:26:03.929601 DEC= -29:10:59.17225 RAER= 17.63 DECER= 34.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2323+037', 'J2326+0359' RA= 23:26:05.038069 DEC= +03:59:03.17440 RAER= 0.29 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.008, 8.4, 0.024, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2323-286', 'J2326-2820' RA= 23:26:08.985311 DEC= -28:20:33.84587 RAER= 12.57 DECER= 21.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2323+009', 'J2326+0112' RA= 23:26:25.643736 DEC= +01:12:08.69351 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.158, 0.116, 8.4, 0.158, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 670 observations" / source= '2323-419', 'J2326-4140' RA= 23:26:26.048183 DEC= -41:40:13.86266 RAER= 2.66 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2323-304', 'J2326-3011' RA= 23:26:26.210978 DEC= -30:11:03.15154 RAER= 7.22 DECER= 21.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2324+798', 'J2326+8008' RA= 23:26:28.440665 DEC= +80:08:12.65803 RAER= 8.77 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2324+526', 'J2326+5257' RA= 23:26:33.243727 DEC= +52:57:19.06595 RAER= 1.44 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.003, 8.4, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2324+374', 'J2326+3745' RA= 23:26:47.573866 DEC= +37:45:42.18585 RAER= 6.69 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2324+043', 'J2326+0435' RA= 23:26:49.805112 DEC= +04:35:08.49549 RAER= 0.41 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.036, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2324+148', 'J2326+1507' RA= 23:26:52.891688 DEC= +15:07:39.71249 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.157, 8.4, 0.204, 0.141, 22.2, 0.201, 0.104 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2727 observations" / source= '2324-023', 'J2326-0202' RA= 23:26:53.776705 DEC= -02:02:13.78121 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.086, 8.4, 0.172, 0.088, 22.2, 0.192, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 660 observations" / source= '2324-207', 'J2326-2029' RA= 23:26:58.790108 DEC= -20:29:38.75648 RAER= 0.58 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.039, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2324-006', 'J2326-0023' RA= 23:26:59.093820 DEC= -00:23:52.32700 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.029, 8.4, 0.062, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 275 observations" / source= '2325+799', 'J2327+8012' RA= 23:27:06.425469 DEC= +80:12:58.93491 RAER= 0.77 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.102, 5.0, 0.200, n/a, 8.4, 0.210, 0.152 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 569 observations" / source= '2324+489', 'J2327+4911' RA= 23:27:09.637945 DEC= +49:11:36.17339 RAER= 0.82 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.037, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2324-009', 'J2327-0041' RA= 23:27:10.699055 DEC= -00:41:57.71400 RAER= 0.15 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.088, 8.4, 0.087, 0.083 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 294 observations" / source= '2324+041', 'J2327+0427' RA= 23:27:11.349471 DEC= +04:27:19.28168 RAER= 0.60 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.040, 8.4, 0.022, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 91 observations" / source= '2324+253', 'J2327+2535' RA= 23:27:12.331982 DEC= +25:35:38.81323 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.132, 0.082, 8.4, 0.056, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '2324+057', 'J2327+0600' RA= 23:27:21.510563 DEC= +06:00:36.05273 RAER= 0.71 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2324-373', 'J2327-3706' RA= 23:27:21.678393 DEC= -37:06:24.22498 RAER= 1.62 DECER= 3.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.027, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2324+476', 'J2327+4754' RA= 23:27:21.894285 DEC= +47:54:57.58594 RAER= 1.74 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.066, 8.4, 0.055, 0.043 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2324+151', 'J2327+1524' RA= 23:27:21.966043 DEC= +15:24:37.31118 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.213, 0.095, 8.4, 0.217, 0.095 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 781 observations" / source= '2325+469', 'J2327+4716' RA= 23:27:23.628059 DEC= +47:16:00.75037 RAER= 1.86 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2325+477', 'J2327+4802' RA= 23:27:26.078339 DEC= +48:02:51.72785 RAER= 1.13 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.015, 8.4, 0.037, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '2325+133', 'J2327+1340' RA= 23:27:32.424868 DEC= +13:40:28.28884 RAER= 1.62 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.017, 8.4, 0.008, 0.007 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2325+093', 'J2327+0940' RA= 23:27:33.580551 DEC= +09:40:09.46268 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.528, 0.275, 5.0, 0.603, 0.469, 8.4, 0.692, 0.588, 15.2, 1.231, 1.113 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12517 observations" / source= '2325+045', 'J2327+0447' RA= 23:27:33.754340 DEC= +04:47:42.47323 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.077, 8.4, 0.129, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 260 observations" / source= '2325+001', 'J2327+0022' RA= 23:27:34.739015 DEC= +00:22:34.06267 RAER= 1.19 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2325+152', 'J2327+1533' RA= 23:27:35.984873 DEC= +15:33:09.57528 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.067, 8.4, 0.170, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 507 observations" / source= '2324-454', 'J2327-4510' RA= 23:27:41.058869 DEC= -45:10:56.27735 RAER= 2.02 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.076 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2325-170', 'J2327-1647' RA= 23:27:42.152972 DEC= -16:47:09.97214 RAER= 1.09 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2324-670', 'J2327-6644' RA= 23:27:45.315181 DEC= -66:44:42.44232 RAER= 4.79 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2325-333', 'J2327-3301' RA= 23:27:47.158441 DEC= -33:01:29.51588 RAER= 1.70 DECER= 4.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2325-016', 'J2327-0120' RA= 23:27:47.332905 DEC= -01:20:34.14192 RAER= 1.75 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2325-278', 'J2327-2735' RA= 23:27:47.872931 DEC= -27:35:33.92800 RAER= 6.34 DECER= 9.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2325-150', 'J2327-1447' RA= 23:27:47.964301 DEC= -14:47:55.75032 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.674, 0.509, 8.4, 0.497, 0.245 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2322 observations" / source= '2325+764', 'J2327+7643' RA= 23:27:52.822806 DEC= +76:43:08.64479 RAER= 0.66 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.046, 5.0, 0.060, 0.054, 8.4, 0.057, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 559 observations" / source= '2325-196', 'J2327-1924' RA= 23:27:55.836053 DEC= -19:24:41.86176 RAER= 5.78 DECER= 7.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2325+269', 'J2327+2715' RA= 23:27:57.371263 DEC= +27:15:52.99663 RAER= 0.56 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.054, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2325+331', 'J2328+3328' RA= 23:28:02.049945 DEC= +33:28:27.93286 RAER= 1.83 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2325+078', 'J2328+0804' RA= 23:28:02.810950 DEC= +08:04:42.12958 RAER= 0.77 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.029, 8.4, 0.034, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2325+350', 'J2328+3521' RA= 23:28:02.870501 DEC= +35:21:55.25489 RAER= 1.33 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.032, 8.4, 0.093, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2325+065', 'J2328+0651' RA= 23:28:05.478420 DEC= +06:51:19.03374 RAER= 0.81 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.026, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2325+061', 'J2328+0626' RA= 23:28:07.286564 DEC= +06:26:07.07932 RAER= 0.83 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.018, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2325+293', 'J2328+2937' RA= 23:28:10.661066 DEC= +29:37:09.87551 RAER= 0.47 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.027, 8.4, 0.033, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 675 observations" / source= '2325-193', 'J2328-1907' RA= 23:28:17.195685 DEC= -19:07:28.02587 RAER= 1.42 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.022, 8.4, 0.024, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2325-408', 'J2328-4035' RA= 23:28:19.264818 DEC= -40:35:09.84697 RAER= 0.46 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.373, 0.268 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 161 observations" / source= '2325+099', 'J2328+1014' RA= 23:28:24.874049 DEC= +10:14:12.18607 RAER= 0.85 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.031, 8.4, 0.048, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2325+192', 'J2328+1929' RA= 23:28:24.874910 DEC= +19:29:58.03282 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.149, 0.081, 8.4, 0.107, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 516 observations" / source= '2325+150', 'J2328+1517' RA= 23:28:27.235614 DEC= +15:17:52.19219 RAER= 1.54 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.039, 8.4, 0.027, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2326+169', 'J2328+1715' RA= 23:28:35.041093 DEC= +17:15:10.84457 RAER= 8.88 DECER= 8.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2326-068', 'J2328-0634' RA= 23:28:39.213680 DEC= -06:34:28.06299 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.185, 0.145, 8.4, 0.204, 0.115 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '2326+196', 'J2328+1956' RA= 23:28:57.375909 DEC= +19:56:25.88801 RAER= 0.51 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.044, 8.4, 0.045, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2326+012', 'J2328+0130' RA= 23:28:58.852919 DEC= +01:30:25.54648 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.035, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 267 observations" / source= '2326+174', 'J2329+1743' RA= 23:29:03.319367 DEC= +17:43:30.53993 RAER= 2.50 DECER= 15.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a, 8.4, 0.016, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 38 observations" / source= '2326+082', 'J2329+0834' RA= 23:29:05.786752 DEC= +08:34:15.85422 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.195, 8.4, 0.231, 0.202 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 911 observations" / source= '2326+376', 'J2329+3754' RA= 23:29:14.267352 DEC= +37:54:14.48379 RAER= 0.51 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.024, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 105 observations" / source= '2326-477', 'J2329-4730' RA= 23:29:17.704342 DEC= -47:30:19.11483 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.771, 0.374, 8.4, 1.654, 0.919 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3409 observations" / source= '2326-502', 'J2329-4955' RA= 23:29:20.881639 DEC= -49:55:40.65198 RAER= 1.88 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.196 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2326+047', 'J2329+0503' RA= 23:29:24.994964 DEC= +05:03:10.84538 RAER= 0.38 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.051, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2327+057', 'J2329+0601' RA= 23:29:36.480944 DEC= +06:01:52.20069 RAER= 0.49 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.035, 8.4, 0.042, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2327+714', 'J2329+7142' RA= 23:29:37.847568 DEC= +71:42:14.16537 RAER= 103.45 DECER= 25.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2327+607', 'J2329+6101' RA= 23:29:38.362047 DEC= +61:01:13.27976 RAER= 1.84 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.015, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2327+275', 'J2329+2749' RA= 23:29:38.974404 DEC= +27:49:34.50518 RAER= 0.28 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.150, 0.133, 8.4, 0.193, 0.175 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2327-21A', 'J2329-2113' RA= 23:29:40.188846 DEC= -21:13:45.07826 RAER= 0.56 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.037, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2327+110', 'J2329+1117' RA= 23:29:41.227797 DEC= +11:17:27.05057 RAER= 0.41 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.035, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2327-215', 'J2329-2117' RA= 23:29:41.616432 DEC= -21:17:44.50602 RAER= 2.07 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2327+198', 'J2329+2008' RA= 23:29:43.926516 DEC= +20:08:15.06281 RAER= 0.80 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.051, 8.4, 0.056, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2327+072', 'J2329+0733' RA= 23:29:44.705087 DEC= +07:33:11.96906 RAER= 0.63 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.053, 8.4, 0.057, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2327+133', 'J2329+1336' RA= 23:29:46.631494 DEC= +13:36:03.96902 RAER= 1.44 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.028, 8.4, 0.017, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2328+812', 'J2329+8131' RA= 23:29:46.679077 DEC= +81:31:42.38264 RAER= 14.82 DECER= 7.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2327+568', 'J2329+5708' RA= 23:29:56.572671 DEC= +57:08:59.12204 RAER= 3.11 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.033, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2327+722', 'J2330+7233' RA= 23:30:01.708912 DEC= +72:33:11.94959 RAER= 5.74 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.009, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2328+774', 'J2330+7742' RA= 23:30:03.056339 DEC= +77:42:27.50757 RAER= 6.69 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2327+288', 'J2330+2906' RA= 23:30:03.775157 DEC= +29:06:00.99536 RAER= 0.41 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.058, 8.4, 0.060, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2327+407', 'J2330+4104' RA= 23:30:08.866267 DEC= +41:04:25.08010 RAER= 0.41 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.065, 8.4, 0.080, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2327+121', 'J2330+1228' RA= 23:30:09.951803 DEC= +12:28:28.58648 RAER= 0.36 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.055, 8.4, 0.076, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2327+335', 'J2330+3348' RA= 23:30:13.737650 DEC= +33:48:36.47175 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.511, 0.437, 8.4, 0.473, 0.155, 15.2, 0.453, 0.311 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 572 observations" / source= '2327-300', 'J2330-2945' RA= 23:30:14.162406 DEC= -29:45:50.09813 RAER= 0.78 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.018, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2327-238', 'J2330-2336' RA= 23:30:16.170411 DEC= -23:36:41.30619 RAER= 0.79 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2328+437', 'J2330+4358' RA= 23:30:31.336727 DEC= +43:58:42.94216 RAER= 0.71 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.022, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2327-376', 'J2330-3724' RA= 23:30:35.795749 DEC= -37:24:37.96368 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.337, 0.998, 8.4, 1.707, 1.167 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '2327-459', 'J2330-4539' RA= 23:30:37.680704 DEC= -45:39:58.09629 RAER= 0.48 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.447, 0.105, 8.4, 0.195, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 120 observations" / source= '2328+107', 'J2330+1100' RA= 23:30:40.852251 DEC= +11:00:18.70972 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.140, 0.703, 5.0, 1.168, 0.577, 8.4, 0.708, 0.218, 22.2, 0.570, 0.337 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3631 observations" / source= '2328+316', 'J2330+3155' RA= 23:30:46.159951 DEC= +31:55:33.50799 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.788, 0.300, 8.4, 0.277, 0.141 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 448 observations" / source= '2328+197', 'J2330+2001' RA= 23:30:49.354167 DEC= +20:01:24.24885 RAER= 3.51 DECER= 4.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2328+024', 'J2330+0245' RA= 23:30:52.895600 DEC= +02:45:20.96175 RAER= 0.43 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.040, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2328-172', 'J2330-1656' RA= 23:30:55.453330 DEC= -16:56:39.60167 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.035, 8.4, 0.143, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 245 observations" / source= '2329+775', 'J2330+7751' RA= 23:30:55.890748 DEC= +77:51:40.95723 RAER= 3.27 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.090, 0.090, 8.4, 0.118, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2328+601', 'J2331+6024' RA= 23:31:03.271513 DEC= +60:24:07.32570 RAER= 2.00 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.024, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2328-220', 'J2331-2148' RA= 23:31:04.025717 DEC= -21:48:15.23792 RAER= 0.36 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.092, 15.2, 0.175, 0.168 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 174 observations" / source= '2329+777', 'J2331+7759' RA= 23:31:10.773171 DEC= +77:59:47.02021 RAER= 3.29 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.016, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2328+314', 'J2331+3144' RA= 23:31:11.616737 DEC= +31:44:08.87915 RAER= 0.53 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.027, 8.4, 0.037, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2328+461', 'J2331+4626' RA= 23:31:12.076841 DEC= +46:26:38.44528 RAER= 0.58 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.054, 8.4, 0.053, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2328-162', 'J2331-1600' RA= 23:31:17.221216 DEC= -16:00:49.90899 RAER= 4.43 DECER= 7.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2329+648', 'J2331+6510' RA= 23:31:21.173836 DEC= +65:10:13.78778 RAER= 40.96 DECER= 10.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2328+374', 'J2331+3744' RA= 23:31:25.644043 DEC= +37:44:16.70083 RAER= 1.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.008, 8.4, 0.078, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2329+248', 'J2331+2505' RA= 23:31:31.638936 DEC= +25:05:45.37021 RAER= 0.33 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.069, 8.4, 0.085, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2328-185', 'J2331-1816' RA= 23:31:32.753532 DEC= -18:16:25.98789 RAER= 0.59 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.014, 8.4, 0.034, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2328-277', 'J2331-2728' RA= 23:31:34.916455 DEC= -27:28:49.10554 RAER= 17.70 DECER= 25.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2329-162', 'J2331-1556' RA= 23:31:38.652445 DEC= -15:56:57.00974 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.226, 0.408, 5.0, 1.061, 0.488, 8.4, 0.903, 0.368, 15.2, 0.821, 0.203 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1596 observations" / source= '2329+451', 'J2331+4522' RA= 23:31:48.966225 DEC= +45:22:49.00154 RAER= 0.24 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.040, 8.4, 0.097, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 528 observations" / source= '2329+068', 'J2331+0705' RA= 23:31:55.524212 DEC= +07:05:42.09457 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.369, 0.052, 8.4, 0.118, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 721 observations" / source= '2329-384', 'J2331-3811' RA= 23:31:59.476152 DEC= -38:11:47.65102 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.512, 0.356, 8.4, 0.607, 0.377 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3470 observations" / source= '2329+009', 'J2332+0115' RA= 23:32:00.014447 DEC= +01:15:10.89763 RAER= 0.19 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.045, 8.4, 0.056, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 263 observations" / source= '2329-164', 'J2332-1610' RA= 23:32:09.416142 DEC= -16:10:39.05061 RAER= 1.88 DECER= 3.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2329-171', 'J2332-1653' RA= 23:32:16.398839 DEC= -16:53:34.65467 RAER= 0.90 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.026, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2329-415', 'J2332-4118' RA= 23:32:19.048284 DEC= -41:18:37.58205 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.315, 0.120, 8.4, 0.364, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 642 observations" / source= '2329-102', 'J2332-0957' RA= 23:32:25.597989 DEC= -09:57:56.17034 RAER= 1.11 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2330+717', 'J2332+7203' RA= 23:32:31.639821 DEC= +72:03:29.91775 RAER= 11.71 DECER= 3.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2329-146', 'J2332-1423' RA= 23:32:31.778083 DEC= -14:23:20.51377 RAER= 0.40 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.039, 8.4, 0.066, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2330+034', 'J2332+0345' RA= 23:32:52.047847 DEC= +03:45:59.72077 RAER= 0.90 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.017, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2330+402', 'J2332+4030' RA= 23:32:52.931415 DEC= +40:30:37.13609 RAER= 0.46 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.176, 0.079, 8.4, 0.116, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2330+083', 'J2332+0838' RA= 23:32:57.596286 DEC= +08:38:10.42748 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.221, 8.4, 0.347, 0.209 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 603 observations" / source= '2330+571', 'J2333+5728' RA= 23:33:01.403304 DEC= +57:28:20.84306 RAER= 0.32 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.169, 0.150 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '2330+387', 'J2333+3901' RA= 23:33:02.533411 DEC= +39:01:12.04954 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.565, 0.136, 8.4, 0.226, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 421 observations" / source= '2330+296', 'J2333+2953' RA= 23:33:03.965199 DEC= +29:53:46.83619 RAER= 1.42 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.009, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2330-017', 'J2333-0131' RA= 23:33:16.688380 DEC= -01:31:07.38653 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.103, 8.4, 0.120, 0.087 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '2330+472', 'J2333+4734' RA= 23:33:19.977983 DEC= +47:34:28.66568 RAER= 0.73 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.026, 8.4, 0.052, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2331+189', 'J2333+1913' RA= 23:33:35.714563 DEC= +19:13:20.02605 RAER= 0.61 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.067, 8.4, 0.111, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2331-190', 'J2333-1846' RA= 23:33:38.382528 DEC= -18:46:33.27572 RAER= 9.52 DECER= 16.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, n/a, 8.4, 0.084, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2331-312', 'J2333-3057' RA= 23:33:43.395203 DEC= -30:57:56.66374 RAER= 11.01 DECER= 18.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2331-093', 'J2333-0903' RA= 23:33:47.266657 DEC= -09:03:04.17045 RAER= 18.23 DECER= 15.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2331+525', 'J2333+5252' RA= 23:33:50.319583 DEC= +52:52:33.48236 RAER= 1.23 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.012, 8.4, 0.024, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2331-240', 'J2333-2343' RA= 23:33:55.237829 DEC= -23:43:40.65840 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.646, 0.235, 5.0, 0.925, 0.330, 8.4, 0.649, 0.274 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3729 observations" / source= '2331+297', 'J2333+3004' RA= 23:33:55.630703 DEC= +30:04:21.54077 RAER= 1.52 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2331+070', 'J2333+0719' RA= 23:33:57.679193 DEC= +07:19:25.83312 RAER= 1.02 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2331-271', 'J2334-2652' RA= 23:34:08.255454 DEC= -26:52:04.07221 RAER= 1.23 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.036, 8.4, 0.058, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2331+073', 'J2334+0736' RA= 23:34:12.828145 DEC= +07:36:27.55121 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.763, 0.569, 5.0, 0.575, 0.369, 8.4, 0.790, 0.464, 15.2, 0.944, 0.431, 22.2, 0.739, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3930 observations" / source= '2331+198', 'J2334+2010' RA= 23:34:14.156613 DEC= +20:10:28.88572 RAER= 0.52 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.045, 8.4, 0.041, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 77 observations" / source= '2331+017', 'J2334+0202' RA= 23:34:23.811350 DEC= +02:02:32.18556 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 236 observations" / source= '2331+309', 'J2334+3114' RA= 23:34:24.008648 DEC= +31:14:29.59342 RAER= 3.14 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2332+693', 'J2334+6935' RA= 23:34:24.793910 DEC= +69:35:42.06755 RAER= 1.83 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2332+099', 'J2334+1012' RA= 23:34:37.770918 DEC= +10:12:05.30512 RAER= 0.76 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.035, 8.4, 0.032, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2332+184', 'J2334+1843' RA= 23:34:40.969051 DEC= +18:43:28.90599 RAER= 0.45 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.048, 8.4, 0.070, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2332-351', 'J2334-3452' RA= 23:34:42.519777 DEC= -34:52:11.36300 RAER= 0.78 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.017, 8.4, 0.042, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2332+489', 'J2334+4915' RA= 23:34:42.892249 DEC= +49:15:19.66741 RAER= 6.68 DECER= 5.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2332-531', 'J2334-5251' RA= 23:34:44.916718 DEC= -52:51:19.63154 RAER= 0.20 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.420, 0.404 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 247 observations" / source= '2332+277', 'J2334+2804' RA= 23:34:45.331316 DEC= +28:04:12.78393 RAER= 0.97 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2332+142', 'J2334+1432' RA= 23:34:53.836684 DEC= +14:32:14.77006 RAER= 0.30 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 101 observations" / source= '2332-049', 'J2334-0439' RA= 23:34:56.550377 DEC= -04:39:32.24182 RAER= 6.50 DECER= 18.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2332+292', 'J2335+2934' RA= 23:35:01.543803 DEC= +29:34:15.74456 RAER= 1.44 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.016, n/a, 8.4, 0.014, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 94 observations" / source= '2332-315', 'J2335-3116' RA= 23:35:05.852725 DEC= -31:16:06.04827 RAER= 2.46 DECER= 6.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.017, 8.4, 0.031, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2332+270', 'J2335+2719' RA= 23:35:14.339020 DEC= +27:19:56.80907 RAER= 0.62 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.041, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 39 observations" / source= '2332-293', 'J2335-2907' RA= 23:35:18.727152 DEC= -29:07:16.60521 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.177, 5.0, 0.159, 0.156, 8.4, 0.192, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 452 observations" / source= '2332-017', 'J2335-0131' RA= 23:35:20.412036 DEC= -01:31:09.59183 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.453, 0.250, 8.4, 0.303, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 646 observations" / source= '2332-079', 'J2335-0739' RA= 23:35:29.827438 DEC= -07:39:02.35123 RAER= 2.28 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2333+281', 'J2335+2828' RA= 23:35:30.241228 DEC= +28:28:07.05713 RAER= 4.58 DECER= 5.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2333+608', 'J2335+6109' RA= 23:35:35.300364 DEC= +61:09:48.02645 RAER= 17.64 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2333+232', 'J2335+2330' RA= 23:35:46.416568 DEC= +23:30:24.36838 RAER= 1.57 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.023, 8.4, 0.049, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2333-008', 'J2335-0034' RA= 23:35:51.977104 DEC= -00:34:55.12051 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.018, 8.4, 0.028, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 268 observations" / source= '2333+418', 'J2336+4208' RA= 23:36:01.341699 DEC= +42:08:30.05357 RAER= 0.47 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.044, 0.033 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2333+210', 'J2336+2120' RA= 23:36:09.734614 DEC= +21:20:24.86578 RAER= 0.31 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.112, 8.4, 0.086, 0.081 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2333-332', 'J2336-3257' RA= 23:36:10.992472 DEC= -32:57:36.45316 RAER= 1.65 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2333-528', 'J2336-5236' RA= 23:36:12.144539 DEC= -52:36:21.95102 RAER= 0.20 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.005, 0.441 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 320 observations" / source= '2333+064', 'J2336+0640' RA= 23:36:20.870295 DEC= +06:40:50.98597 RAER= 1.02 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.074, 8.4, 0.111, 0.096 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2333-766', 'J2336-7620' RA= 23:36:27.608130 DEC= -76:20:37.91946 RAER= 6.82 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 50 observations" / source= '2333+208', 'J2336+2108' RA= 23:36:30.491542 DEC= +21:08:47.46275 RAER= 1.28 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2333+019', 'J2336+0210' RA= 23:36:30.628241 DEC= +02:10:44.09270 RAER= 0.80 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2333-415', 'J2336-4115' RA= 23:36:33.985073 DEC= -41:15:21.98402 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.459, 0.259, 8.4, 0.490, 0.343 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1089 observations" / source= '2333-099', 'J2336-0943' RA= 23:36:34.094071 DEC= -09:43:18.77124 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.079, 5.0, 0.066, 0.055, 8.4, 0.088, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 224 observations" / source= '2333-380', 'J2336-3744' RA= 23:36:36.000005 DEC= -37:44:24.68039 RAER= 19.81 DECER= 36.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2334-029', 'J2336-0242' RA= 23:36:40.131788 DEC= -02:42:03.29652 RAER= 0.91 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2334+236', 'J2336+2355' RA= 23:36:42.096369 DEC= +23:55:29.19270 RAER= 0.85 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2334-350', 'J2336-3444' RA= 23:36:48.090882 DEC= -34:44:06.85143 RAER= 1.51 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.013, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2334-082', 'J2336-0801' RA= 23:36:48.342167 DEC= -08:01:13.22096 RAER= 5.34 DECER= 15.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2334-151', 'J2336-1451' RA= 23:36:57.700015 DEC= -14:51:21.65425 RAER= 0.43 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.050, 8.4, 0.067, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2334+088', 'J2336+0909' RA= 23:36:57.852709 DEC= +09:09:29.53411 RAER= 5.56 DECER= 13.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2334+655', 'J2337+6549' RA= 23:37:03.946590 DEC= +65:49:20.17264 RAER= 6.00 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.025, 8.4, 0.019, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2334+162', 'J2337+1634' RA= 23:37:18.585454 DEC= +16:34:23.78058 RAER= 0.63 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.025, 8.4, 0.040, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 56 observations" / source= '2334-525', 'J2337-5216' RA= 23:37:23.166396 DEC= -52:16:20.09527 RAER= 0.60 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.102, 0.106 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 66 observations" / source= '2334-592', 'J2337-5901' RA= 23:37:26.795883 DEC= -59:01:13.66569 RAER= 2.41 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.170 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37 observations" / source= '2334-066', 'J2337-0622' RA= 23:37:29.228336 DEC= -06:22:12.18154 RAER= 0.29 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.012, 8.4, 0.024, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 360 observations" / source= '2334+260', 'J2337+2617' RA= 23:37:30.073111 DEC= +26:17:47.63485 RAER= 0.15 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, 0.039, 5.0, 0.154, 0.129, 8.4, 0.169, 0.127 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 213 observations" / source= '2334-194', 'J2337-1909' RA= 23:37:31.973317 DEC= -19:09:24.47717 RAER= 3.27 DECER= 5.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.015, 8.4, 0.029, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2335-066', 'J2337-0620' RA= 23:37:36.409032 DEC= -06:20:04.59019 RAER= 4.95 DECER= 14.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2335+270', 'J2337+2717' RA= 23:37:40.859489 DEC= +27:17:36.41547 RAER= 14.19 DECER= 7.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2335+234', 'J2337+2342' RA= 23:37:43.884845 DEC= +23:42:45.59882 RAER= 0.32 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.063, 8.4, 0.078, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2335-018', 'J2337-0135' RA= 23:37:49.235211 DEC= -01:35:33.99741 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.047, 8.4, 0.069, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 630 observations" / source= '2335-169', 'J2337-1639' RA= 23:37:53.063585 DEC= -16:39:56.74815 RAER= 1.41 DECER= 3.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.027, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2335-181', 'J2337-1752' RA= 23:37:56.627762 DEC= -17:52:20.40983 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.411, 0.216, 8.4, 0.415, 0.259 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 836 observations" / source= '2335-027', 'J2337-0230' RA= 23:37:57.339074 DEC= -02:30:57.62921 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.540, 0.339, 5.0, 0.529, 0.311, 8.4, 0.573, 0.258 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16552 observations" / source= '2335+031', 'J2338+0326' RA= 23:38:07.655783 DEC= +03:26:48.85224 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.065, 5.0, 0.098, 0.050, 8.4, 0.084, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 701 observations" / source= '2335-125', 'J2338-1218' RA= 23:38:08.072674 DEC= -12:18:50.67230 RAER= 2.54 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '2335+444', 'J2338+4441' RA= 23:38:11.226903 DEC= +44:41:35.71212 RAER= 0.78 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.050, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2335+027', 'J2338+0301' RA= 23:38:17.167002 DEC= +03:01:12.72816 RAER= 0.73 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2335+197', 'J2338+2003' RA= 23:38:20.773551 DEC= +20:03:42.96871 RAER= 2.02 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2335+358', 'J2338+3606' RA= 23:38:21.309640 DEC= +36:06:21.43497 RAER= 0.74 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.024, 8.4, 0.052, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2335+148', 'J2338+1504' RA= 23:38:23.162660 DEC= +15:04:45.28224 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.031, 0.032, 8.4, 0.036, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '2335+267', 'J2338+2701' RA= 23:38:29.383227 DEC= +27:01:53.25818 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.087, 5.0, 0.125, 0.019, 8.4, 0.187, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 636 observations" / source= '2336-083', 'J2338-0801' RA= 23:38:55.239119 DEC= -08:01:38.97501 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.044, 8.4, 0.073, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 362 observations" / source= '2336+211', 'J2338+2124' RA= 23:38:56.383961 DEC= +21:24:41.26492 RAER= 0.26 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.040, 0.033, 8.4, 0.033, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 392 observations" / source= '2336+025', 'J2338+0251' RA= 23:38:59.173565 DEC= +02:51:08.83843 RAER= 0.59 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 87 observations" / source= '2336+298', 'J2339+3005' RA= 23:39:00.415328 DEC= +30:05:46.92591 RAER= 1.55 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.012, 8.4, 0.026, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2336+497', 'J2339+5003' RA= 23:39:04.183536 DEC= +50:03:38.05401 RAER= 0.51 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.054, 8.4, 0.065, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2336-332', 'J2339-3301' RA= 23:39:12.978790 DEC= -33:01:10.52321 RAER= 29.28 DECER= 42.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2336-556', 'J2339-5523' RA= 23:39:13.218264 DEC= -55:23:50.83981 RAER= 0.46 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.289, 0.191 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2336-272', 'J2339-2656' RA= 23:39:17.746304 DEC= -26:56:39.17149 RAER= 1.06 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.029, 8.4, 0.024, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2336-743', 'J2339-7404' RA= 23:39:20.929490 DEC= -74:04:36.12182 RAER= 2.36 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '2336+598', 'J2339+6010' RA= 23:39:21.125191 DEC= +60:10:11.84954 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.375, 0.050, 5.0, 0.360, 0.141, 8.4, 0.302, 0.183, 22.2, 0.191, 0.139 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3788 observations" / source= '2336+232', 'J2339+2332' RA= 23:39:22.504573 DEC= +23:32:41.24421 RAER= 0.55 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.025, 8.4, 0.039, 0.027 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2336+024', 'J2339+0244' RA= 23:39:29.710616 DEC= +02:44:05.35723 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.076, 8.4, 0.099, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 846 observations" / source= '2336-672', 'J2339-6657' RA= 23:39:35.556677 DEC= -66:57:09.92006 RAER= 0.50 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.122, 0.118 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2337-298', 'J2339-2934' RA= 23:39:41.366301 DEC= -29:34:18.67244 RAER= 2.53 DECER= 10.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2337-063', 'J2339-0604' RA= 23:39:46.415195 DEC= -06:04:12.49203 RAER= 0.84 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.006, 8.4, 0.087, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 163 observations" / source= '2337-123', 'J2339-1206' RA= 23:39:47.042580 DEC= -12:06:45.82911 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.085, 8.4, 0.227, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 602 observations" / source= '2337-234', 'J2339-2310' RA= 23:39:53.577157 DEC= -23:10:39.22756 RAER= 0.18 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.061, 5.0, 0.082, 0.041, 8.4, 0.070, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 414 observations" / source= '2337-334', 'J2339-3310' RA= 23:39:54.535137 DEC= -33:10:16.88116 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.759, 0.113, 5.0, 0.565, 0.101, 8.4, 0.456, 0.110 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 523 observations" / source= '2337-740', 'J2340-7349' RA= 23:40:00.504195 DEC= -73:49:14.59685 RAER= 1.25 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.146 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 49 observations" / source= '2337+268', 'J2340+2708' RA= 23:40:00.837394 DEC= +27:08:01.38512 RAER= 0.73 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2337+097', 'J2340+0959' RA= 23:40:07.262325 DEC= +09:59:58.99347 RAER= 0.41 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.034, 8.4, 0.048, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2337-338', 'J2340-3335' RA= 23:40:18.941203 DEC= -33:35:07.70875 RAER= 8.90 DECER= 25.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2337-011', 'J2340-0053' RA= 23:40:23.670001 DEC= -00:53:27.00025 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.113, 8.4, 0.092, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 508 observations" / source= '2337+264', 'J2340+2641' RA= 23:40:29.029478 DEC= +26:41:56.80449 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.218, 0.308, 8.4, 0.585, 0.131, 15.2, 0.398, 0.122 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1075 observations" / source= '2337+166', 'J2340+1654' RA= 23:40:29.366494 DEC= +16:54:32.82872 RAER= 0.52 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035, 8.4, 0.041, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2337+022', 'J2340+0231' RA= 23:40:32.903274 DEC= +02:31:25.30429 RAER= 1.50 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2338+132', 'J2340+1333' RA= 23:40:33.238455 DEC= +13:33:00.88328 RAER= 1.61 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2338-349', 'J2340-3442' RA= 23:40:38.641649 DEC= -34:42:49.15920 RAER= 1.82 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.157, 0.121 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2338-29A', 'J2340-284A' RA= 23:40:42.118587 DEC= -28:48:35.23446 RAER= 4.05 DECER= 11.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2338-224', 'J2340-2207' RA= 23:40:49.596828 DEC= -22:07:40.02488 RAER= 2.46 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 16 observations" / source= '2338-290', 'J2340-2848' RA= 23:40:51.009923 DEC= -28:48:41.53804 RAER= 0.75 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.037, 8.4, 0.035, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 74 observations" / source= '2338+799', 'J2340+8015' RA= 23:40:54.229174 DEC= +80:15:16.01796 RAER= 2.42 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 107 observations" / source= '2338-002', 'J2340+0002' RA= 23:40:55.345606 DEC= +00:02:41.38915 RAER= 0.64 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.014, 8.4, 0.021, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 53 observations" / source= '2338+330', 'J2340+3319' RA= 23:40:57.299503 DEC= +33:19:02.62152 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.205, 0.077, 8.4, 0.126, 0.060 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 446 observations" / source= '2338+042', 'J2340+0431' RA= 23:40:57.977701 DEC= +04:31:15.56427 RAER= 0.32 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.031, 8.4, 0.060, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 60 observations" / source= '2338-001', 'J2340+0004' RA= 23:40:59.769324 DEC= +00:04:53.68093 RAER= 1.58 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2338+094', 'J2341+0940' RA= 23:41:05.162536 DEC= +09:40:48.44845 RAER= 0.67 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.049, 8.4, 0.044, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2338+000', 'J2341+0018' RA= 23:41:06.910005 DEC= +00:18:33.33716 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.090, 8.4, 0.146, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 600 observations" / source= '2338-039', 'J2341-0341' RA= 23:41:10.027100 DEC= -03:41:49.16077 RAER= 0.49 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.107, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2338-378', 'J2341-3731' RA= 23:41:12.025356 DEC= -37:31:45.34925 RAER= 2.31 DECER= 4.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.024, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2338+172', 'J2341+1731' RA= 23:41:13.861523 DEC= +17:31:27.50844 RAER= 0.51 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.041, 8.4, 0.038, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2338+390', 'J2341+3918' RA= 23:41:13.915860 DEC= +39:18:27.68696 RAER= 2.86 DECER= 3.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2338+191', 'J2341+1928' RA= 23:41:18.796169 DEC= +19:28:05.48622 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.330, 0.163, 8.4, 0.200, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 903 observations" / source= '2338-281', 'J2341-2753' RA= 23:41:23.535409 DEC= -27:53:57.65110 RAER= 0.75 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.031, 8.4, 0.029, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2338-295', 'J2341-2919' RA= 23:41:29.762357 DEC= -29:19:15.03844 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, 0.083, 8.4, 0.108, 0.066 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 565 observations" / source= '2339+235', 'J2341+2351' RA= 23:41:40.629011 DEC= +23:51:58.32180 RAER= 78.25 DECER= 29.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2339+069', 'J2341+0713' RA= 23:41:40.844746 DEC= +07:13:28.99209 RAER= 0.45 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.040, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2339-134', 'J2341-1308' RA= 23:41:44.096462 DEC= -13:08:38.18652 RAER= 1.03 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2339-353', 'J2341-3506' RA= 23:41:45.842636 DEC= -35:06:22.77296 RAER= 32.26 DECER= 50.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2339+595', 'J2341+5949' RA= 23:41:46.862471 DEC= +59:49:53.09939 RAER= 17.68 DECER= 11.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2339+018', 'J2341+0209' RA= 23:41:57.858124 DEC= +02:09:22.29969 RAER= 1.36 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2339+424', 'J2342+4242' RA= 23:42:03.207114 DEC= +42:42:36.13850 RAER= 0.50 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, 0.072, 8.4, 0.065, 0.028 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2339-164', 'J2342-1608' RA= 23:42:05.874490 DEC= -16:08:40.28191 RAER= 0.73 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2339+056', 'J2342+0554' RA= 23:42:07.215829 DEC= +05:54:00.83926 RAER= 2.03 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2339+702', 'J2342+7032' RA= 23:42:07.978235 DEC= +70:32:54.98425 RAER= 4.92 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2339-350', 'J2342-3446' RA= 23:42:08.235773 DEC= -34:46:53.35793 RAER= 1.90 DECER= 6.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2339-099', 'J2342-0943' RA= 23:42:10.107575 DEC= -09:43:10.74010 RAER= 0.18 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.035, 5.0, 0.037, 0.023, 8.4, 0.038, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 237 observations" / source= '2339+505', 'J2342+5049' RA= 23:42:13.478506 DEC= +50:49:51.72264 RAER= 1.37 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.027, 8.4, 0.025, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2339-162', 'J2342-1556' RA= 23:42:24.248756 DEC= -15:56:21.57922 RAER= 0.74 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.033, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2339+011', 'J2342+0124' RA= 23:42:30.767194 DEC= +01:24:41.97301 RAER= 0.83 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.076, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2339-300', 'J2342-2947' RA= 23:42:32.872822 DEC= -29:47:28.30529 RAER= 0.98 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.076, 8.4, 0.044, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2340-226', 'J2342-2223' RA= 23:42:47.983608 DEC= -22:23:40.20109 RAER= 0.18 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.143, 8.4, 0.097, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 385 observations" / source= '2340+205', 'J2342+2046' RA= 23:42:52.166328 DEC= +20:46:57.25154 RAER= 0.33 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.087, 8.4, 0.069, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2340-036', 'J2342-0322' RA= 23:42:56.600257 DEC= -03:22:26.26943 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.072, 8.4, 0.123, 0.040 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 956 observations" / source= '2340+362', 'J2342+3628' RA= 23:42:57.717446 DEC= +36:28:55.64559 RAER= 0.54 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.043, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2340+233', 'J2343+2339' RA= 23:43:12.387029 DEC= +23:39:45.64778 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.289, 8.4, 0.261, 0.165 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 755 observations" / source= '2340-292', 'J2343-2858' RA= 23:43:18.805464 DEC= -28:58:31.93638 RAER= 6.58 DECER= 19.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2340-709', 'J2343-7038' RA= 23:43:21.590890 DEC= -70:38:39.70712 RAER= 0.61 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.068 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 75 observations" / source= '2341+661', 'J2343+6626' RA= 23:43:26.705837 DEC= +66:26:07.69983 RAER= 2.04 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.079, 8.4, 0.074, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2340-567', 'J2343-5626' RA= 23:43:27.097913 DEC= -56:26:24.10170 RAER= 5.73 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 17 observations" / source= '2340+259', 'J2343+2614' RA= 23:43:27.824641 DEC= +26:14:11.87170 RAER= 0.46 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.056, 8.4, 0.038, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 81 observations" / source= '2340-141', 'J2343-1351' RA= 23:43:28.864474 DEC= -13:51:17.09745 RAER= 0.17 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.304, 0.057, 8.4, 0.099, 0.045 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 435 observations" / source= '2341+343', 'J2343+3439' RA= 23:43:33.586245 DEC= +34:39:50.95305 RAER= 0.45 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 93 observations" / source= '2341-313', 'J2343-3102' RA= 23:43:41.631775 DEC= -31:02:06.31154 RAER= 11.13 DECER= 27.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2341+173', 'J2343+1738' RA= 23:43:41.991454 DEC= +17:38:48.48000 RAER= 1.32 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.012, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2341+154', 'J2343+1543' RA= 23:43:42.749187 DEC= +15:43:02.97907 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.082, 8.4, 0.102, 0.080 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 638 observations" / source= '2341+697', 'J2343+7003' RA= 23:43:43.734322 DEC= +70:03:19.40659 RAER= 0.41 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.085, 8.4, 0.136, 0.091 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 554 observations" / source= '2341+535', 'J2343+5348' RA= 23:43:48.409156 DEC= +53:48:40.76658 RAER= 11.45 DECER= 11.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2341+055', 'J2343+0547' RA= 23:43:56.037141 DEC= +05:47:02.74984 RAER= 0.28 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 125 observations" / source= '2341-056', 'J2343-0521' RA= 23:43:57.134250 DEC= -05:21:51.42051 RAER= 1.02 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2342+821', 'J2344+8226' RA= 23:44:03.770249 DEC= +82:26:40.40072 RAER= 1.90 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.937, 0.099, 8.4, 0.296, 0.097 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 833 observations" / source= '2341-291', 'J2344-2851' RA= 23:44:11.028048 DEC= -28:51:31.60537 RAER= 4.55 DECER= 12.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2341+065', 'J2344+0647' RA= 23:44:11.839754 DEC= +06:47:28.85669 RAER= 0.67 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.033, 8.4, 0.054, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2341+083', 'J2344+0838' RA= 23:44:12.401483 DEC= +08:38:32.76975 RAER= 0.48 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.029, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2341+295', 'J2344+2952' RA= 23:44:22.553827 DEC= +29:52:20.70420 RAER= 0.37 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.025, 8.4, 0.090, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '2341+039', 'J2344+0414' RA= 23:44:23.259479 DEC= +04:14:57.95706 RAER= 0.88 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.006, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2341+088', 'J2344+0909' RA= 23:44:24.496965 DEC= +09:09:52.60640 RAER= 0.50 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.089, 8.4, 0.115, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2341-571', 'J2344-5652' RA= 23:44:29.446184 DEC= -56:52:46.13278 RAER= 15.60 DECER= 12.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.010, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2342+091', 'J2344+0928' RA= 23:44:33.285320 DEC= +09:28:38.07773 RAER= 0.58 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.026, 8.4, 0.027, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2342+275', 'J2344+2748' RA= 23:44:37.055249 DEC= +27:48:35.54276 RAER= 0.74 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.098, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2342-338', 'J2344-3333' RA= 23:44:40.284157 DEC= -33:33:41.08952 RAER= 3.69 DECER= 62.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2342+052', 'J2344+0529' RA= 23:44:40.688252 DEC= +05:29:33.87964 RAER= 1.05 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2342+342', 'J2344+3433' RA= 23:44:51.252755 DEC= +34:33:48.69511 RAER= 1.37 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2342+257', 'J2344+2559' RA= 23:44:53.054706 DEC= +25:59:41.98425 RAER= 1.30 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.028, 8.4, 0.032, 0.030 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2342-370', 'J2345-3644' RA= 23:45:11.248279 DEC= -36:44:05.84206 RAER= 2.69 DECER= 17.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2342-161', 'J2345-1555' RA= 23:45:12.462300 DEC= -15:55:07.83451 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.424, 0.321, 5.0, 0.595, 0.573, 8.4, 0.512, 0.470, 15.2, 0.900, 0.837 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 749 observations" / source= '2342+124', 'J2345+1243' RA= 23:45:21.234256 DEC= +12:43:58.79186 RAER= 1.02 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.010, 8.4, 0.021, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2342+502', 'J2345+5030' RA= 23:45:22.004566 DEC= +50:30:38.26627 RAER= 0.73 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.030, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2343-075', 'J2345-0717' RA= 23:45:42.498310 DEC= -07:17:27.67389 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.057, 8.4, 0.064, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 484 observations" / source= '2343-243', 'J2345-2402' RA= 23:45:45.184319 DEC= -24:02:30.99385 RAER= 0.52 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.031, 8.4, 0.065, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2343-209', 'J2346-2037' RA= 23:46:01.849099 DEC= -20:37:46.25175 RAER= 1.14 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.034, 0.023 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2343-198', 'J2346-1935' RA= 23:46:05.424939 DEC= -19:35:02.02544 RAER= 4.90 DECER= 6.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2343-354', 'J2346-3510' RA= 23:46:13.962542 DEC= -35:10:33.25173 RAER= 10.55 DECER= 32.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2343+329', 'J2346+3311' RA= 23:46:19.479437 DEC= +33:11:05.51104 RAER= 1.62 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.026, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2343+450', 'J2346+4519' RA= 23:46:24.050347 DEC= +45:19:00.68939 RAER= 1.31 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.027, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2343+000', 'J2346+0019' RA= 23:46:24.560486 DEC= +00:19:14.15786 RAER= 0.96 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2343-331', 'J2346-3253' RA= 23:46:25.446618 DEC= -32:53:46.45905 RAER= 1.56 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.036, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2343-077', 'J2346-0730' RA= 23:46:25.551141 DEC= -07:30:48.26880 RAER= 0.53 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.026, 8.4, 0.044, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2344+798', 'J2346+8007' RA= 23:46:25.609010 DEC= +80:07:55.23958 RAER= 0.60 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.097, 8.4, 0.173, 0.151, 22.2, 0.228, 0.201 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3955 observations" / source= '2343+180', 'J2346+1818' RA= 23:46:29.533302 DEC= +18:18:12.27409 RAER= 3.09 DECER= 3.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2344+401', 'J2346+4024' RA= 23:46:31.689932 DEC= +40:24:15.90144 RAER= 0.77 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.048, 8.4, 0.065, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2344+09A', 'J2346+0930' RA= 23:46:36.838551 DEC= +09:30:45.51489 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.406, 0.526, 5.0, 0.890, 0.389, 8.4, 0.948, 0.350, 15.2, 1.253, 0.480 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3773 observations" / source= '2344+068', 'J2346+0705' RA= 23:46:39.933509 DEC= +07:05:06.85361 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.081, 8.4, 0.150, 0.063 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 579 observations" / source= '2344-259', 'J2346-2543' RA= 23:46:41.625183 DEC= -25:43:05.81951 RAER= 3.38 DECER= 6.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2344+299', 'J2346+3011' RA= 23:46:46.250929 DEC= +30:11:59.24505 RAER= 0.16 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.125, 5.0, 0.227, 0.088, 8.4, 0.152, 0.046 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 656 observations" / source= '2344-207', 'J2347-2027' RA= 23:47:01.067639 DEC= -20:27:30.75313 RAER= 0.78 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.010, 8.4, 0.031, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2344+514', 'J2347+5142' RA= 23:47:04.836849 DEC= +51:42:17.88067 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.091, 8.4, 0.121, 0.079, 15.2, 0.123, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 522 observations" / source= '2344+092', 'J2347+0930' RA= 23:47:06.001136 DEC= +09:30:45.37479 RAER= 3.08 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.004, 8.4, 0.095, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 19 observations" / source= '2344-192', 'J2347-1856' RA= 23:47:08.626808 DEC= -18:56:18.85489 RAER= 0.16 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.717, 0.302, 8.4, 0.288, 0.056 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '2344+455', 'J2347+4548' RA= 23:47:18.563114 DEC= +45:48:16.21869 RAER= 1.47 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 57 observations" / source= '2344-514', 'J2347-5110' RA= 23:47:19.864085 DEC= -51:10:36.06539 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.347, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 618 observations" / source= '2344+429', 'J2347+4310' RA= 23:47:22.874243 DEC= +43:10:53.21892 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.303, 0.087, 8.4, 0.211, 0.092, 22.2, 0.022, 0.184 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 425 observations" / source= '2344+175', 'J2347+1748' RA= 23:47:22.884003 DEC= +17:48:13.02644 RAER= 1.28 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.031, 8.4, 0.020, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2344-200', 'J2347-1948' RA= 23:47:25.606288 DEC= -19:48:39.44957 RAER= 0.70 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 63 observations" / source= '2345+270', 'J2347+2719' RA= 23:47:35.174885 DEC= +27:19:01.49320 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.085, 8.4, 0.146, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 609 observations" / source= '2345+113', 'J2347+1135' RA= 23:47:36.405769 DEC= +11:35:17.90235 RAER= 0.59 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, n/a, 8.4, 0.107, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2345+086', 'J2347+0852' RA= 23:47:38.153654 DEC= +08:52:46.41487 RAER= 0.62 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.012, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2345-500', 'J2347-4946' RA= 23:47:43.685202 DEC= -49:46:27.87519 RAER= 0.19 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.252, 0.247 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 189 observations" / source= '2345-265', 'J2347-2614' RA= 23:47:47.605088 DEC= -26:14:45.02457 RAER= 0.67 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.019, 8.4, 0.027, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2345+543', 'J2347+5436' RA= 23:47:53.313473 DEC= +54:36:29.98857 RAER= 1.30 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2345+168', 'J2347+1709' RA= 23:47:55.584793 DEC= +17:09:56.37268 RAER= 0.37 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.060, 8.4, 0.102, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2345-167', 'J2348-1631' RA= 23:48:02.608514 DEC= -16:31:12.02214 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.212, 1.158, 5.0, 1.664, 0.579, 8.4, 1.703, 0.903, 15.2, 1.895, 0.677 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3843 observations" / source= '2345+245', 'J2348+2448' RA= 23:48:09.658005 DEC= +24:48:19.94222 RAER= 0.83 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2345+576', 'J2348+5757' RA= 23:48:10.083758 DEC= +57:57:41.24478 RAER= 5.68 DECER= 2.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.063, 0.070 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2345-089', 'J2348-0840' RA= 23:48:11.301682 DEC= -08:40:16.42727 RAER= 0.57 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.020, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2345-047', 'J2348-0425' RA= 23:48:11.757767 DEC= -04:25:56.38215 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.120, 8.4, 0.230, 0.128 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 734 observations" / source= '2345+487', 'J2348+4901' RA= 23:48:15.913071 DEC= +49:01:14.57741 RAER= 2.09 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.019, 8.4, 0.021, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2345+356', 'J2348+3554' RA= 23:48:21.733420 DEC= +35:54:40.90007 RAER= 0.97 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2345+158', 'J2348+1609' RA= 23:48:23.804942 DEC= +16:09:11.98086 RAER= 0.47 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.052, 8.4, 0.058, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2345-611', 'J2348-6049' RA= 23:48:26.021715 DEC= -60:49:19.88713 RAER= 0.55 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.221, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 76 observations" / source= '2345-109', 'J2348-1042' RA= 23:48:28.386847 DEC= -10:42:05.10534 RAER= 0.92 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 24 observations" / source= '2345+315', 'J2348+3148' RA= 23:48:29.220591 DEC= +31:48:35.08456 RAER= 1.22 DECER= 2.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.025, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2345+008', 'J2348+0110' RA= 23:48:30.982005 DEC= +01:10:37.65668 RAER= 2.50 DECER= 8.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 7 observations" / source= '2345+061', 'J2348+0624' RA= 23:48:31.770666 DEC= +06:24:59.78194 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.110, 5.0, 0.140, 0.126, 8.4, 0.144, 0.117 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2336 observations" / source= '2346-390', 'J2348-3843' RA= 23:48:44.378722 DEC= -38:43:56.54804 RAER= 1.14 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2346+353', 'J2348+3539' RA= 23:48:58.609715 DEC= +35:39:58.20890 RAER= 0.92 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.021, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2346-252', 'J2349-2500' RA= 23:49:06.531169 DEC= -25:00:23.39072 RAER= 0.45 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.045, 8.4, 0.056, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2346-049', 'J2349-0438' RA= 23:49:10.166159 DEC= -04:38:03.38918 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.234, 0.184, 5.0, 0.217, 0.159, 8.4, 0.227, 0.149 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 797 observations" / source= '2346+750', 'J2349+7517' RA= 23:49:13.747664 DEC= +75:17:46.55936 RAER= 0.58 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.045, 5.0, 0.030, 0.026, 8.4, 0.036, 0.042 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 718 observations" / source= '2346+183', 'J2349+1837' RA= 23:49:16.179064 DEC= +18:37:10.65217 RAER= 1.34 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2346+124', 'J2349+1242' RA= 23:49:20.324970 DEC= +12:42:59.22583 RAER= 4.81 DECER= 5.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2346+385', 'J2349+3849' RA= 23:49:20.826543 DEC= +38:49:17.55849 RAER= 0.13 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.369, 0.246, 8.4, 0.417, 0.243, 15.2, 0.617, 0.243 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2215 observations" / source= '2346+453', 'J2349+4535' RA= 23:49:21.030560 DEC= +45:35:40.11091 RAER= 0.47 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.049, 8.4, 0.086, 0.050 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2346+052', 'J2349+0534' RA= 23:49:21.051503 DEC= +05:34:39.87241 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.111, 8.4, 0.277, 0.211 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '2346-498', 'J2349-4932' RA= 23:49:25.379203 DEC= -49:32:26.54975 RAER= 1.85 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.211, 0.189 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2347+175', 'J2349+1748' RA= 23:49:40.233304 DEC= +17:48:35.85509 RAER= 1.19 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.029, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2347+361', 'J2349+3625' RA= 23:49:40.958435 DEC= +36:25:30.23308 RAER= 9.93 DECER= 8.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.022, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 103 observations" / source= '2347-241', 'J2349-2352' RA= 23:49:47.144040 DEC= -23:52:50.42821 RAER= 1.82 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2347+108', 'J2350+1106' RA= 23:50:02.030946 DEC= +11:06:36.70661 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.143, 8.4, 0.234, 0.145 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 676 observations" / source= '2347-336', 'J2350-3321' RA= 23:50:03.329129 DEC= -33:21:50.02394 RAER= 2.68 DECER= 5.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.013, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 18 observations" / source= '2347+079', 'J2350+0812' RA= 23:50:10.079368 DEC= +08:12:55.27433 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.339, 0.164, 8.4, 0.136, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 702 observations" / source= '2347+357', 'J2350+3600' RA= 23:50:10.653075 DEC= +36:00:01.35092 RAER= 1.15 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2347-023', 'J2350-0206' RA= 23:50:13.012984 DEC= -02:06:14.31157 RAER= 0.75 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017, 8.4, 0.047, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2347+232', 'J2350+2331' RA= 23:50:15.454054 DEC= +23:31:59.17095 RAER= 0.43 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.066, 8.4, 0.077, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2347-222', 'J2350-2158' RA= 23:50:21.707836 DEC= -21:58:34.52370 RAER= 6.20 DECER= 12.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2347-026', 'J2350-0224' RA= 23:50:25.367412 DEC= -02:24:43.42014 RAER= 3.54 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2347-303', 'J2350-3006' RA= 23:50:34.307758 DEC= -30:06:04.45734 RAER= 0.44 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2348-225', 'J2350-2215' RA= 23:50:35.348771 DEC= -22:15:53.06530 RAER= 0.63 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.032, 8.4, 0.056, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2348+360', 'J2350+3622' RA= 23:50:36.930746 DEC= +36:22:05.78957 RAER= 1.13 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.039, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2348-120', 'J2350-1145' RA= 23:50:36.998245 DEC= -11:45:13.14504 RAER= 4.65 DECER= 6.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2348+027', 'J2350+0304' RA= 23:50:42.070716 DEC= +03:04:29.10059 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, n/a, 5.0, 0.050, 0.019, 8.4, 0.043, 0.017 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 309 observations" / source= '2348+643', 'J2350+6440' RA= 23:50:54.762327 DEC= +64:40:18.31402 RAER= 6.02 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 14 observations" / source= '2348+021', 'J2350+0227' RA= 23:50:57.482917 DEC= +02:27:40.40057 RAER= 0.27 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.039, 8.4, 0.032, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 489 observations" / source= '2348+300', 'J2351+3018' RA= 23:51:01.025804 DEC= +30:18:50.70641 RAER= 0.42 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.042, 8.4, 0.052, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 83 observations" / source= '2348-010', 'J2351-0044' RA= 23:51:03.013734 DEC= -00:44:26.69600 RAER= 0.30 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.017, 8.4, 0.038, 0.008 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 212 observations" / source= '2348+071', 'J2351+0726' RA= 23:51:03.646504 DEC= +07:26:03.92850 RAER= 1.07 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.018, 0.010 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2348-145', 'J2351-1415' RA= 23:51:11.117668 DEC= -14:15:59.19347 RAER= 0.72 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.030, 8.4, 0.025, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2348-381', 'J2351-3753' RA= 23:51:11.379227 DEC= -37:53:23.58997 RAER= 3.13 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2348-762', 'J2351-7600' RA= 23:51:16.129782 DEC= -76:00:15.55684 RAER= 5.53 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2348+203', 'J2351+2035' RA= 23:51:26.740805 DEC= +20:35:10.31271 RAER= 3.38 DECER= 4.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2348+450', 'J2351+4518' RA= 23:51:27.882999 DEC= +45:18:30.46595 RAER= 0.80 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.018, 8.4, 0.044, 0.006 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2348-147', 'J2351-1427' RA= 23:51:29.815425 DEC= -14:27:56.84130 RAER= 0.88 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.042, 8.4, 0.038, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2348+217', 'J2351+2204' RA= 23:51:30.093804 DEC= +22:04:40.62308 RAER= 82.27 DECER= 30.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2348-432', 'J2351-4259' RA= 23:51:34.945894 DEC= -42:59:33.48608 RAER= 0.30 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.105, 8.4, 0.085, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 228 observations" / source= '2349-304', 'J2351-3007' RA= 23:51:37.516541 DEC= -30:07:51.43738 RAER= 0.33 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.053, 8.4, 0.106, 0.084 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 172 observations" / source= '2349-223', 'J2351-2203' RA= 23:51:46.006909 DEC= -22:03:09.65930 RAER= 0.18 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.117, 0.099, 8.4, 0.086, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 356 observations" / source= '2349-014', 'J2351-0109' RA= 23:51:56.122600 DEC= -01:09:13.31521 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.072, 8.4, 0.080, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 533 observations" / source= '2349+280', 'J2351+2820' RA= 23:51:57.647117 DEC= +28:20:30.33865 RAER= 7.91 DECER= 9.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations" / source= '2349+175', 'J2352+1749' RA= 23:52:05.837296 DEC= +17:49:13.74642 RAER= 0.42 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '2349+327', 'J2352+3303' RA= 23:52:21.024362 DEC= +33:03:59.25559 RAER= 0.98 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.020, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 44 observations" / source= '2349-335', 'J2352-3316' RA= 23:52:25.233612 DEC= -33:16:34.61835 RAER= 1.11 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.184, 0.017, 8.4, 0.124, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2350+591', 'J2352+5927' RA= 23:52:34.184358 DEC= +59:27:40.87286 RAER= 1.33 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.022, 0.015 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2350+395', 'J2352+3947' RA= 23:52:48.907281 DEC= +39:47:56.22310 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.172, 0.137, 8.4, 0.254, 0.173 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 562 observations" / source= '2350+704', 'J2352+7044' RA= 23:52:52.855326 DEC= +70:44:48.33382 RAER= 0.42 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.272, 0.133, 8.4, 0.179, 0.094 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 633 observations" / source= '2350-287', 'J2352-2825' RA= 23:52:52.988654 DEC= -28:25:52.31963 RAER= 1.82 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.019, 8.4, 0.049, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2350+480', 'J2352+4822' RA= 23:52:54.459689 DEC= +48:22:11.07249 RAER= 14.22 DECER= 10.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 4 observations" / source= '2350+302', 'J2352+3030' RA= 23:52:54.706211 DEC= +30:30:21.76658 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.038, 5.0, 0.039, 0.034, 8.4, 0.042, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 667 observations" / source= '2350+664', 'J2353+6642' RA= 23:53:01.532045 DEC= +66:42:44.98539 RAER= 1.04 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '2350-177', 'J2353-1726' RA= 23:53:05.150749 DEC= -17:26:36.58951 RAER= 0.66 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.023, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2350+092', 'J2353+0930' RA= 23:53:06.678270 DEC= +09:30:36.43620 RAER= 0.64 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2350-483', 'J2353-4806' RA= 23:53:11.123227 DEC= -48:06:04.60203 RAER= 0.71 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 48 observations. No flux information" / source= '2350-280', 'J2353-2743' RA= 23:53:11.460487 DEC= -27:43:25.57848 RAER= 0.19 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.066, 8.4, 0.059, 0.057 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 468 observations" / source= '2350-226', 'J2353-2224' RA= 23:53:20.585979 DEC= -22:24:01.37638 RAER= 1.60 DECER= 5.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.011, 8.4, 0.018, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 20 observations" / source= '2350+322', 'J2353+3231' RA= 23:53:20.853704 DEC= +32:31:44.09170 RAER= 1.05 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2350-063', 'J2353-0605' RA= 23:53:25.643906 DEC= -06:05:34.03092 RAER= 1.27 DECER= 2.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2351-055', 'J2353-0514' RA= 23:53:40.584064 DEC= -05:14:17.43158 RAER= 4.79 DECER= 6.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2351+550', 'J2353+5518' RA= 23:53:42.299752 DEC= +55:18:40.66651 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.257, 5.0, 0.506, 0.400, 8.4, 0.324, 0.228 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 850 observations" / source= '2351-309', 'J2353-3037' RA= 23:53:47.458843 DEC= -30:37:48.50294 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.143, 5.0, 0.174, 0.181, 8.4, 0.219, 0.194 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 738 observations" / source= '2351+325', 'J2353+3250' RA= 23:53:48.276451 DEC= +32:50:02.92223 RAER= 1.13 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2351-008', 'J2354-0034' RA= 23:54:00.918123 DEC= -00:34:49.57680 RAER= 0.87 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.011, 8.4, 0.007, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2351+271', 'J2354+2723' RA= 23:54:02.215944 DEC= +27:23:27.73174 RAER= 0.53 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2351-102', 'J2354-0957' RA= 23:54:05.544997 DEC= -09:57:49.02817 RAER= 0.47 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.058, 8.4, 0.086, 0.058 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2351-006', 'J2354-0019' RA= 23:54:09.175893 DEC= -00:19:47.95565 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.502, 0.424, 8.4, 0.301, 0.154 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 552 observations" / source= '2351+353', 'J2354+3536' RA= 23:54:10.833126 DEC= +35:36:18.48190 RAER= 0.68 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.049, 8.4, 0.050, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2351+276', 'J2354+2753' RA= 23:54:19.377442 DEC= +27:53:22.04058 RAER= 2.35 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2351+456', 'J2354+4553' RA= 23:54:21.680227 DEC= +45:53:04.23659 RAER= 0.15 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.322, 0.461, 5.0, 0.894, 0.339, 8.4, 1.327, 0.483, 15.2, 0.695, 0.263, 22.2, 0.787, 0.195 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6355 observations" / source= '2351-071', 'J2354-0652' RA= 23:54:23.486178 DEC= -06:52:23.10361 RAER= 0.36 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.043, 8.4, 0.071, 0.048 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2351-154', 'J2354-1513' RA= 23:54:30.195178 DEC= -15:13:11.21307 RAER= 0.11 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.877, 0.663, 5.0, 0.702, 0.432, 8.4, 0.668, 0.307 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5866 observations" / source= '2352-085', 'J2354-0817' RA= 23:54:44.316496 DEC= -08:17:37.95825 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.151, 0.050, 5.0, 0.077, 0.031, 8.4, 0.070, 0.029 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 215 observations" / source= '2352+182', 'J2354+1834' RA= 23:54:50.432002 DEC= +18:34:20.36124 RAER= 1.04 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.024, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2352-043', 'J2354-0405' RA= 23:54:51.681042 DEC= -04:05:03.47114 RAER= 0.23 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.009, 8.4, 0.030, 0.005 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 233 observations" / source= '2352+189', 'J2354+1914' RA= 23:54:57.173894 DEC= +19:14:46.26500 RAER= 2.13 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13 observations" / source= '2352-217', 'J2355-2125' RA= 23:55:02.146536 DEC= -21:25:36.78364 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.522, 0.275, 5.0, 0.395, 0.171, 8.4, 0.266, 0.064 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 418 observations" / source= '2352+027', 'J2355+0302' RA= 23:55:02.428385 DEC= +03:02:08.58087 RAER= 0.61 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.011, 8.4, 0.021, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 35 observations" / source= '2352+188', 'J2355+1906' RA= 23:55:03.975090 DEC= +19:06:34.63262 RAER= 0.43 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.033, 8.4, 0.062, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2352+283', 'J2355+2838' RA= 23:55:04.753886 DEC= +28:38:01.79961 RAER= 3.43 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.032, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 136 observations" / source= '2352+495', 'J2355+4950' RA= 23:55:09.458156 DEC= +49:50:08.33947 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.829, 0.425, 5.0, 1.296, 0.333, 8.4, 0.600, 0.070, 15.2, 0.418, 0.138 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1275 observations" / source= '2352+594', 'J2355+5943' RA= 23:55:18.871897 DEC= +59:43:48.58577 RAER= 12.20 DECER= 6.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.046, 0.053 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2352-531', 'J2355-5251' RA= 23:55:20.223065 DEC= -52:51:43.21685 RAER= 2.93 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations. No flux information" / source= '2352-077', 'J2355-0729' RA= 23:55:24.530850 DEC= -07:29:45.11092 RAER= 0.37 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.045, 8.4, 0.052, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2352-342', 'J2355-3357' RA= 23:55:25.796257 DEC= -33:57:55.21775 RAER= 0.26 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.017, 8.4, 0.130, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 226 observations" / source= '2352+226', 'J2355+2253' RA= 23:55:27.468594 DEC= +22:53:18.08641 RAER= 0.64 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.025, 8.4, 0.045, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2352-455', 'J2355-4513' RA= 23:55:28.770591 DEC= -45:13:25.78869 RAER= 5.63 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.112, 0.062 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 15 observations" / source= '2352-207', 'J2355-2026' RA= 23:55:28.875271 DEC= -20:26:48.53188 RAER= 0.80 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.027, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2353-341', 'J2355-3352' RA= 23:55:38.634670 DEC= -33:52:26.59143 RAER= 1.54 DECER= 5.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.031, 8.4, 0.066, 0.051 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2353+269', 'J2355+2711' RA= 23:55:41.857685 DEC= +27:11:42.28209 RAER= 0.71 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.057, 8.4, 0.058, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2353-174', 'J2355-1710' RA= 23:55:43.601356 DEC= -17:10:43.42299 RAER= 0.77 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.053, 0.047 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2353+028', 'J2355+0307' RA= 23:55:52.476523 DEC= +03:07:54.09658 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.033, 8.4, 0.039, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 250 observations" / source= '2353-188', 'J2355-1834' RA= 23:55:53.097172 DEC= -18:34:25.16400 RAER= 0.80 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.015, 8.4, 0.058, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 59 observations" / source= '2353+154', 'J2355+1541' RA= 23:55:53.531432 DEC= +15:41:26.06626 RAER= 0.24 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.613, 0.114, 8.4, 0.108, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 635 observations" / source= '2353+283', 'J2355+2835' RA= 23:55:54.285186 DEC= +28:35:57.94047 RAER= 0.22 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.025, 8.4, 0.034, 0.025 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 624 observations" / source= '2353-262', 'J2355-2559' RA= 23:55:58.834803 DEC= -25:59:03.05428 RAER= 0.84 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.031, 0.052 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 41 observations" / source= '2353-686', 'J2356-6820' RA= 23:56:00.681442 DEC= -68:20:03.47210 RAER= 0.28 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2230 observations" / source= '2353+234', 'J2356+2346' RA= 23:56:09.303131 DEC= +23:46:01.39220 RAER= 0.97 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2353+403', 'J2356+4036' RA= 23:56:12.742442 DEC= +40:36:46.98018 RAER= 0.48 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.019 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 112 observations" / source= '2353+816', 'J2356+8152' RA= 23:56:22.793905 DEC= +81:52:52.25519 RAER= 0.71 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.550, 0.463, 5.0, 0.420, 0.284, 8.4, 0.482, 0.298, 15.2, 0.512, 0.338 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 13837 observations" / source= '2353-385', 'J2356-3819' RA= 23:56:22.955660 DEC= -38:19:17.18659 RAER= 34.66 DECER= 86.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2354+739', 'J2356+7413' RA= 23:56:37.140493 DEC= +74:13:35.00268 RAER= 17.51 DECER= 4.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 9 observations" / source= '2354+050', 'J2356+0518' RA= 23:56:46.413869 DEC= +05:18:55.86465 RAER= 0.63 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.027, 8.4, 0.017, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2354-088', 'J2356-0835' RA= 23:56:46.817648 DEC= -08:35:47.05787 RAER= 18.84 DECER= 21.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6 observations" / source= '2354+378', 'J2356+3809' RA= 23:56:47.472631 DEC= +38:09:46.01510 RAER= 1.81 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2354+014', 'J2356+0140' RA= 23:56:52.705183 DEC= +01:40:55.88707 RAER= 0.57 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040, 8.4, 0.025, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2354+675', 'J2356+6751' RA= 23:56:56.450491 DEC= +67:51:38.73435 RAER= 1.94 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.136, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 141 observations" / source= '2354+383', 'J2356+3840' RA= 23:56:59.459540 DEC= +38:40:15.37390 RAER= 0.98 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.018, 8.4, 0.025, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 64 observations" / source= '2354-219', 'J2357-2138' RA= 23:57:01.064780 DEC= -21:38:18.36453 RAER= 2.80 DECER= 4.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.010, 8.4, 0.028, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2354+045', 'J2357+0448' RA= 23:57:06.698913 DEC= +04:48:56.72564 RAER= 0.30 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.082 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 55 observations" / source= '2354+264', 'J2357+2645' RA= 23:57:06.855842 DEC= +26:45:39.27833 RAER= 0.51 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.050, 8.4, 0.044, 0.036 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2354+040', 'J2357+0417' RA= 23:57:11.913612 DEC= +04:17:51.83116 RAER= 14.17 DECER= 10.78 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '2354+715', 'J2357+7149' RA= 23:57:14.160972 DEC= +71:49:15.20110 RAER= 2.47 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.031, 8.4, 0.038, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2354+144', 'J2357+1446' RA= 23:57:18.388428 DEC= +14:46:09.84172 RAER= 0.48 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.024, 8.4, 0.033, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2354+109', 'J2357+1112' RA= 23:57:20.289597 DEC= +11:12:34.09044 RAER= 0.60 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.028, 0.024 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2354-489', 'J2357-4838' RA= 23:57:21.029309 DEC= -48:38:18.25569 RAER= 1.81 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, 0.144 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2354-078', 'J2357-0731' RA= 23:57:22.507547 DEC= -07:31:34.03047 RAER= 0.34 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.064, 8.4, 0.090, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2354-251', 'J2357-2451' RA= 23:57:23.850967 DEC= -24:51:03.16340 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.105, 8.4, 0.096, 0.059 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 473 observations" / source= '2354-021', 'J2357-0152' RA= 23:57:25.137941 DEC= -01:52:15.50929 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.189, 8.4, 0.162, 0.124 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 2206 observations" / source= '2354+065', 'J2357+0650' RA= 23:57:27.815665 DEC= +06:50:53.16040 RAER= 1.44 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 21 observations" / source= '2354+471', 'J2357+4726' RA= 23:57:29.970006 DEC= +47:26:21.52868 RAER= 0.82 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 46 observations" / source= '2354-175', 'J2357-1718' RA= 23:57:29.987042 DEC= -17:18:03.31753 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2354-117', 'J2357-1125' RA= 23:57:31.197558 DEC= -11:25:39.17637 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.829, 1.026, 5.0, 1.329, 0.902, 8.4, 1.006, 0.322 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 1020 observations" / source= '2355-215', 'J2357-2113' RA= 23:57:35.341021 DEC= -21:13:23.46865 RAER= 10.49 DECER= 16.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11 observations" / source= '2355+275', 'J2357+2747' RA= 23:57:36.094026 DEC= +27:47:24.54957 RAER= 0.73 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.039, 8.4, 0.059, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2355+122', 'J2357+1229' RA= 23:57:48.222593 DEC= +12:29:40.13542 RAER= 0.51 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.033, 0.009 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 30 observations" / source= '2355-534', 'J2357-5311' RA= 23:57:53.266042 DEC= -53:11:13.68954 RAER= 0.17 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.889, 1.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 6230 observations" / source= '2355+137', 'J2357+1402' RA= 23:57:58.550164 DEC= +14:02:01.85388 RAER= 0.41 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040, 8.4, 0.045, 0.037 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2355-024', 'J2358-0210' RA= 23:58:01.368540 DEC= -02:10:46.72500 RAER= 0.77 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2355-462', 'J2358-4555' RA= 23:58:02.140216 DEC= -45:55:18.85951 RAER= 1.73 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.178, 0.166 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 40 observations" / source= '2355+356', 'J2358+3557' RA= 23:58:03.742968 DEC= +35:57:29.89347 RAER= 0.64 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.032, 8.4, 0.044, 0.034 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2355+814', 'J2358+8142' RA= 23:58:06.938445 DEC= +81:42:03.24865 RAER= 77.95 DECER= 13.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 10 observations" / source= '2355+250', 'J2358+2520' RA= 23:58:07.334521 DEC= +25:20:25.40211 RAER= 0.87 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2355-082', 'J2358-0800' RA= 23:58:09.692152 DEC= -08:00:04.71890 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.046, 0.037, 8.4, 0.052, 0.041 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 573 observations" / source= '2355+490', 'J2358+4921' RA= 23:58:09.813499 DEC= +49:21:43.83880 RAER= 0.24 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.058, 0.050, 8.4, 0.064, 0.035 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 790 observations" / source= '2355-106', 'J2358-1020' RA= 23:58:10.882401 DEC= -10:20:08.61146 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.877, 0.733, 5.0, 0.969, 0.591, 8.4, 0.893, 0.544, 15.2, 0.489, 0.308 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 47647 observations" / source= '2355-087', 'J2358-0831' RA= 23:58:11.762838 DEC= -08:31:02.91926 RAER= 0.82 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.010, 0.011 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 34 observations" / source= '2355-256', 'J2358-2520' RA= 23:58:13.108284 DEC= -25:20:43.74854 RAER= 1.00 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.043, 8.4, 0.021, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 33 observations" / source= '2355-183', 'J2358-1801' RA= 23:58:14.731766 DEC= -18:01:46.02717 RAER= 264.31 DECER= 419.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 3 observations" / source= '2355-291', 'J2358-2853' RA= 23:58:16.971546 DEC= -28:53:34.10339 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.123, 0.084, 8.4, 0.123, 0.078 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 470 observations" / source= '2355+382', 'J2358+3828' RA= 23:58:25.172648 DEC= +38:28:56.49651 RAER= 0.38 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.023, 0.020 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 126 observations" / source= '2355+042', 'J2358+0430' RA= 23:58:28.846963 DEC= +04:30:24.83638 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.165, 8.4, 0.153, 0.105 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 856 observations" / source= '2355+144', 'J2358+1442' RA= 23:58:29.684140 DEC= +14:42:35.23701 RAER= 0.90 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, n/a, 0.031 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 25 observations" / source= '2356-183', 'J2358-1807' RA= 23:58:36.841696 DEC= -18:07:17.49169 RAER= 0.81 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2356+154', 'J2358+1541' RA= 23:58:38.599159 DEC= +15:41:03.70877 RAER= 0.86 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.047, 8.4, 0.016, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2356+134', 'J2358+1341' RA= 23:58:40.676836 DEC= +13:41:14.52431 RAER= 0.70 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.060, 8.4, 0.042, 0.044 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 27 observations" / source= '2356-359', 'J2358-3539' RA= 23:58:44.740283 DEC= -35:39:04.44903 RAER= 1.44 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.050, 8.4, 0.037, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 26 observations" / source= '2356+196', 'J2358+1955' RA= 23:58:46.085101 DEC= +19:55:20.30186 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.773, 0.502, 8.4, 0.469, 0.221, 15.2, 0.377, 0.182 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 966 observations" / source= '2356+390', 'J2358+3922' RA= 23:58:59.855158 DEC= +39:22:28.30595 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.117, 8.4, 0.305, 0.180 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 584 observations" / source= '2356+267', 'J2359+2703' RA= 23:59:00.182997 DEC= +27:03:27.10706 RAER= 1.15 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.012, 0.014 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 22 observations" / source= '2356+170', 'J2359+1719' RA= 23:59:01.171283 DEC= +17:19:25.61113 RAER= 0.57 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.014, 0.013 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2356-086', 'J2359-0821' RA= 23:59:02.060455 DEC= -08:21:55.08019 RAER= 1.09 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 28 observations" / source= '2356+701', 'J2359+7028' RA= 23:59:02.125964 DEC= +70:28:02.01467 RAER= 1.39 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.051, 8.4, 0.072, 0.049 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 36 observations" / source= '2356-611', 'J2359-6054' RA= 23:59:04.311089 DEC= -60:54:59.21733 RAER= 7.92 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 42 observations" / source= '2356-309', 'J2359-3037' RA= 23:59:07.903450 DEC= -30:37:40.67491 RAER= 0.98 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.018 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 61 observations" / source= '2356+654', 'J2359+6544' RA= 23:59:08.477315 DEC= +65:44:39.53030 RAER= 0.98 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.022 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 100 observations" / source= '2356+168', 'J2359+1706' RA= 23:59:11.076459 DEC= +17:06:10.97773 RAER= 0.52 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.033, 8.4, 0.046, 0.026 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 32 observations" / source= '2356+219', 'J2359+2214' RA= 23:59:15.618947 DEC= +22:14:50.18284 RAER= 0.78 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.021, 8.4, 0.028, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 29 observations" / source= '2356-106', 'J2359-1020' RA= 23:59:15.952788 DEC= -10:20:38.83035 RAER= 0.38 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.088, 8.4, 0.068, 0.061 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2356-210', 'J2359-2047' RA= 23:59:19.533819 DEC= -20:47:56.02981 RAER= 0.69 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.023, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 43 observations" / source= '2356-247', 'J2359-2425' RA= 23:59:26.579029 DEC= -24:25:30.40174 RAER= 0.69 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 62 observations" / source= '2356-069', 'J2359-0639' RA= 23:59:31.816106 DEC= -06:39:43.34319 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.076, 5.0, 0.089, 0.077, 8.4, 0.121, 0.090 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 566 observations" / source= '2356+385', 'J2359+3850' RA= 23:59:33.180799 DEC= +38:50:42.31833 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.419, 0.301, 8.4, 0.320, 0.205 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 37654 observations" / source= '2357-318', 'J2359-3133' RA= 23:59:35.491543 DEC= -31:33:43.82464 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.628, 0.548, 5.0, 0.516, 0.362, 8.4, 0.463, 0.244 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 11140 observations" / source= '2357-007', 'J2359-0031' RA= 23:59:36.821102 DEC= -00:31:12.86152 RAER= 0.18 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.176, 0.112 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 203 observations" / source= '2357+678', 'J2359+6807' RA= 23:59:40.198637 DEC= +68:07:52.80145 RAER= 62.24 DECER= 11.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 8 observations" / source= '2357+391', 'J2359+3924' RA= 23:59:41.302043 DEC= +39:24:39.45993 RAER= 0.64 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.038, 8.4, 0.049, 0.032 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / source= '2357+523', 'J2359+5237' RA= 23:59:44.005590 DEC= +52:37:09.76697 RAER= 0.69 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.015, 8.4, 0.036, 0.016 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 31 observations" / source= '2357+203', 'J2359+2036' RA= 23:59:44.514990 DEC= +20:36:06.72811 RAER= 6.10 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 12 observations" / source= '2357+446', 'J2359+4452' RA= 23:59:46.399811 DEC= +44:52:48.16669 RAER= 0.61 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.057, 8.4, 0.081, 0.038 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 72 observations" / source= '2357-109', 'J2359-1041' RA= 23:59:46.483237 DEC= -10:41:15.43738 RAER= 1.36 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 23 observations" / source= '2357+468', 'J2359+4707' RA= 23:59:51.047111 DEC= +47:07:09.38151 RAER= 0.88 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.071, 8.4, 0.064, 0.039 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 45 observations" / source= '2357+004', 'J2359+0042' RA= 23:59:58.804641 DEC= +00:42:06.32157 RAER= 0.62 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.021 FLUXREF='rfc_2024b' REMARKS= "rfc_2024b Petrov and Kovalev, in preparation 71 observations" / ! endcat /